Author: Nikita Serrao

SD-WAN vs MPLS

SD-WAN vs MPLS: Detailed comparison of
features, cost, and benefits

Nikita Serrao

September 9, 2026

Introduction
SD-WAN vs MPLS: Feature comparison
Managed SD-WAN: The smarter way to network
Cost comparison: Managed SD-WAN vs. MPLS
How SD-WAN outpaces MPLS in flexibility and scalability
How SD-WAN optimises performance better than MPLS
How SD-WAN’s security outperforms MPLS
How SD-WAN cloud integration futureproofs your network
Futureproofing with SD-WAN
Real-world case-studies: MPLS vs. Managed SD-WAN
Why managed SD-WAN outshines MPLS
Why choose Orixcom Managed SD-WAN?
Frequently Asked Questions (FAQs)

Multiprotocol Label Switching (MPLS) has been a cornerstone of enterprise networking, offering reliable performance through private, dedicated circuits. It provided the security and stability businesses needed to run critical applications across multiple locations. However, the increasing demands of cloud integration, scalability, and cost-efficiency have exposed its limitations.

Managed SD-WAN emerges as a strategic solution designed to effectively address these challenges head-on. Unlike MPLS, SD-WAN leverages centralised control, dynamic traffic routing, and cloud compatibility to optimise network performance while reducing costs. Its ability to adapt to modern operational needs has made it a preferred choice for organisations looking to upgrade their infrastructure.

This blog provides a detailed comparison of SD-WAN vs MPLS, examining their features, costs, and benefits. Whether you’re seeking scalability, improved performance, or cost savings, understanding the difference between SD-WAN and MPLS is key to choosing the right networking solution.

SD-WAN vs MPLS: Feature comparison

Features

MPLS

SD-WAN

Performance	Predictable but rigid	Optimised, dynamic traffic routing
Scalability	Limited; requires physical circuits	High; uses virtual provisioning
Cloud Integration	Limited; backhauls traffic	Optimised for cloud applications; direct cloud access
Security	Relies on private circuits	Built-in encryption, zero-trust models, and integrated security policies
Cost	High due to private circuits	Cost-effective using public internet
Flexibility	Low	High; adapts to business needs
Management & Control	Requires manual configuration, limited real-time insights	Centralised management with real-time analytics and automation
Network Architecture	Fixed and rigid, optimised for private network environments	Flexible, supports hybrid and multi-cloud environments

Multiprotocol Label Switching (MPLS) is a networking technology that uses labels to direct data packets along predetermined paths. Unlike traditional routing, where packets are individually analysed at every hop, MPLS establishes private circuits that ensure reliable and consistent performance. This approach minimises latency and provides predictable data delivery, making it ideal for critical business applications.

Why MPLS became the standard

MPLS gained popularity because of its ability to deliver high reliability, strong performance guarantees, and security. By bypassing the public internet, MPLS created a private network environment that shielded businesses from common connectivity issues like congestion and packet loss. For large enterprises with geographically dispersed branches, MPLS offered seamless communication and robust service-level agreements (SLAs), which were unmatched by earlier networking technologies.

Limitations of MPLS

Despite its strengths, MPLS comes with significant drawbacks. High costs are one of its most notable challenges, as private circuits and long-term contracts often strain IT budgets. Additionally, MPLS lacks flexibility, it cannot easily adapt to the growing demands of cloud-based applications or rapidly changing business needs.

The configuration process is complex, and responding to new requirements, such as scaling or integrating remote locations, can be time-consuming and expensive.

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Managed SD-WAN: The smarter way to network

Managed SD-WAN is a next-generation networking solution that optimises connectivity by using a software-defined approach. Unlike traditional WANs, it centralises control, automates traffic management, and integrates seamlessly with cloud-based environments.

Key features include dynamic path selection, application-aware routing, and real-time analytics, ensuring optimal performance for critical business applications.

Why choose Managed SD-WAN?

Outsourcing SD-WAN management to an experienced provider brings simplicity, security, and expertise. A Managed SD-WAN service removes the complexities of setup, monitoring, and maintenance, allowing businesses to focus on their core operations. Providers also offer advanced security measures and 24/7 support, ensuring consistent network performance and quick resolution of issues.

Key components of Managed SD-WAN

Managed SD-WAN integrates critical networking components into a single, unified solution. This includes built-in security features such as encryption and next-generation firewalls, application-aware routing to prioritise traffic based on business needs, and full compatibility with cloud infrastructures. These elements work together to create a flexible, scalable, and secure networking environment tailored for modern enterprise demands.

Cost comparison: Managed SD-WAN vs. MPLS

Understanding the financial implications of MPLS and Managed SD-WAN is essential for businesses aiming to optimise their networks. While MPLS has long been the standard for reliable enterprise connectivity, its high costs often outweigh its benefits in today’s dynamic business landscape.

The cost of MPLS

MPLS (Multiprotocol Label Switching) relies on private circuits, which are significantly more expensive than public internet connections. These leased lines come with long-term contracts, typically ranging from three to five years, locking businesses into inflexible agreements. Additionally, scaling MPLS networks incurs substantial costs, as new sites require dedicated circuits and hardware installations. These factors, combined with ongoing maintenance expenses, make MPLS a costly option for businesses looking to expand or adapt to modern networking needs.

The cost of SD-WAN

In contrast, SD-WAN offers a far more cost-effective alternative. By leveraging existing broadband or LTE connections, SD-WAN eliminates the need for expensive private circuits. Its flexible pricing models allows businesses to optimise costs and usage based on their actual needs. Additionally, SD-WAN reduces hardware expenses by utilising virtual appliances and centralising management, further lowering operational costs. Get more information on Orixcom SD-WAN pricing here.

Setup costs

MPLS setup

The setup costs associated with MPLS (Multiprotocol Label Switching) are typically higher due to the necessity of installing dedicated circuits at each location. This process often involves significant investment in specialised hardware, which can be both costly and time-consuming. Additionally, the deployment of MPLS networks can take weeks or even months, as it requires careful planning and coordination with service providers. The long-term contracts that accompany MPLS installations further contribute to its inflexibility, locking businesses into agreements that may not align with their evolving needs.

SD-WAN setup

In contrast, the setup costs for Managed SD-WAN are considerably lower. One of the key advantages of SD-WAN is its ability to leverage existing broadband or LTE connections, thereby eliminating the need for expensive private circuits. This not only reduces initial capital expenditure but also allows for faster deployment, often achievable within days rather than weeks. Furthermore, SD-WAN solutions typically do not require proprietary hardware, which further diminishes setup costs and complexity.

Operational costs

MPLS operational costs

When it comes to operational costs, MPLS tends to be more expensive. The high cost of bandwidth, particularly for high-capacity links, can place a significant financial burden on organisations. Moreover, the limited scalability of MPLS networks means that expanding capacity often requires substantial investments in additional infrastructure and dedicated circuits. The complexity of managing an MPLS network can also necessitate specialised IT personnel, adding to ongoing operational expenses.

SD-WAN operational costs

On the other hand, Managed SD-WAN offers a more cost-effective approach to operational expenses. By relying on lower-cost internet connections instead of dedicated circuits, businesses can achieve considerable savings on bandwidth. The simplified management model provided by SD-WAN, characterised by centralised control and automation, further reduces operational costs by minimising the need for extensive IT resources. Additionally, the ease of scalability inherent in SD-WAN solutions allows organisations to adapt quickly to changing business demands without incurring significant additional costs.

Total Cost of Ownership (TCO)

Over a three-to-five-year period, SD-WAN consistently demonstrates a lower Total Cost of Ownership (TCO) compared to MPLS:

Year 1:

MPLS: High initial setup costs, expensive bandwidth
SD-WAN: Lower setup costs, immediate savings on bandwidth

Years 2-3:

MPLS: Continued high bandwidth costs, limited flexibility
SD-WAN: Increasing cost savings, improved performance through optimisation

Years 4-5:

MPLS: Potential need for expensive upgrades or contract renewals
SD-WAN: Continued cost savings, easy scalability for business growth

By year 2, large SD-WAN deployments typically see a return on investment. Over time, SD-WAN can reduce network costs by up to 50% compared to traditional WAN networks relying on MPLS.

How SD-WAN outpaces MPLS in flexibility and scalability

Scaling networks efficiently is a priority for businesses aiming to grow. MPLS (Multiprotocol Label Switching) and Managed SD-WAN approach scalability and flexibility in fundamentally different ways, with SD-WAN emerging as the superior choice for modern enterprises.

The challenges of MPLS scalability

While MPLS is known for its reliability, it struggles with scalability. Expanding an MPLS network requires significant investments in infrastructure, such as leasing new private circuits and installing additional hardware.

Each new site involves lengthy setup times and high costs, making the process cumbersome for businesses undergoing rapid expansion. Moreover, the rigid contracts and fixed bandwidth limitations of MPLS make it challenging to adapt to fluctuating demands or integrate cloud resources efficiently.

How Managed SD-WAN overcomes MPLS limitations

In contrast, Managed SD-WAN excels in flexibility and scalability. It leverages public internet connections, broadband, and LTE to enable quick and cost-effective network expansion. Adding new sites or branches is straightforward, thanks to features like zero-touch provisioning and centralised control.

SD-WAN seamlessly integrates with cloud services, allowing businesses to scale operations without expensive overhauls or infrastructure delays. This adaptability empowers organisations to respond to market demands, seasonal spikes, or new business opportunities with agility. Consider a global retail chain with 150 stores looking to expand operations. With MPLS, adding even a handful of locations would involve months of setup and substantial financial investment. However, using Managed SD-WAN, the company could deploy new sites within days, reducing setup costs by up to 50%.

The ability to prioritise traffic for cloud applications and remote management ensures consistent performance, even as the network grows. For businesses focused on rapid scaling, Managed SD-WAN is the clear choice.

How SD-WAN optimises performance better than MPLS

MPLS relies on static, predetermined routes to transmit data across the network. While this ensures stability for certain applications, it falls short when handling dynamic workloads or cloud-based services that require adaptive routing.

The rigidity of MPLS traffic management often leads to increased latency and inefficiencies, especially in environments with fluctuating demands.

Managed SD-WAN’s dynamic traffic routing

Managed SD-WAN transforms traffic management by using real-time analytics to route data dynamically. By continuously monitoring network conditions, SD-WAN chooses the most efficient path, whether broadband, LTE, or other connections, ensuring consistent performance and reduced latency. Unlike MPLS, SD-WAN adapts to changing network demands, making it ideal for modern applications and multicloud environments.

How SD-WAN’s security outperforms MPLS

The security gaps in MPLS networks

While MPLS is known for its reliability, its security architecture has limitations. MPLS relies on private circuits, which provide some level of isolation from public networks. However, it does not offer inherent end-to-end encryption or protection against evolving cyber threats.

For enterprises dealing with sophisticated attacks or handling sensitive data, MPLS often requires additional third-party solutions to meet modern security needs. These add-ons increase costs and complexity without providing a holistic defence.

Advanced security features of Managed SD-WAN

Managed SD-WAN addresses these gaps with integrated, multi-layered security features:

End-to-end encryption ensures all data travelling across the network is protected from interception, regardless of the underlying transport medium.
Next-generation firewalls block malicious traffic and provide advanced threat detection, safeguarding against vulnerabilities.
Zero-Trust Access verifies every user and device before granting network access, minimising insider threats and unauthorised access.
Cloud security integration extends protection to cloud applications, providing secure access for distributed workforces and ensuring consistency across hybrid environments.

These built-in capabilities eliminate the need for costly external security solutions, making SD-WAN a more secure and cost-effective choice.

Supporting compliance with SD-WAN security

Meeting regulatory requirements such as GDPR or HIPAA is another area where Managed SD-WAN outshines MPLS. Its centralised control and visibility, combined with detailed reporting and audit trails, make compliance management seamless. In contrast, MPLS often lacks the flexibility to adapt to these regulations, requiring additional tools to bridge the gap.

Managed SD-WAN delivers security, visibility, and compliance as a unified solution, enabling businesses to protect their networks while staying aligned with industry standards.

How SD-WAN cloud integration futureproofs your network

Traditional MPLS networks were designed for an era dominated by data centres, making them less suitable for cloud-centric architectures. MPLS relies on fixed pathways, which means traffic destined for cloud services often needs to backhaul through centralised data centres, creating latency and inefficiencies. This approach hinders the performance of modern cloud-based applications and limits the scalability businesses now require.

Why Managed SD-WAN excels in cloud integration

Managed SD-WAN is built with the cloud in mind, enabling direct and secure access to public, private, and hybrid cloud environments. Unlike MPLS, SD-WAN allows businesses to connect to cloud services without the need for backhauling traffic through data centres, significantly reducing latency and improving application performance. Key features that make SD-WAN a superior choice include:

Dynamic path selection: Traffic is intelligently routed across the best-performing paths for cloud services, ensuring seamless connectivity.
Cloud security integration: Advanced features such as encryption and zero-trust policies protect data during cloud access.
Scalable architecture: SD-WAN supports rapid integration of new cloud applications and resources without the need for extensive infrastructure changes.

Experience the power of SD-WAN

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Futureproofing with SD-WAN

Managed SD-WAN is designed to support emerging technologies like IoT, 5G, and edge computing. Its adaptability ensures that businesses can evolve their networks to meet future demands without expensive overhauls. Unlike MPLS, which struggles to keep pace with technological advancements, SD-WAN provides the flexibility and scalability required for long-term success.

For businesses embracing cloud-first strategies, Managed SD-WAN offers a seamless, secure, and scalable solution that positions them for growth in a digitally connected world.

Real-world case-studies: MPLS vs. Managed SD-WAN

Al Ghandi Auto Group reduced costs by 80% by switching to Managed SD-WAN

Al Ghandi Auto Group migrated from MPLS to Orixcom Managed SD-WAN solution, achieving an 80% cost saving on MPLS expenses. This transition provided significant flexibility, real-time network visibility, and improved network management. By moving their SAP system to Azure with the help of Orixcom’s CloudConnect, they also reduced cloud connectivity costs by 90% and deployed the secure connection within a week, compared to months with MPLS.

CNBC Arabia achieved 100% boost in performance with Managed SD-WAN

For CNBC Arabia, switching to Orixcom’s SD-WAN improved their media file transfers across bureaus. The previous setup faced frequent failures, causing significant delays in broadcasting. With SD-WAN, CNBC experienced a 100% boost in performance, ensuring successful file transfers every time and on-time delivery. This shift enhanced productivity, increased network flexibility, and provided real-time visibility across the region.

Why Managed SD-WAN outshines MPLS

Managed SD-WAN stands out as the smarter choice for businesses looking to modernise their networks. Unlike MPLS, which comes with high costs and limited scalability, SD-WAN delivers cost savings by utilising affordable public internet and pay-per-use bandwidth. Its flexibility allows businesses to scale seamlessly, whether adding new sites or adapting to evolving demands.

Performance is another area where SD-WAN excels. With dynamic traffic routing critical tools receive priority, ensuring minimal latency and uninterrupted operations. Security is built into the solution, with features like end-to-end encryption and zero-trust access safeguarding data across the network.

Futureproofing is also a key strength of SD-WAN, as it integrates effortlessly with cloud environments and supports emerging technologies like IoT and 5G. For businesses looking to reduce costs, enhance performance, and maintain agility, Managed SD-WAN is the ideal solution to meet current and future networking demands.

Why choose Orixcom Managed SD-WAN?

Choose Orixcom as your partner for a business-focused approach as well as:

Comprehensive solutions: Orixcom offers an all-encompassing suite of managed services, which includes not only the initial setup but also ongoing support. Our services feature complimentary installation, continuous monitoring to ensure system reliability and performance, precise policy configuration to align with your business objectives, detailed reporting for clear insights into your operations, and unwavering 24/7/365 support to promptly address any issues that may arise.
Human-centric approach: At Orixcom, we prioritise human interaction, ensuring that every engagement is personalised. Our team is committed to exceeding response time expectations, providing a human touch that reassures our clients and enhances their experience with us. This approach fosters trust and builds long-lasting relationships.
Trusted expertise: Our team comprises seasoned professionals with a wealth of experience in leveraging technology to drive business growth. We maintain a deep understanding of the latest technological trends and apply this knowledge to help our clients achieve their goals efficiently and effectively.
Flexibility and customisation: We recognise that each business has unique needs and challenges. Therefore, we offer services that are flexible and customisable, ensuring our offerings, pricing, and support are specifically tailored to meet the distinct requirements of your organisation.
Honest communications: Integrity is at the core of our operations. We believe in transparent communication and handling even the most difficult conversations with honesty. Our commitment to integrity ensures that you are well-informed and confident in the decisions we make together.
Simplification of complexity: Orixcom specialises in simplifying complex processes, allowing your business to focus on what it does best. By streamlining operations, we enable you to concentrate on your core competencies and strategic objectives without the distraction of technical complexities.
Future-focused: Our innovative solutions are designed with the future in mind, equipping your business to navigate upcoming challenges with ease. We proactively develop strategies to ensure your organisation remains competitive and resilient in a rapidly changing environment.

With Orixcom, you gain more than just a service provider; you acquire a dedicated partner committed to your success, working alongside you to achieve your business aspirations.

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Frequently Asked Questions (FAQs)

Q1. What is the key difference between SD-WAN and MPLS?

A1. The main difference lies in their approach to connectivity. MPLS uses private circuits for secure communication, while SD-WAN leverages public internet and dynamic routing for flexibility, cost savings, and better cloud integration.

Q2. Can SD-WAN fully replace MPLS for businesses?

A2. Yes, SD-WAN can fully replace MPLS for most businesses. With features like end-to-end encryption, real-time traffic management, and secure cloud connectivity, SD-WAN provides comparable reliability while being more scalable and cost-effective.

Q3. Is MPLS more secure than SD-WAN?

A3. While MPLS offers security through private circuits, Managed SD-WAN includes advanced security features like zero-trust access, next-generation firewalls, and cloud security integration, making it equally or more secure.

Q4. What are the pros and cons of SD-WAN?

A4. SD-WAN offers significant advantages, including cost savings, scalability, and seamless cloud integration. It also includes advanced security features and dynamic traffic management. However, SD-WAN relies on the public internet, which might introduce latency if not managed effectively.

Q5. How does SD-WAN provide benefits over MPLS?

A5. SD-WAN surpasses MPLS in flexibility, scalability, and cloud readiness. It offers comparable reliability at a lower cost and integrates advanced security measures, making it a future-proof solution for modern businesses.

September 9, 2026

Understanding Colocation Pricing
Understanding colocation pricing: A comprehensive guide

Nikita Serrao

|

September 9, 2026
Table of contents:

What is colocation?

Factors influencing colocation pricing

Understanding colocation pricing models

Managed colocation pricing

Tips for optimising colocation costs

Case studies

Future trends in colocation pricing

Impact of emerging technologies on colocation costs

Conclusion

FAQs
What is colocation?

Colocation refers to the practice of housing privately-owned servers and networking equipment in a third-party data center facility. Instead of maintaining their own dedicated data centers, organisations can rent space, power, and bandwidth in a colocation facility to store and manage their hardware. This allows companies to benefit from the data center’s infrastructure, security measures, and connectivity while retaining control over their own servers and equipment.

Significance in the tech industry:
1. Reliability and redundancy: Colocation facilities often provide redundant power sources, cooling systems, and internet connections, ensuring high levels of reliability and minimising downtime.
2. Scalability: Businesses can easily scale their IT infrastructure by adding or removing servers as needed without the need to invest in or decommission their own data center space.
3. Security: Colocation providers typically implement advanced security measures, such as surveillance, access controls, and fire suppression systems, to safeguard the housed equipment.
4. Connectivity: Data centers are strategically located to provide high-speed and reliable connectivity, facilitating better performance for hosted applications and services.
Understanding pricing structures for effective budgeting:
1. Space and power costs: Colocation providers typically charge based on the physical space occupied by servers (rack space) and the power consumption. Understanding these costs is crucial for budgeting and optimising resource usage.
2. Bandwidth charges: Many colocation facilities charge for data transfer and network usage. It’s important to estimate the required bandwidth to ensure that costs align with the organisation’s network usage patterns.
3. Service level agreements (SLAs): Different providers offer varying levels of service and uptime guarantees. Understanding SLAs helps in evaluating the cost-effectiveness and reliability of a colocation service.
4. Additional services: Some colocation providers offer additional services such as managed security, backup solutions, and technical support. Understanding the pricing of these services helps in budgeting for comprehensive IT management.
5. Contract terms and commitments: Colocation contracts may have specific terms and commitments. Understanding the contract details, including any potential penalties for early termination or changes in resource usage, is vital for effective budget planning.
Simple, transparent pricing for Orixcom Colocation

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From $500 – Talk to us for a customised quote.

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Factors influencing colocation pricing

Colocation pricing is influenced by diverse factors such as location, space requirements, power and cooling considerations, connectivity options, redundancy levels, contract duration, and the availability of technical support and managed services. An in-depth understanding of these factors is essential for businesses seeking cost-effective and tailored solutions in the dynamic landscape of data center services.

1. Location:
- Geographical location plays a significant role in pricing. Colocation facilities in prime or high-demand locations may charge higher rates due to increased real estate costs and demand for data center services.
- Proximity to network hubs and reliable power sources can also affect pricing.
2. Space requirements:
- Rack space: Pricing often depends on the number of rack units (U) occupied by the equipment. Businesses can choose the amount of rack space based on their needs.
- Cabinet: Larger enclosures like cabinets offer more space and security, but they come with higher pricing compared to individual rack units.
- Cage: Some organisations may require a dedicated caged area within the facility, providing an additional layer of physical security.
- Suite: A suite refers to a fully enclosed space within the data center and typically involves higher costs due to the exclusive nature of the area.
3. Power:
- Power density: Higher power density requirements, measured in kilowatts (kW) per rack, can result in increased costs. Colocation providers may charge based on the total power consumption of the hosted equipment.
4. Connectivity:
- Network connectivity: The availability of diverse and high-speed connectivity options can influence pricing. Colocation facilities with multiple carrier options and peering relationships may offer better connectivity at a premium.
- Cross-Connect fees: Costs associated with connecting to other tenants or external networks within the data center may be part of the pricing structure.
5. Redundancy and uptime:
- Tier rating: Data centers are classified into tiers (e.g., Tier I to Tier IV) based on their level of redundancy and uptime. Higher-tier facilities with more redundancy and guaranteed uptime typically have higher pricing.
- Redundancy options: Offering redundant power, network connections, and cooling systems may result in increased costs but provides added resilience.
6. Duration of the contract:
- Longer-term contracts: Committing to a longer-term contract may lead to discounted rates. Colocation providers may offer incentives for extended agreements, promoting stability for both parties.
7. Technical support and managed services:
- Service Level Agreements (SLAs): The level of technical support and the terms outlined in SLAs can impact pricing. Facilities providing 24/7 support and faster response times may charge higher rates.
- Managed services: Additional services such as security monitoring, backup solutions, and equipment management may incur extra costs.
Understanding colocation pricing models

Understanding colocation pricing models is crucial for businesses to align their budgeting strategies with specific spatial and power requirements, ensuring cost-effective and tailored solutions in the rapidly evolving landscape of data center services.

1. Space reserved: Per rack/cabinet:
- Per Rack Model: In this pricing model, costs are determined by the number of rack units (U) reserved for the equipment. Businesses pay for the physical space occupied by their servers within the colocation facility, allowing flexibility in scaling as per spatial needs.
- Per Cabinet Model: This model involves charging based on the entire cabinet or enclosure reserved, offering a larger, secure space. While it may incur higher costs, it provides additional security and is suitable for businesses with larger equipment or security requirements.
2. Power provision:
- Fixed Power Model: Businesses are charged a predetermined rate for a fixed amount of power, often measured in kilowatts (kW). This model suits organisations with consistent power needs, providing cost predictability but may lack flexibility for variable power consumption.
- Metered Power Model: Colocation providers charge based on the actual power consumption, allowing businesses to pay for what they use. This model is suitable for dynamic workloads, offering flexibility but potentially resulting in variable monthly costs depending on power usage fluctuations.
Overview of Equinix’s colocation services:

Equinix is a leading global provider of colocation services and is Orixcom’s colocation partner. They offer state-of-the-art data center facilities across strategic locations worldwide. Their colocation solutions cater to diverse business needs, providing secure and scalable environments for housing critical IT infrastructure. Equinix’s colocation services encompass options such as dedicated rack space, private cabinets, and customised suites, allowing businesses to tailor their hosting arrangements to specific spatial requirements.

Equinix’s facilities are designed to meet high industry standards, offering advanced security measures, redundant power, and robust connectivity options. With a focus on reliability, flexibility, and performance, Equinix’s colocation services support organisations in achieving optimal operational efficiency and scalability.

Advantages of choosing Equinix:

1. Global presence:

Equinix operates an extensive network of data centers in key business hubs worldwide, facilitating businesses with a global footprint to access strategic locations for their colocation needs.

2. Interconnectivity:

Equinix is renowned for its robust connectivity ecosystem, enabling direct and secure interconnection to a vast array of cloud providers, networks, and business partners. This interconnectivity enhances the performance and efficiency of digital ecosystems hosted within Equinix facilities.

3. Reliability and redundancy:

Equinix data centers are built with a focus on reliability and uptime, often achieving high-tier certifications. Redundant power and network infrastructure ensure businesses experience minimal disruptions.

4. Scalability:

Equinix’s colocation services are designed to scale with the evolving needs of businesses. Whether expanding rack space or transitioning to private cabinets, Equinix provides flexible solutions to accommodate growth.

5. Ecosystem services:

Equinix offers additional services, including managed services, hybrid cloud solutions, and cybersecurity offerings. These services complement colocation, providing businesses with comprehensive IT solutions under one roof.

6. Industry expertise:

With years of experience in the industry, Equinix has earned a reputation for being a trusted partner in the colocation space which is why Orixcom have chosen them as their colocation partner. Their expertise in managing critical infrastructure aligns with the diverse needs of businesses across various sectors.

Managed colocation pricing

Orixcom Managed Colocation services offer a flexible solution for businesses seeking reliable infrastructure without the overhead of managing their own data centre space. Unlike dedicated colocation, where a single customer occupies an entire rack, Managed Colocation provides shared rack space, making it ideal for small to medium-sized enterprises with limited equipment needs. Within these shared racks, multiple clients’ equipment is housed securely, with access available under supervision to ensure data integrity and security. This service caters to clients who require the benefits of colocation but don’t need a full rack, offering options like half racks or even quarter racks for those with minimal hardware requirements.

Cost comparison with traditional colocation options:

Importantly, pricing for Managed Colocation remains consistent regardless of the level of service chosen, ensuring affordability and predictability for businesses of all sizes. With Orixcom Managed Colocation, businesses can enjoy the convenience and scalability of shared infrastructure while still maintaining control and security over their equipment.

Tips for optimising colocation costs

1. Right-sizing your infrastructure:

Evaluate and adjust the size of your infrastructure to align with actual needs. Avoid overprovisioning by accurately assessing the required rack space, power consumption, and connectivity. Right-sizing ensures that you only pay for the resources you truly need, optimising cost efficiency.

2. Choose the right colocation provider:

Conduct thorough research to select a colocation provider that aligns with your specific requirements. Consider factors such as geographical location, service level agreements (SLAs), redundancy levels, and additional services offered. Choosing a provider that meets your needs can lead to better cost-effectiveness and service quality.

3. Implement effective monitoring systems:

Invest in robust monitoring systems to track the performance and health of your infrastructure. Real-time visibility into resource usage, power consumption, and overall system health allows you to identify inefficiencies and optimise configurations promptly. Proactive monitoring helps prevent potential issues, reducing the risk of downtime and associated costs.

4. Optimise resource utilisation:

Regularly assess and optimise the utilisation of your resources, including servers, storage, and networking equipment. Utilisation tools can help identify underused or idle resources, allowing for consolidation or decommissioning. This not only optimises costs but also enhances overall efficiency.

5. Energy efficiency measures:

Implement energy-efficient practices to reduce power consumption. This may include utilising energy-efficient hardware, optimising cooling systems, and adopting best practices for server virtualisation. Lowering energy consumption not only contributes to environmental sustainability but also leads to cost savings in the long run.

6. Regular audits and reviews:

Conduct regular audits and reviews of your colocation setup. Assess whether the current infrastructure aligns with your business goals and make adjustments as needed. Periodic reviews help identify potential cost-saving opportunities and ensure ongoing optimisation.

7. Consolidation and virtualisation:

Explore consolidation and virtualisation strategies to maximise resource utilisation. Virtualising servers and consolidating workloads can lead to reduced hardware requirements, saving on both space and power costs.

8. Automation of routine tasks:

Implement automation for routine tasks, such as provisioning and deprovisioning resources. Automation streamlines operations, reduces manual errors, and enhances overall efficiency, contributing to cost optimisation.

Case studies

Terra Ferma, an international fertiliser company based in Dubai, specialising in high-quality fertilisers, sought to enhance the security of its physical network and servers previously housed onsite. Recognising the challenges of maintaining physical security, constant monitoring for updates, and limited Disaster Recovery and Redundancy, Terra Firma turned to Orixcom for a solution. Orixcom proposed a move to Colocation , leveraging the robust infrastructure of modern data centres. This shift not only heightened security but also provided access to cutting-edge technology in data center cooling and power supplies, ultimately reducing networking costs. As a result, Terra Firma now enjoys the ability to globally access and manage their applications, with their physical hardware securely housed in a colocation facility.

Future trends in colocation pricing

By examining future trends and the potential impact of emerging technologies, businesses can stay ahead of the curve, making informed decisions about their colocation strategies and anticipating the evolving landscape of pricing models in the data center industry.

Predictions on how pricing models might evolve:

a) Dynamic pricing structures:

Anticipate the adoption of more dynamic pricing models that align with fluctuating demand, allowing businesses to scale resources based on usage patterns. This can lead to greater flexibility and cost efficiency.

b) Hybrid pricing models:

Expect the emergence of hybrid pricing models that combine elements of traditional colocation and cloud services. This integration aims to provide businesses with a seamless and cost-effective blend of on-premises and off-premises solutions.

c) Edge computing impact:

With the rise of edge computing, pricing models may evolve to accommodate the unique requirements of edge data centers. Providers might introduce specialised pricing structures to cater to the distributed and geographically dispersed nature of edge infrastructure.

d) Outcome-based pricing:

A shift towards outcome-based pricing models may occur, where businesses pay for specific outcomes or performance metrics achieved through colocation services. This approach emphasises the value delivered rather than the traditional resource-based pricing.

Impact of emerging technologies on colocation costs:

1. 5G technology:

The widespread adoption of 5G technology is likely to impact colocation costs by increasing demand for data center proximity and connectivity. Colocation providers in strategic locations with robust 5G support may experience increased demand, potentially influencing pricing.

2. AI and machine learning integration:

The integration of artificial intelligence (AI) and machine learning (ML) into colocation facilities can enhance efficiency and optimise resource utilisation. While upfront costs for these technologies may exist, their long-term impact on operational efficiency can contribute to overall cost optimisation.

3. Renewable energy integration:

The growing emphasis on sustainability may lead to increased adoption of renewable energy sources within colocation facilities. While initial investments in eco-friendly infrastructure may incur costs, the long-term benefits include reduced operational expenses and a positive environmental impact.

4. Security enhancements:

Continued advancements in cybersecurity technologies may lead to additional investments in securing colocation facilities. While these measures aim to mitigate risks and enhance overall security, they may influence pricing structures to account for the cost of robust security measures.

5. Edge-to-cloud integration:

The seamless integration of edge computing with cloud services may impact pricing as businesses seek cohesive solutions that span both environments. Colocation providers offering integrated edge-to-cloud services may introduce pricing models reflecting this holistic approach.

Conclusion

Understanding colocation pricing is a strategic imperative for businesses navigating the complex landscape of data center services. Through the exploration of diverse pricing models, from space allocation to managed services, organisations can tailor their colocation strategies to align with specific needs and budget considerations. Examining case studies offers practical insights, while anticipation of future trends allows businesses to stay agile in the face of evolving pricing structures and emerging technologies. As businesses increasingly rely on colocation for secure, scalable, and reliable infrastructure, the ability to optimise costs becomes paramount. By implementing tips for cost efficiency, staying informed about market trends, and leveraging advancements in technology, businesses can ensure that their colocation investments not only meet their current requirements but also position them for success in the dynamic and ever evolving realm of data center services.

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FAQs:
1. What is colocation, and how does it differ from traditional hosting?
  
  Colocation is a hosting solution where businesses rent space in a third-party data center to house their own servers and networking equipment. Unlike traditional hosting, colocation provides organisations with greater control over their hardware, offering a secure and scalable environment for managing critical infrastructure. While traditional hosting involves leasing a complete server or hosting services from a provider, colocation allows businesses to bring and manage their own servers within a shared facility, benefiting from the data center’s infrastructure, security, and connectivity.
2. Are there any hidden costs associated with colocation services?
  
  Yes, there can be hidden costs associated with colocation services. While the upfront pricing may cover essentials like rack space, power, and basic connectivity, businesses should be mindful of additional charges such as cross-connect fees for connecting to other tenants or external networks within the data center. Moreover, costs may arise from exceeding allotted bandwidth limits, specialised security requirements, or unexpected service requests. It is crucial for organisations to thoroughly review service level agreements (SLAs), contract terms, and potential additional fees to ensure transparency and accurately budget for the full spectrum of colocation services.
3. Is colocation cost effective?
  
  Colocation can be cost-effective for businesses, depending on their specific needs and circumstances. While it may involve upfront costs for equipment and setup, colocation offers long-term savings by eliminating the need for dedicated data center infrastructure. Sharing the costs of power, cooling, and facility maintenance with other tenants typically results in lower operational expenses. Additionally, businesses benefit from the reliability, security, and scalability provided by professional data center facilities. The cost-effectiveness of colocation is further enhanced when organisations carefully assess and right-size their infrastructure, negotiate favourable contracts, and leverage the expertise of colocation providers for optimal efficiency and performance.
September 9, 2026

SASE Implementation

SASE implementation: How enterprises adopt without disrupting networks

Nikita Serrao

July 21, 2026

Does implementing SASE disrupt your existing network?
Why SASE migrations usually do not disrupt existing networks
What happens to MPLS during a SASE migration?
What happens to VPN during a SASE migration
How enterprises migrate to SASE in phases
Common challenges during SASE migration
Best practices for a low-risk SASE deployment
How Orixcom helps
Frequently Asked Questions (FAQs)

Enterprise network architectures have evolved significantly over the past decade. Applications now span SaaS platforms, public cloud environments, colocation facilities and on-premises infrastructure. Users work from offices, homes and virtually anywhere with an internet connection, while traffic no longer flows exclusively through a central data centre.

SASE, or Secure Access Service Edge, is one of the responses to that shift. It brings networking and security into a cloud-delivered model, so consistent policy can follow users, applications and data instead of forcing everything back through the network core.

Still, most enterprises hesitate before starting. Existing networks are running production. There are apps that cannot go down, compliance rules that cannot be broken, and VPNs, firewalls and MPLS circuits that are still doing their job. Nobody wants to touch a working environment without knowing what could break.

The honest answer is that SASE does not require you to rip and replace what you already have. A good migration is phased, and legacy systems keep operating while SASE capabilities are introduced gradually.

You are not replacing everything at once. You are modernising the architecture while keeping the business running.

Does implementing SASE disrupt your existing network?

Short answer: No, not when it is done properly.

You are not shutting down the WAN. You are not removing every firewall. You are not migrating every user on the same day. What actually happens is that SASE is introduced alongside the existing environment. Users, applications, locations and traffic types are then moved into the new architecture in a controlled way.

A lot of confusion here comes from mixing up two things.

SASE implementation is when you introduce cloud-delivered capabilities like ZTNA, SWG, CASB, FWaaS and SD-WAN. ZTNA can be introduced on its own. It does not have to be part of a full SASE rollout.
SASE migration is the gradual shift of users, applications and traffic away from legacy access and security tools into the new SASE architecture.

Both typically run side by side during the transition. That is the entire reason the disruption risk is manageable.

Common misconceptions about SASE migration:

Common assumption	What actually happens
Existing infrastructure must be replaced immediately	Most of it keeps running during migration
All users are migrated on the same day	Users, locations and applications move in phases
MPLS must be removed before SASE can be deployed	MPLS commonly runs alongside SASE during transition
VPN access disappears immediately	VPN commonly stays until ZTNA is validated for the required applications and users

SASE is an architectural transition, not a cutover event. That framing matters.

Understand how Orixcom SASE fits
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Why SASE migrations usually do not disrupt existing networks

The main reason is coexistence.

Coexistence means the existing network keeps working while SASE services are introduced. Nothing has to be removed on day one. What actually happens is that the organisation identifies where SASE should take over first, and where legacy infrastructure should stay untouched for now.

During a typical migration:

WAN circuits, internet links and MPLS stay active.
VPN, firewalls and proxies remain in place.
Routing continues to support production traffic.
SASE is introduced for selected users, locations or traffic types.
Rollback paths are kept where practical.

That is why SASE is not a rip-and-replace project. It is a parallel or coexistence model. Selected traffic, users or applications move to SASE while the existing paths remain available.

Disruption only becomes a real risk when too many things are changed at once. Routing, DNS, VPN, firewall policy, identity rules, endpoint clients and inspection policies changing on the same weekend is how migrations go wrong. A phased approach avoids that entirely.

What happens to MPLS during a SASE migration?

MPLS is one of the biggest sticking points, especially for regulated enterprises or organisations with critical private application paths.

Here is the honest position: SASE does not require you to remove MPLS.

Several coexistence models are possible during migration.

Deployment model	Common during migration?
MPLS + SASE	Yes
MPLS + SD-WAN + SASE	Common in hybrid WAN environments
Internet + SD-WAN + SASE	Common where internet meets business needs
Internet-first SASE model	Possible later, after validation

MPLS can stay throughout the migration. Some enterprises reduce MPLS gradually. Others keep it long-term for certain applications, regions, user groups or compliance reasons.

So the accurate message is not “SASE replaces MPLS.” It is: SASE lets you modernise security and access, while deciding separately how and when to change WAN connectivity.

Those are two different decisions.

What happens to VPN during a SASE migration

VPN replacement is one of the strongest reasons enterprises look at SASE in the first place. That said, VPN is almost never removed on day one.

A realistic transition looks like this:

Stage	Access model
Day 0	VPN only
Migration	VPN + ZTNA
Mature state	Mostly ZTNA, with VPN retained for exceptions

ZTNA usually goes in first for selected applications or user groups. VPN stays available for users, applications or protocols that are not ready for ZTNA. That includes anything needing layer-3 connectivity, server-initiated sessions or non-HTTP protocols.

So the accurate message is:
SASE reduces VPN dependency over time by moving suitable users and applications to ZTNA, while VPN may remain during migration or for specific legacy use cases.

How enterprises migrate to SASE in phases

Every organisation is different. The sequence below is the pattern most enterprise SASE programmes actually follow.

1. Assess the existing environment
Inventory everything first. Users, applications, branches, WAN, VPN, firewalls, identity providers, cloud usage, SaaS, dependencies and compliance requirements. If discovery is weak, migration mistakes show up later, and they are expensive to fix. Before implementing SASE, it is important to understand the core architecture, security components, and deployment considerations. Explore our comprehensive SASE Guide for Enterprises and Growing Businesses to build a stronger strategy from the start.

2. Design the target architecture
Decide which users go first, which applications stay on existing paths, which traffic routes to which SASE PoPs, how identity integrates, how DNS and routing behave, and where rollback options exist.

3. Deploy SASE alongside the existing network
Introduce SASE without removing anything. LAN switches, wireless, internet circuits, branch routers, MPLS, firewalls and VPN all keep running. This is what makes validation possible.

4. Begin with a pilot deployment
Start small. IT team, one branch, one region or a limited user group. Validate authentication, application access, latency, policy behaviour, logging, monitoring and the rollback plan. Fix issues before scaling.

5. Run both environments in parallel
For a while, legacy and SASE run together. Some users stay on VPN, others move to ZTNA. Some branches stay on MPLS, others use SD-WAN. This is the phase that actually protects the business. The length of the coexistence period depends on business requirements, application readiness and migration risk tolerance.

6. Migrate users, branches and applications gradually
Move in stages. A common sequence is remote users first, then internet browsing, then SaaS, then branches, then private applications, and finally business-critical workloads. Validate at every stage.

7. Replace legacy security services
Retire only when the SASE equivalent is proven.

Legacy technology	Common SASE replacement
VPN	ZTNA
Secure web proxy	SWG
Branch firewall functions	FWaaS, where appropriate
SaaS visibility and cloud governance tools	CASB
Traditional WAN optimisation	SD-WAN, partial replacement depending on capabilities and SASE platform

Worth calling out: SASE does not eliminate every on-prem firewall. Data centre firewalls, internal segmentation firewalls and OT firewalls often stay for good reason.

Monitor, optimise and fine-tune
Watch application response times, latency, authentication success, user experience, security incidents, DNS behaviour, ZTNA sessions and TLS inspection impact. Adjust policies. This phase never really ends.
Retire legacy infrastructure
Only after everything is validated, which may include VPN concentrators, standalone proxies, branch security appliances, WAN optimisation devices and selected MPLS circuits. Some infrastructure is kept permanently based on regulatory or operational needs.

Common challenges during SASE migration

SASE migration can be low-risk, but it is not automatic. When it goes wrong, it usually goes wrong for one of these reasons.

Application dependencies. Older apps assume users are inside the corporate network, or rely on fixed IPs, legacy protocols or server-initiated sessions.
TLS inspection. Certificate pinning and non-standard encryption need proper bypass rules.
Identity integration. Wrong group mapping, roles or device posture signals block real users from real apps.
Policy migration. Copying legacy VPN, firewall and proxy policies straight into SASE keeps old complexity alive.
Legacy applications. Some workloads simply need VPN or existing paths for longer.
DNS and routing. Rushed DNS or routing changes are one of the fastest ways to break something.
User adoption. New access flows always need communication and support. Skipping that creates tickets.

Most disruption in real SASE migrations comes from these mistakes, not from the SASE architecture itself.

Best practices for a low-risk SASE deployment

The enterprises that transition well tend to do the same things.

Assess before you design.
Avoid a large-scale migration.
Start with a limited pilot.
Run SASE and legacy infrastructure in parallel.
Migrate users, applications and branches in phases.
Validate application behaviour before scaling.
Align networking, security, identity and operations teams before starting.
Enforce policies in stages.
Keep rollback paths available.
Monitor performance, user experience and security events continuously.
Retire legacy infrastructure only after real validation.

A successful SASE migration is less about the tools you choose and more about the sequence you follow. If you are evaluating how to modernise without disrupting your current environment, we can help you plan the right migration path.

Need to evaluate SASE for your environment?

Discuss your current network, cloud access, and security setup to identify where Orixcom SASE can simplify operations and improve control.

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How Orixcom helps

Most SASE migrations do not fail because of the technology. They fail because of sequencing, unclear ownership and a rushed cutover. That is where a managed approach makes the difference.

Orixcom delivers SASE as a managed service that brings connectivity, security, policy and operations into one coordinated model. Rather than deploying isolated tools, Orixcom designs the network and security layers together, so access, inspection, routing and support all operate around your environment, not against it.

In practice, that means:

Assessment first. We map your current environment, applications, VPN usage, WAN and security gaps before recommending anything.
Phased migration planning. We transition away from VPN, legacy controls or fragmented tools in stages, so existing infrastructure keeps running while new capabilities are introduced.
Policy framework definition. We define how access, inspection and enforcement should work across users, devices, applications and locations.
Deployment and integration support. We coordinate rollout across identity, endpoint, security and network environments.
Ongoing management. We monitor, refine and support the environment as users, applications and requirements change.

Whether you are evaluating SASE for the first time or planning a phased migration from existing VPN and WAN infrastructure, our team can help you identify the right path for your environment.

Frequently Asked Questions (FAQs)

Q1. Can SASE work alongside MPLS?
Yes. Many organisations continue using MPLS during SASE migration and keep selected circuits long-term for specific workloads or compliance needs.

Q2. Does SASE replace VPN immediately?
Usually not. VPN typically stays until users and applications are ready for ZTNA. Some legacy apps continue using VPN for longer.

Q3. Do I need SD-WAN before SASE?
No. Many enterprises begin with ZTNA, SWG or CASB before introducing SD-WAN. SD-WAN becomes more relevant when application-aware routing or branch modernisation is needed.

Q4. Is SASE a network replacement project?
No. SASE is an architectural transition. It changes how access, security policy and traffic inspection are delivered, without replacing the physical network itself.

Q5. How long does a SASE migration take?
There is no universal timeline. Duration depends on the number of users, branches, applications, WAN complexity, identity maturity, compliance obligations and legacy application dependencies. Large enterprises usually migrate in phases rather than a single event.

July 21, 2026

SASE vs VPN

SASE vs VPN: Secure access for modern enterprises

Nikita Serrao

July 10, 2026

VPNs and SASE both help with secure access, but they do it in different ways. VPNs are still useful in some cases, especially for legacy systems, while SASE is built for cloud-first environments and gives organisations a more modern way to control access, improve performance and reduce complexity. In this guide, we compare SASE vs VPN and look at where each one fits best.

What is a VPN?

A Virtual Private Network (VPN) is a technology that creates an encrypted connection between a user’s device and a private corporate network over the public internet. By establishing this secure tunnel, users can remotely access internal applications, systems and resources as though they were connected directly to the organisation’s network. Most enterprise VPN deployments rely on IPsec or SSL/TLS protocols and terminate connections through a VPN gateway or concentrator located within a corporate data centre or branch office. VPNs became the standard for remote access because they allowed organisations to securely connect employees working outside the office while protecting data in transit.

Today, VPNs continue to play an important role in specific scenarios, but many enterprises are complementing or replacing traditional VPN access with more granular, identity-driven security models.

What is SASE (Secure Access Service Edge)?

Secure Access Service Edge (SASE) is a cloud-delivered architecture that combines networking and security into a single service. It delivers secure access closer to the user through distributed cloud points of presence rather than a central data centre.

It typically includes:

SD-WAN for traffic routing and connectivity
ZTNA for identity-based access
SWG for web protection
CASB for SaaS visibility and control
FWaaS for cloud-native firewall protection

By combining these capabilities, SASE helps organisations simplify security and deliver consistent access across office, home and mobile users.

SASE vs VPN: Key differences

Although both SASE and VPN help users securely access business resources, they are built on fundamentally different security models.

Features

VPN

SASE

Primary purpose	Secure remote network connectivity	Secure, identity-based access to applications and data
Access model	Network-centric	Identity and application-centric
Security approach	Authentication followed by network access	Continuous verification based on Zero Trust principles
Application access	Often broad network access	Least-privilege access to specific applications
Architecture	Appliance or gateway-based	Cloud-native, distributed architecture
Traffic routing	Typically backhauled through a VPN gateway	Routed through the nearest cloud PoP for optimised performance
Cloud readiness	Designed primarily for on-premises environments	Built for hybrid, multi-cloud and SaaS environments
Scalability	Limited by VPN infrastructure capacity	Elastic cloud scalability
Performance	Can introduce latency due to backhauling	Optimised routing for improved user experience
Security services	Encryption only, additional tools required	Integrates ZTNA, SWG, CASB, FWaaS and other cloud security services
Visibility and control	Limited application-level visibility	Centralised visibility and policy management
Best suited for	Legacy applications, site-to-site connectivity, small remote access deployments	Cloud-first organisations, hybrid workforces and Zero Trust initiatives

A VPN extends the corporate network to remote users by creating an encrypted tunnel between the user’s device and a VPN gateway. Once authenticated, users often receive broad network-level access based on predefined permissions.

SASE takes a different approach. Instead of connecting users to an entire network, it connects them directly to authorised applications using identity, device posture and security policies. Security inspection and policy enforcement are delivered from the cloud, closer to the user, reducing latency while supporting Zero Trust principles.

In simple terms:

VPN secures the connection to the network.
SASE secures access to applications and data.

As enterprises continue adopting cloud services, hybrid work and Zero Trust strategies, this distinction becomes increasingly important. Rather than focusing solely on encrypted connectivity, organisations are prioritising secure, context-aware access that can adapt to users, devices and applications regardless of location.

Still relying on VPNs? Discover a smarter way to secure and connect your workforce.

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Is VPN still relevant in 2026?

Yes, but its role has changed. VPNs are no longer the default solution for every remote access requirement, yet they continue to provide value in specific enterprise scenarios. Many organisations still rely on VPNs to support legacy applications, site-to-site connectivity, operational technology (OT) environments and systems that require network-level access.

At the same time, modern enterprises are increasingly adopting cloud applications, hybrid work models and Zero Trust security strategies. These changes expose some of the limitations of traditional VPN architectures, particularly around scalability, user experience and granular access control.

Rather than replacing VPN overnight, many organisations are reducing their reliance on it while adopting SASE or Security Service Edge (SSE) for day-to-day user access. This allows VPN to remain in place where it makes sense, while modernising access for cloud applications and distributed users.

The question today is no longer VPN or SASE? but rather:

Which users, applications and workloads should continue using VPN, and which are better served by SASE?

Performance and user experience

As organisations adopt cloud applications such as Microsoft 365, Salesforce and other SaaS platforms, user experience becomes just as important as security.Traditional VPN architectures often route traffic through a central VPN gateway before it reaches cloud applications. This process, known as backhauling, can introduce unnecessary latency, especially when users are geographically distant from the corporate data centre.

For employees accessing cloud applications all day, even small delays can impact productivity.

SASE addresses this challenge by delivering networking and security services through globally distributed cloud points of presence (PoPs). Instead of forcing traffic back to a central location, users connect to the nearest SASE PoP, where security policies are applied before traffic is routed directly to its destination.

VPN

SD-WAN

Traffic often passes through a central VPN gateway	Direct, cloud-optimised connectivity
Higher latency for cloud applications	Lower latency for SaaS and cloud applications
Performance depends on VPN infrastructure	Consistent user experience regardless of location
Capacity Additional hardware may be required as remote users increase	Built to scale without deploying additional appliances

For organisations supporting hybrid workforces across multiple regions, this often results in faster application access and a better overall user experience.

Cost and operational complexity

When comparing SASE vs VPN, the focus should be on total cost of ownership (TCO) rather than upfront licensing or hardware costs.

Traditional VPN deployments often require dedicated gateways, hardware upgrades, capacity planning, and separate security tools as organisations grow. SASE simplifies this by delivering networking and security through a unified cloud platform, reducing infrastructure to manage and centralising policy administration.

This shift is reflected in broader market adoption. Gartner forecasts that the SASE market will grow at a 26% compound annual growth rate (CAGR) through 2028, as organisations increasingly adopt converged networking and security architectures over standalone solutions.

SASE

VPN

Cloud-delivered platform	Dedicated VPN gateways or concentrators
Elastic cloud scalability	Hardware refreshes and capacity planning
Integrated services including ZTNA, SWG, CASB and FWaaS	Separate networking and security tools
Centralised policy management	Multiple management consoles
Simplified administration and improved visibility	Higher operational overhead

While the initial investment depends on an organisation’s environment, many enterprises adopt SASE to simplify operations, improve scalability, and reduce the long-term complexity of managing secure access.

SASE vs VPN for AI, SaaS and hybrid work

Enterprise traffic has changed dramatically over the past few years. Employees now access AI assistants, collaboration platforms and SaaS applications directly from browsers and mobile devices, often from outside the corporate network. These services generate internet-bound traffic that traditional VPN architectures were never designed to handle efficiently.

Routing every connection through a corporate VPN can create unnecessary latency while reducing visibility into cloud application usage.SASE is designed for this modern environment.

By combining identity-based access with cloud-delivered security, SASE enables organisations to:

Secure SaaS applications without backhauling traffic
Apply consistent policies across office and remote users
Improve visibility into cloud and AI application usage
Deliver secure access regardless of where users connect

As organisations continue embracing hybrid work and AI-powered business tools, secure access increasingly depends on protecting users and applications—not simply extending the corporate network.

Does SASE replace VPN?

No! SASE does not automatically replace VPN. VPN still has a role in many enterprise environments, but it is no longer the main tool for securing every remote connection. Many organisations now use SASE for everyday user access and keep VPN only for workloads that need network-level connectivity. These technologies are not direct substitutes; they rather solve different problems.

As organisations modernise,

VPN use becomes narrower and more specific.
SASE handles cloud applications, hybrid users and distributed workforces.

How to choose between SASE and VPNs for remote access

The right solution depends on your organisation’s infrastructure, security objectives and application landscape.

Choose VPN if your organisation:

Choose SASE if your organisation:

1. Primarily relies on on-premises applications.
2. Has a relatively small remote workforce.
3. Requires secure access to legacy systems.
4. Needs network-level connectivity for specialised workloads.

Example: A manufacturing company with a small IT team and only a handful of remote engineers may still rely on VPN to give those users secure access to internal file servers, legacy ERP systems and plant-floor applications. In this kind of environment, those systems may not yet be cloud-ready or easy to modernise, so VPN remains a practical way to connect remote staff to the resources they need without changing the underlying infrastructure.

1. Has adopted SaaS and cloud applications.
2. Supports hybrid or remote work at scale.
3. Is implementing a Zero Trust security strategy.
4. Wants to simplify networking and security management.
5. Needs consistent security policies across users, devices and locations.

Example: A distributed professional services firm can use SASE to give employees secure, direct access to Microsoft 365, Salesforce and internal applications from any location, without forcing all traffic through a central VPN gateway or back to the data centre.

Many enterprises ultimately adopt a hybrid approach, using VPN for legacy use cases while transitioning modern users and cloud applications to SASE.

How organisations migrate from VPN to SASE

Moving from VPN to SASE doesn’t have to happen all at once. In fact, a phased migration is often the most effective way to modernise secure access while minimising disruption.

A typical migration journey looks like this:

1. Assess your current environment

Identify:

Remote user groups
Critical applications
Existing VPN usage
Security and performance challenges

This provides a clear understanding of where VPN remains necessary and where modern access models can deliver greater value.

2. Priorities cloud applications

Applications already hosted in SaaS or public cloud environments are often the easiest to transition. Rather than routing traffic through a VPN gateway, users can access these applications directly through SASE with security policies enforced in the cloud.

3. Introduce zero trust access

Replace broad network-level access with Zero Trust Network Access (ZTNA). Instead of connecting users to an entire network, access is granted only to authorised applications based on identity, device posture and organisational policies.

4. Consolidate security services

Bring together services such as:

into a unified Security Service Edge (SSE) platform. This reduces complexity while improving visibility and policy consistency.

5. Expand to a full SASE architecture

As networking requirements evolve, integrate SD-WAN capabilities to create a complete SASE architecture that combines secure connectivity with cloud-delivered security. At this stage, VPN can often be retained only for specialized legacy use cases, while most users benefit from modern, identity-based access. A successful transition from VPN-based access to a modern security model requires careful planning and the right technology stack. Our SASE Guide for Enterprises and Growing Businesses provides practical insights to help you build a future-ready architecture.

Why Orixcom?

Every organisation’s journey to secure access is different. Some businesses need to modernise remote access for a hybrid workforce. Others are looking to improve cloud security, simplify network management or gradually move away from legacy VPN infrastructure. The right approach depends on your existing environment, applications and business objectives.

Orixcom helps organisations design and deliver secure access strategies that align with these requirements. By combining Security Service Edge (SSE), SD-WAN, Zero Trust Network Access (ZTNA), Secure Web Gateway (SWG), Cloud Access Security Broker (CASB) and Firewall as a Service (FWaaS), Orixcom enables enterprises to build a secure, scalable and high-performing network architecture.

Whether you’re evaluating SASE for the first time, planning a phased migration from VPN, or looking to strengthen your Zero Trust strategy, our experts can help you identify the right solution for your environment.

Need to evaluate SASE for your environment?

Discuss your current network, cloud access, and security setup to identify where Orixcom SASE can simplify operations and improve control.

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Frequently asked questions (FAQs)

Q1. What is the main difference between SASE and VPN?

A VPN creates an encrypted tunnel that connects users to a corporate network.SASE provides identity-based access to specific applications using a cloud-delivered architecture that combines networking and security.

Q2. Why is SASE better than VPN?

SASE is designed for cloud-first and hybrid work environments. It provides identity-based access, integrates multiple security services, improves application performance and simplifies management through a single cloud platform.

Q3. Is SASE more secure than VPN?

In many modern enterprise environments, yes. SASE follows Zero Trust principles by continuously verifying users and devices before granting access, while VPNs often provide broader network access after authentication.

Q4. What is the difference between IPsec and SASE?

IPSEC is a protocol used to establish encrypted VPN tunnels between devices or networks. SASE is a cloud-delivered architecture that combines networking with multiple security services, including ZTNA, SWG, CASB and FWaaS, to provide secure, identity-based access.

July 10, 2026

Weathering Cable Cuts and Network Disruptions
Weathering Cable Cuts and Network Disruptions: Orixcom’s Resilient IP Transit in Action

Nikita Serrao

|

September 19, 2025
Table of contents:

What is network resiliency and why is it important?

The impact of submarine cable cuts on connectivity

How Orixcom IP Transit ensures network stability during disruptions

Automatic failover: The backbone of network resilience

Internet redundancy solutions for enterprises

Connectivity challenges in the UAE: Why choice matters

Case study: How Orixcom keeps businesses online

Conclusion: Future-proof your connectivity with Orixcom

Frequently Asked Questions (FAQs)
For years, enterprises have depended on undersea cables and single-provider internet connections to power their global operations. While this setup worked in stable environments, it’s increasingly vulnerable to disruptions especially in regions like the Middle East where submarine cable cuts and geopolitical risks are common.

Today, businesses require more than just connectivity, they need resilient IP Transit that can withstand outages and reroute traffic instantly. This is where Orixcom IP Transit solution stands out. Engineered for high availability using redundant paths, diverse upstream providers, and dynamic failover technologies to ensure uninterrupted service even when primary routes fail, Orixcom’s solution delivers performance whilst eliminating possibility of network disruptions.

This blog will explore:
- What network resiliency means and why it matters
- How IP Transit providers like Orixcom maintain uptime during cable cuts
- The role of automatic failover and SDN in ensuring continuity
- Best practices for building internet redundancy
- How Orixcom’s infrastructure supports enterprises in disruption-prone regions
With a resilient IP Transit solution, businesses gain more than just bandwidth, they gain peace of mind, knowing their connectivity is protected against the unexpected.

What is network resiliency and why is it important?

What is network resilience?

Network resilience refers to a network’s ability to withstand disruptions, recover swiftly from failures, and continue delivering essential services, even under degraded conditions. It’s not just about uptime; it’s about ensuring uninterrupted connectivity in the face of challenges such as submarine cable cuts, cyberattacks, hardware faults, or natural disasters.

In regions like the Middle East, where infrastructure vulnerabilities and geopolitical risks heighten the likelihood of internet disruptions, resilient networks are vital for maintaining business continuity and operational integrity.

Core pillars of network resilience
- Disruption resistance: A resilient network is built to absorb shocks, whether physical or logical and continue functioning without service interruption.
- Rapid recovery: Systems are designed to detect failures instantly and reroute traffic or restore services with minimal delay, reducing downtime and impact.
- Service continuity in degraded mode: Even when parts of the infrastructure are compromised, the network maintains access to critical services, ensuring operational continuity.
- Adaptability and scalability: Resilient networks dynamically adjust to changing conditions, scale to meet surges in demand, and evolve with emerging technologies.
- Holistic design approach: True resilience goes beyond redundancy. It includes diverse routing paths, robust security protocols, proactive monitoring, and strategic peering relationships.
Experience seamless connectivity with Orixcom’s high speed, dependable, Global IP Transit.

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Key benefits of network resiliency

Network disruptions can happen without warning be it hardware failure or infrastructure damage. In such moments, resiliency becomes the difference between a brief hiccup and a full-blown outage. Here are the key reasons why building a resilient network is essential for any modern enterprise.
- Business continuity
  Resilient networks keep operations running smoothly during outages by rerouting traffic through backup paths. This ensures that critical services remain accessible, avoiding costly interruptions and delays.
- Customer trust
  Downtime can erode customer confidence. A resilient network prevents service disruptions, helping businesses maintain a reliable user experience and protect their brand reputation.
- Revenue protection
  Every minute of downtime can translate into financial loss. Network resiliency minimises these risks by ensuring uninterrupted access to revenue-generating platforms and services.
- Security
  During cyberattacks or infrastructure failures, resilient networks maintain connectivity for essential systems. This helps safeguard sensitive data and ensures that security protocols remain active.
- Operational efficiency
  A resilient network reduces the need for manual intervention during outages, allowing IT teams to focus on strategic tasks rather than firefighting. Automated rerouting and failover mechanisms streamline operations and improve overall network performance.
The impact of submarine cable cuts on connectivity

Submarine cables are the invisible backbone of the global internet, carrying over 99% of international data traffic. These fiber-optic lines stretch across oceans, linking continents and enabling everything from video calls to financial transactions. When one of these cables is damaged, whether by natural disasters, ship anchors, or geopolitical conflict, the consequences can be immediate and widespread.

A recent example occurred on September 6, 2025, when multiple undersea cables in the Red Sea, including SMW4, IMEWE, and FALCON GCX, were severed near Jeddah, Saudi Arabia. The incident disrupted internet services across Asia, the Middle East, and Africa, with users in the UAE reporting slow speeds and latency spikes. Cloud platforms like Microsoft Azure experienced delays, and telecom providers scrambled to reroute traffic through alternate paths.

Without redundancy and intelligent routing, a single cable cut can cripple connectivity across entire regions.

How Orixcom ensures network stability during disruptions

Leading IP Transit providers like Orixcom mitigate these risks through:

1. Redundant upstream providers

Orixcom connects to multiple international transit providers, ensuring that if one path fails, traffic is rerouted through another

2. Geo-diverse routing

By leveraging geographically diverse routes, Orixcom avoids single points of failure and ensures network uptime guarantees even during regional outages

3. Smart BGP-based failover

Border Gateway Protocol (BGP) dynamically reroutes traffic based on real-time network conditions, ensuring seamless connectivity

4. Direct peering at IXPs

Orixcom peers directly at key global and regional Internet Exchange Points, reducing latency and improving performance

Automatic failover: The backbone of network resilience

Automatic failover is the mechanism that switches traffic to a backup connection when the primary link fails. But not all failover systems are created equal.

Types of Failovers:
- WAN Failover: Uses health checks to switch to a backup ISP. Simple but not seamless
- Multipath Failover: Both connections are active. Traffic shifts instantly with no session drops
- LTE Backup: Useful for remote sites but can be unstable and costly
Orixcom’s infrastructure supports multipath failover, ensuring that even during submarine cable outages, traffic is rerouted without affecting user experience

Internet redundancy solutions for enterprises

To build a truly resilient network, enterprises must adopt internet redundancy solutions that combine multiple technologies and providers.

Best practices:
- Carrier diversity: Use different ISPs to avoid shared infrastructure failures.
- Route diversity: Ensure data can travel through multiple physical paths.
- Mesh topology: Enables multiple access points and automatic rerouting.
- SD-WAN integration: Allows intelligent traffic management and instant failover.
Orixcom’s IP Transit services are designed with these principles, offering 99.999% SLA-backed uptime and scalable bandwidth from 100 Mbps to 10 Gbps.

Ready to elevate your network performance?

Explore Orixcom IP Transit for fast and reliable connectivity across continents

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Connectivity challenges in the UAE: Service and support that make a difference

For many businesses in the UAE, internet connectivity options can feel limited, and when issues arise, getting timely support is often a challenge. Automated helpdesks and chatbots may not provide the urgent, expert assistance that enterprises need to keep operations running smoothly.

Orixcom takes a different approach:

By leveraging Equinix’s robust data center ecosystem, Orixcom delivers resilient, diverse connectivity options, ensuring your business isn’t dependent on a single route or provider. Most importantly, Orixcom’s dedicated support team means there’s always a real person ready to help, with fast response times and proactive service that keeps your business online and productive.

Case study: How Orixcom keeps businesses online

During the Red Sea cable incident, Orixcom’s clients in Dubai remained online thanks to:
- Terrestrial cable integration: Provided alternative routing when undersea cables failed.
- Real-time monitoring: Detected issues instantly and rerouted traffic.
- Failover-ready architecture: Ensured zero downtime for mission-critical applications.
This proactive approach demonstrates how Orixcom’s infrastructure is built not just for performance, but for resilience.

Conclusion: Futureproofing your connectivity with Orixcom

In an era where network disruptions are inevitable, resilient IP Transit is the key to maintaining business continuity. Orixcom’s multi-layered approach, combining redundant upstreams, smart routing, and SLA-backed services, ensures that your enterprise stays online, no matter what.

Whether you’re facing submarine cable cuts, regional outages, or cyber threats, Orixcom’s IP Transit is your shield against downtime.

Build smarter networks with Orixcom

Empower your business with high-performance IP Transit and Dedicated Internet solutions designed for resilience, and scalability.

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Frequently Asked Questions (FAQs)
1. Why are submarine cable cuts a major concern?
  Submarine cables carry over 99% of international internet traffic. When damaged, they can cause widespread disruptions across regions. These incidents highlight the need for redundant routing and resilient IP Transit to maintain connectivity during such outages.
2. How does Orixcom ensure network uptime during cable cuts?
  Orixcom uses multiple upstream providers, geo-diverse routing, and smart BGP failover to reroute traffic instantly. This multi-layered approach ensures high availability and SLA-backed uptime even during submarine cable disruptions.
3. What is automatic failover and how does it work?
  Automatic failover detects network failures and instantly switches traffic to a backup route or provider. Orixcom’s multipath failover ensures seamless transitions without session drops, keeping applications and services online without interruption.
4. What is BGP and why is it important for resilience?
  Border Gateway Protocol (BGP) is used to exchange routing information between networks. It enables dynamic rerouting of traffic during outages, making it essential for maintaining connectivity in resilient IP Transit setups.
5. How does Orixcom support businesses in the Middle East?
  Orixcom offers regionally optimised IP Transit with direct peering, redundant routes, and terrestrial cable integration. This ensures reliable connectivity even during regional disruptions, making it ideal for enterprises in the Middle East.
September 19, 2025
IPsec vs. SD-WAN
IPsec vs SD-WAN: Key differences and how Orixcom
ensures a seamless transition

Nikita Serrao

|

August 26, 2025
Table of contents:

Introduction

What is IPSec?

What is SD-WAN?

Key differences: IPsec vs. SD-WAN

Can IPsec and SD-WAN work together?

When to use SD-WAN vs When to use IPSec

How Orixcom ensures a seamless transition

Conclusion

Frequently Asked Questions (FAQs)
(more…)
August 26, 2025
Reliable Internet Connectivity with Dedicated Internet
Reliable internet connectivitiy with Orixcom Dedicated Internet Access (DIA)

Nikita Serrao

|

July 15, 2025
Table of contents:
Today’s enterprises rely on more than just email and file sharing. Cloud-hosted applications, video conferencing, real-time collaboration tools, and hybrid working models are the norm. As digital operations expand, so does the dependence on internet connectivity that’s fast, secure, and always available.

Traditional broadband can’t keep up with these growing demands. Unreliable connections cause disruptions, delays, and losses. Even a few minutes of downtime can cost thousands in missed opportunities, unproductive hours, or dissatisfied customers. That’s why reliable business internet has become mission critical.

Unlike traditional broadband, where bandwidth is shared with others in the area, DIA offers symmetrical speeds and guaranteed performance. This means businesses get consistent upload and download speeds, which is essential for video conferencing, cloud-based applications, and large data transfers.

What you’ll learn in this blog:
- What Dedicated Internet Access (DIA) is, and how it differs from traditional broadband
- Why high-speed internet for businesses is essential
- The real-world performance, security, and operational benefits of DIA
- How Orixcom delivers enterprise-grade business connectivity using DIA
- Use cases that show where high-performance internet makes a measurable difference
- Why more enterprises are turning to providers like Orixcom for flexible, scalable connectivity
Whether you’re a growing company or a multi-site enterprise, understanding how the right internet solution underpins your operations is key. Read on to discover how Orixcom’s Dedicated Internet Access delivers the speed, resilience, and control that modern businesses need.

What is Dedicated Internet and why it’s different?

Dedicated Internet Access (DIA) is a service that provides a private, fixed-bandwidth connection directly to the internet. Unlike traditional broadband, where bandwidth is shared among multiple users in the area, DIA ensures that the speed you pay for is available exclusively to your organisation at all times.

This difference matters. Shared broadband connections often slow down during peak usage hours, resulting in performance drops, increased latency, and inconsistent user experience. For enterprises that rely on cloud-hosted services, video calls, real-time applications, or remote collaboration tools, that’s a risk they simply can’t afford.

In contrast, DIA guarantees bandwidth, uptime, and performance through enterprise-grade SLAs. It delivers symmetrical upload and download speeds, ensuring optimal performance for both outbound and inbound traffic, critical for functions like data backup, video conferencing, and virtual desktop environments.

This level of consistency is why high-speed commercial internet services like DIA are considered essential for modern enterprises. Whether you’re running latency-sensitive applications or supporting global teams, high speed internet enterprise connectivity is a business requirement.

Leading enterprise internet providers like Orixcom deliver DIA through carrier-grade infrastructure, with additional options like BGP routing, IPv4/IPv6 allocation, and peering at regional IXPs. The result: low-latency, high-resilience connectivity that supports even the most demanding digital environments.

Why traditional connectivity fails modern businesses?

Standard broadband connections are often designed for residential or small office use, not for enterprises with complex digital needs. Here are some of the most common challenges businesses face with traditional internet services:

Network congestion during peak hours

Shared broadband connections experience slowdowns when multiple users in the area access the internet simultaneously. This impacts productivity, especially for cloud and video-based workflows.

Packet loss, jitter, and latency

Poor-quality connections lead to dropped calls, frozen video, and slow app performance, especially during real-time collaboration.

Unplanned downtime and outages

Frequent disruptions hinder critical operations and result in lost revenue and customer trust.

Security risks over public internet

Shared broadband lacks dedicated routing and is more susceptible to cyber threats.

Limited support for hybrid work and multicloud

Standard internet struggles to meet the demands of distributed teams and cloud-first strategies.

With these challenges, enterprises relying on traditional connectivity face challenges in avoiding these pitfalls which ultimately lead to revenue loss.

How Orixcom Dedicated Internet Access solves business connectivity challenges

Orixcom’s Dedicated Internet Access (DIA) is engineered to meet the performance, reliability, and flexibility requirements of today’s enterprises. Here’s how it directly addresses the connectivity challenges modern businesses face as well as with tangible benefits:

Secure, uncontended, symmetrical bandwidth:

DIA provides a dedicated connection with no bandwidth sharing, no congestion. Upload and download speeds are symmetrical, ensuring consistent performance for video, backups, and cloud apps. Performance doesn’t fluctuate with peak-hour usage or neighbouring demand. This provides a foundation for reliable business internet that supports critical operations without compromise.

Scalable bandwidth for growing demands:

Businesses evolve and so should their connectivity. Orixcom DIA supports rapid expansion, data-heavy workloads, and branch office rollouts, scales from 100 Mbps up to multi-Gbps with minimal lead time. A flexible fit for high-speed commercial internet needs across multiple business stages.

Carrier-grade SLAs that guarantee uptime:

Downtime costs money and trust. With stringent SLAs covering uptime, latency, jitter, and throughput, Orixcom DIA ensures predictable performance across all locations. Designed for mission-critical environments where even milliseconds matter. This means fewer disruptions, better customer experiences, and smoother operations. This level of assurance supports high performance internet for always-on operations.

Direct access to couds and global networks:

Orixcom peers at regional Internet Exchange Points (IXPs) like Equinix DX1 and DX3, enabling fast, localised access to major cloud platforms (AWS, Azure, Google Cloud) and SaaS ecosystems. This reduces latency and avoids unnecessary routing via global transit paths. This results in enhanced cross-border and multi-cloud business internet solutions with faster performance and lower costs.

Intelligent routing with BGP:

Traffic routing matters as much as bandwidth. Orixcom’s integrated BGP routing offers control over traffic paths, which ensures traffic is directed to the nearest node, optimising network speed and resilience.

Full IP address management with IPv4/IPv6:

Orixcom’s DIA simplifies network management by offering dedicated IP address blocks with support for both IPv4 and IPv6. This simplifies network management and security policy enforcement, giving IT teams greater control over infrastructure.

Strong support and service flexibility:

From setup to monitoring, Orixcom offers expert support with regional presence and fast response times. Flexible service options are tailored to business needs. With Orixcom’s Dedicated Internet Access, enterprises get more than just business connectivity; they get a high-performance platform built for growth, resilience, and control.

Experience high speed, global internet connectivity

Get Orixcom Managed
Dedicated Internet Access now!

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Real-world use cases: Where DIA makes a difference

Dedicated Internet Access (DIA) is a strategic enabler for modern enterprises. From high-volume data flows to real-time operations, the need for high performance internet is central to critical business processes. Below are scenarios where DIA provides tangible advantages over shared or broadband connections.

Real-time financial transactions

Financial institutions, especially FSRA-regulated firms require uninterrupted, low-latency connections for trading, compliance, and payment processing. Even milliseconds of delay can result in transaction failures or financial risks. DIA offers the speed and consistency needed for secure, real-time communication with external financial systems.

High-volume content delivery/streaming

Media companies, content creators, and streaming platforms often deal with large files and constant data transmission. Shared internet struggles with upload speeds and congestion during peak times. DIA ensures high speed internet for businesses that depend on smooth, real-time content delivery without compromise.

Multi-branch cloud-dependent organisations

Enterprises with several offices rely heavily on cloud applications and centralised systems. Inconsistent connections between sites can impact productivity and system performance. DIA delivers stable business connectivity, enabling seamless access to cloud platforms and shared resources across locations.

Secure Internet breakout for SD-WAN and hybrid workforces

As more businesses adopt SD-WAN and hybrid work models, secure and direct internet access becomes essential for cloud applications and remote users. DIA supports internet breakout at the branch level without relying on backhaul connections. It provides a more secure and high-performing alternative to traditional WANs.

Latency-sensitive communication platforms

Applications like VoIP, UCaaS, and video conferencing require stable, low-latency connections to function properly. On shared networks, jitter and packet loss lead to poor call quality and user frustration. DIA offers the performance reliability needed to keep communication tools running smoothly.

Conclusion

In a digital-first economy, reliable business internet is the backbone of productivity, customer experience, and operational continuity. From cloud applications and hybrid workforces to real-time data and latency-sensitive services, businesses today depend on fast, always-available connectivity to compete and grow. Traditional broadband simply can’t keep up with the performance and control required by modern enterprises.

That’s where Dedicated Internet Access makes the difference. With symmetrical bandwidth, guaranteed SLAs, and consistent performance, high speed internet for businesses becomes a strategic enabler, not a constraint. Orixcom’s DIA solution takes this further by combining carrier-grade infrastructure, direct cloud access, intelligent routing, and localised support giving organisations the tools they need to scale, secure, and optimise their digital operations.

Frequently Asked Questions (FAQs)

Q1. What’s the difference between dedicated internet and broadband?

Dedicated Internet Access (DIA) provides a private, uncontended connection between your business and the internet, ensuring consistent performance regardless of the time of day or nearby usage. In contrast, broadband is a shared service where multiple users access the same bandwidth pool, leading to congestion and variable speeds during peak hours. DIA guarantees reliability, symmetrical speeds, and enterprise-grade service levels that broadband cannot match.

Q2. How can dedicated internet access improve cloud application performance?

Cloud applications rely heavily on stable and low-latency connections to perform efficiently. DIA eliminates the variability caused by shared bandwidth and offers consistent throughput, which is essential for applications such as CRMs, collaboration tools, and real-time data processing. It also reduces latency and packet loss, ensuring smoother access to platforms like Microsoft 365, Salesforce, or AWS-hosted services.

Q3. Does Orixcom DIA support multicloud environments?

Yes. Orixcom’s DIA is designed to support businesses using multiple cloud service providers. With direct peering at regional Internet Exchange Points (IXPs) like Equinix DX1 and DX3, the service offers optimised routing paths to leading cloud platforms such as Azure, AWS, and Google Cloud. This enables fast, resilient, and secure connectivity for businesses operating in multi-cloud environments.

Q4. What type of SLAs come with Orixcom’s Dedicated Internet Access?

Orixcom provides robust SLAs covering uptime, latency, jitter, and throughput. This ensures consistent and predictable performance across all business locations. Whether you’re running latency-sensitive applications or critical operations, the SLAs are designed to give you peace of mind and full visibility into your network performance.
July 15, 2025
Master End-to-End Network Visibility with Orixcom Managed ThousandEyes
Master end-to-end network visibility with Orixcom managed ThousandEyes

Nikita Serrao

|

July 1, 2025
Table of contents:
As enterprises shift to hybrid work and adopt a mix of public cloud, private infrastructure, and SaaS apps, the traditional network perimeter has vanished. Centralised architectures have evolved into distributed environments with users, data, and workloads spread across locations and platforms.

This complexity has created major visibility gaps. IT teams often rely on siloed tools that miss performance issues outside their control. Blind spots across the internet, cloud, and SaaS services lead to slow troubleshooting, poor user experience, and shadow IT.

Legacy monitoring tools, built for static on-prem environments, can’t track today’s dynamic infrastructure. They lack insight into ISP routes, third-party APIs, and multi-cloud delivery paths—making it hard to pinpoint and fix performance problems.

To stay in control, enterprises need end-to-end network visibility—across all users, services, and routes. It’s not just about uptime anymore; it’s about ensuring consistent performance everywhere.

This is where Orixcom Managed ThousandEyes Network monitoring solution plays a pivotal role—offering enterprises real-time, actionable insights across their entire digital ecosystem, from internal networks to cloud and SaaS environments.

Experience the future of network visibility with ThousandEyes.

Learn more

What is end-to-end network visibility and why does it matter?

Beyond ping and trace: Why traditional monitoring falls short

With applications no longer confined to a single data center, traditional monitoring tools fall short. Ping and traceroute can’t diagnose issues like congested ISP paths, cloud routing problems, or slow SaaS endpoints. Built for static networks, these tools aren’t suited for today’s internet-delivered, cloud-hosted environments.

As a result, IT teams are left in the dark; reacting to problems without knowing where they start or who’s responsible. Performance issues outside the enterprise perimeter often go unnoticed until users complain, leading to lost time, revenue, and satisfaction.

Defining modern end-to-end network visibility

End-to-end network visibility bridges this gap by providing a complete view—from user device to application, across the internet, WAN, cloud, and SaaS layers. Rather than just showing what’s happening inside the internal network, it exposes how external dependencies impact service delivery.

This level of visibility is especially critical for businesses operating in hybrid and multi-cloud environments. It allows IT teams to correlate performance issues with the exact segment of the path where degradation occurs—whether that’s the local LAN, a public cloud region, or an ISP backbone—enabling targeted and faster response.

Key benefits

Implementing end-to-end network visibility brings clear operational and strategic advantages:
- Improved incident response: Identify issues before they affect end users
- Faster root cause analysis: Pinpoint the problem domain—whether internal or external
- Proactive network monitoring: Anticipate degradation before SLAs are breached
- Data-driven capacity planning: Understand trends and usage patterns to optimise infrastructure
- Enhanced user experience and uptime: Maintain service quality across all digital touchpoints
As enterprises modernise, proactive network monitoring becomes not just a technical necessity, but a business imperative. It ensures that performance isn’t just maintained—but understood, predicted, and optimised in real time.

The complexity of hybrid and multi-cloud monitoring

Multiple clouds, multiple blind spots

The adoption of multi-cloud strategies—spanning AWS, Azure, and Google Cloud—has brought flexibility and scale to enterprise IT. However, it has also introduced significant visibility challenges. Each cloud operates on its own network stack and service model, making it challenging to track how traffic flows between regions, providers, or applications. When issues arise, pinpointing whether the root cause lies in the application, the cloud provider, or the internet becomes a time-consuming guesswork exercise.

Interdependencies between internet performance and cloud application delivery further complicate matters. A single bottleneck or BGP route change across an ISP can degrade the experience for thousands of users, even if your infrastructure remains unchanged.

SaaS dependency and the control paradox

Business-critical SaaS applications like Microsoft 365, Salesforce, and Zoom are now the norm. Yet IT teams have little to no visibility into how these services perform from the end-user perspective. Performance degradation may stem from third-party CDN issues, poor last-mile connectivity, or congested ISP routes—areas entirely outside traditional IT control.

This paradox, full reliance on apps without full visibility, creates significant operational risk, particularly for globally distributed teams.

Overcoming network monitoring limitations with ThousandEyes

Today, enterprises can’t afford to wait for user complaints; proactive network monitoring is essential. With end-to-end visibility, IT teams can detect performance issues early and trace data paths across internal networks, the public internet, and third-party clouds. Without this, blind spots persist, putting digital experience and productivity at risk.

Cisco ThousandEyes is a cloud-based internet and application intelligence platform built for the modern, decentralised enterprise. It offers deep visibility into every element of digital experience—across networks you own and those you don’t. Through a combination of synthetic testing, real-time monitoring, and endpoint data, ThousandEyes maps the entire service delivery path from user to application.

It supports use cases across WAN, cloud, SaaS, and ISP monitoring—highlighting where disruptions occur and why. Whether it’s latency in an AWS region, packet loss on a VPN tunnel, or degraded performance with a SaaS provider, ThousandEyes provides precise, actionable insights.

While the platform itself is powerful, effective use demands expertise.With Orixcom managed service, enterprises achieve end-to-end network visibility without the operational burden and much more:
- Faster resolution of network and application issues
- Lower mean time to detect and fix (MTTD/MTTR)
- Reduced overhead for internal IT teams
- Consistent digital experience across users, branches, and clouds
By combining proactive network monitoring with end-to-end network visibility, enterprises can continuously improve their network strategy and user experience—no matter how distributed their environment becomes.

Resolve issues before users notice

Proactive network monitoring solution built for performance-driven enterprises.

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Gaining control across your entire ecosystem

Multi-Cloud monitoring with Cisco ThousandEyes

OAs enterprises distribute workloads across AWS, Azure, and Google Cloud, the network path between services becomes mission critical. But visibility often stops at the VPC or peering point. With ThousandEyes, enterprises can monitor cloud interconnects, identify latency across regions, and assess cloud provider performance in real time.

Whether you’re connecting front-end services in Azure to databases in AWS or routing through GCP compliance, ThousandEyes gives you end to end network visibility across your entire cloud topology.

SaaS monitoring

ThousandEyes allows enterprises to track the user experience for apps like Microsoft 365, Zoom, and Salesforce—even when these apps are hosted entirely on third-party infrastructure. If users report delays or timeouts, ThousandEyes can isolate the cause—be it local DNS issues, WAN congestion, or SaaS provider latency.

This capability enables proactive problem resolution and eliminates the finger-pointing that often delays fixes.

Remote work and VPN monitoring

Hybrid and remote work models are now permanent. With users connecting from unmanaged networks via VPN or SD-WAN, monitoring their digital experience is non-negotiable. ThousandEyes allows visibility from the user endpoint to the application—over public internet, through ISP paths, and across internal firewalls.

It highlights chokepoints and helps IT teams maintain performance standards even in uncontrolled environments.

Why modern enterprises choose Orixcom managed ThousandEyes

While Cisco ThousandEyes offers extensive observability across networks and applications, managing the platform in-house can quickly become resource-heavy—particularly for organisations without a dedicated NOC or network operations team. That’s where Orixcom managed network services step in to simplify the experience.

Delivered as a fully managed solution, Orixcom handles the complete lifecycle of ThousandEyes deployment—across cloud, on-premises, and remote environments. This includes:
- End-to-end setup and configuration tailored to your architecture
- Continuous monitoring of application and network performance
- Real-time alert triage and incident diagnostics
- Monthly performance insights with proactive recommendations
This model enables enterprises to harness the full power of end-to-end network visibility without adding operational overhead. It also integrates seamlessly with complimenting tools and services, enhancing performance and control.

Whether you’re diagnosing Microsoft 365 latency, uncovering the cause of intermittent API failures, or reducing mean time to resolution (MTTR), Orixcom provides the visibility and expertise needed to act decisively—across your entire digital ecosystem.

Rethink network monitoring. Rethink performance.

Tap into actionable insights with Orixcom Managed Solutions.

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Your cloud, your network, your control

In an era where user experience, uptime, and digital agility define competitive advantage, visibility is no longer optional—it’s essential. Traditional monitoring tools, designed for on-premises environments, simply can’t keep pace with the cloud-first, SaaS-heavy networks most organisations now depend on.

ThousandEyes monitoring gives IT teams the ability to finally see beyond their internal network—to understand what’s happening across the internet, cloud platforms, SaaS environments, and ISP transit paths. It bridges the gap between user complaints and root cause analysis, enabling teams to act on facts, not assumptions.

From identifying ISP-related latency to diagnosing SaaS disruptions, ThousandEyes shifts IT operations from reactive firefighting to proactive service assurance. But technology alone isn’t enough. Implementation, ongoing optimisation, and real-time analysis require time and expertise.

That’s why Orixcom Managed ThousandEyes is a solution that delivers the intelligence, expert support, and contextual insight needed to make every alert actionable and every response timely. When combined with our proven expertise in solutions like SD-WAN, IP Transit, and Dedicated Internet Access, it forms a resilient digital foundation optimised for performance, reliability, and complete end-to-end visibility.

As IT environments continue to grow in complexity, visibility becomes the foundation for performance, reliability, and trust. With Orixcom, you gain not just tools—but a strategic partner focused on helping you take control of your cloud, your network, and ultimately, your business outcomes.

Frequently Asked Questions (FAQs)

Q1. How does Cisco ThousandEyes differ from traditional network monitoring tools?
Traditional network monitoring tools focus on internal infrastructure and are often limited to on-premises environments. Cisco ThousandEyes, by contrast, is designed for today’s distributed enterprises. It provides deep visibility into external networks, cloud providers, SaaS platforms, and internet routing paths. By combining active synthetic testing, endpoint data, and cloud vantage points, it reveals exactly where and why performance issues occur, even across infrastructure you don’t own. It’s a comprehensive internet and application intelligence platform, ideal for modern, cloud-first organisations.

Q2. What is end-to-end network visibility, and why is it important for enterprises?
End-to-end network visibility refers to the ability to monitor and analyse the complete delivery path of data—from user devices to cloud applications and everything in between. This includes internal networks, public internet, cloud providers, SaaS platforms, and third-party APIs. For enterprises relying on hybrid and multi-cloud architectures, such visibility is essential to ensure consistent performance, troubleshoot faster, and maintain control over user experience. Without it, IT teams operate blind to issues that affect productivity, service delivery, and business continuity.

Q3. Can ThousandEyes monitor SaaS applications like Microsoft 365 or Salesforce?
Yes, Cisco ThousandEyes offers comprehensive visibility into the performance of SaaS applications such as Microsoft 365, Salesforce, Zoom, and others. It helps identify whether a slowdown or outage is caused by the SaaS provider, the ISP, internal network configuration, or last-mile connectivity. This is especially useful for remote or hybrid workforces where users depend on cloud-hosted tools, and performance issues are difficult to isolate. With Orixcom’s managed service, you also gain expert analysis and response to ensure consistent application experience.

Q4. Can I monitor SaaS applications with ThousandEyes?
Yes, ThousandEyes is specifically built to monitor SaaS application performance from multiple user locations. It tracks services like Microsoft 365, Salesforce, Google Workspace, and more—offering deep visibility into latency, availability, and network paths. This helps IT teams determine whether performance issues are caused by the SaaS provider, internet transit, or internal bottlenecks, significantly improving response times and user satisfaction.

Q5. How does ThousandEyes integrate with AppDynamics and what are the benefits?
ThousandEyes integrates natively with AppDynamics to correlate application performance with underlying network conditions. This allows IT and DevOps teams to isolate the true root cause of performance issues—whether it’s slow backend code, database latency, or network path degradation across the internet. Known as ThousandEyes AppDynamics integration, it enables end-to-end observability from user transaction to infrastructure. The benefits are faster incident resolution, reduced blame-shifting, and improved collaboration across teams, ultimately resulting in a better digital experience for end users.
July 1, 2025
Common Network Issues and SD-WAN Solution
Top 10 common network issues and how
Orixcom SD-WAN resolves them

Nikita Serrao

|

January 14, 2025
Table of contents:

Top 10 common network issues modern businesses face

How SD-WAN solution resolves common network issues

Real-world success stories

Conclusion

Frequently Asked Questions (FAQs)
Modern businesses rely heavily on seamless connectivity to drive operations, enhance productivity, and deliver exceptional customer experiences. However, traditional networks often fail to meet the demands of today’s dynamic environments. Common network performance issues, such as latency, poor connectivity, and inconsistent performance, disrupt workflows, hinder cloud-based applications, and increase operational costs. Network outages and performance bottlenecks further aggravate these challenges, impacting both business continuity and user satisfaction.

Software-Defined Wide Area Network (SD-WAN) has emerged as a revolutionary solution to address these persistent challenges. By leveraging intelligent traffic management, enhanced visibility, and built-in security, SD-WAN empowers businesses to overcome common network connectivity issues and optimise performance across multiple locations. It simplifies network management while ensuring resilience, cost-efficiency, and adaptability for modern enterprise needs.

This blog explores the top 10 common network issues businesses face and demonstrates how Orixcom SD-WAN provides effective solutions to these challenges, enabling organisations to transform their networks for enhanced reliability and performance.

Top 10 common network issues modern businesses face

Reliable networks are critical for supporting modern business operations, but many organisations struggle with recurring issues that disrupt workflows and affect productivity. Below, we detail the most common network issues businesses face, explaining their causes, impacts, and examples.

#1: Network latency issues

Network latency, a key factor in network quality problems, refers to the time it takes for data to travel from the source to the destination and back. This delay, often measured in milliseconds, can significantly impact real-time applications like video conferencing, financial trading platforms, and online gaming. Latency is not a single issue, but a collection of common network performance issues influenced by various factors.

Causes:
- Inefficient routing where data travels unnecessarily long paths.
- Bandwidth constraints lead to traffic congestion.
- The physical distance between users and data centres.
Impact: High latency can frustrate users, especially when using collaboration tools like Microsoft Teams or Zoom. For example, a global enterprise could face severe delays during client presentations due to latency issues in accessing cloud-hosted files, affecting client satisfaction.

#2: Network connectivity issues

Connectivity issues occur when devices or users cannot access network resources due to disruptions.

Causes:
- ISP outages affecting internet availability.
- Misconfigured network devices such as routers or switches.
- Hardware failures such as broken cables or malfunctioning network adapters.
Impact: Connectivity disruptions halt communication, delay workflows, and often lead to financial losses. For instance, a retail chain might experience a significant drop in online sales due to connectivity issues that made their e-commerce platform inaccessible for hours.

#3: Bandwidth limitations and bottlenecks

Bandwidth bottlenecks occur when network demand exceeds available bandwidth, causing slowdowns and congestion. This results in slower data transfer rates, increased latency, and poor network performance.

Causes:
- Networks designed without scalability for increased traffic demands.
- High bandwidth consumption from applications like video streaming or large file transfers.
- Sudden spikes in network usage, especially during peak hours.
Impact: Bandwidth bottlenecks severely reduce network performance and slow down critical applications. For example, an architecture firm using cloud-based rendering software might face significant delays in delivering projects due to insufficient bandwidth during peak hours.

#4: Network routing issues

Routing issues occur when data takes inefficient paths through the network, often caused by suboptimal configurations.

Causes:
- Static routing policies that fail to adapt to real-time network conditions.
- Outdated configurations or routing tables.
Impact: Slow application responses and increased latency are common results. For example, a logistics company may face delays in processing customer orders due to poor routing that increases the time needed to retrieve data from cloud-hosted ERP systems.

#5: Security vulnerabilities

Cybersecurity attacks occur when unauthorised entities gain access to the network, compromising data integrity and confidentiality. These vulnerabilities expose networks to risks such as data breaches, downtime, and compromised business operations.

Causes:
- DDoS attacks overwhelm network resources, causing outages.
- Malware or phishing campaigns lead to data breaches.
Impact: Security breaches result in downtime, reputational damage, and financial penalties. For instance, a healthcare provider may fall victim to ransomware, paralysing their network for days and delaying critical patient services.

#6: Application performance degradation

Application performance issues occur when critical software runs slowly or fails to respond. It occurs when critical software, such as cloud-based applications, collaboration tools, or enterprise resource planning (ERP) systems, runs slowly or becomes unresponsive, significantly impacting productivity and user satisfaction.

Causes:
- Lack of prioritisation for bandwidth-heavy applications like VoIP or SaaS tools.
- Inadequate network resources allocated to mission-critical applications.
Impact: Degraded performance hampers productivity. For example, an e-learning platform could suffer because the students face disruptions due to frequent interruptions during live online classes or exams caused by application traffic being deprioritised.

#7: Packet loss and jitter

Packet loss and jitter are common network performance issues that degrade the quality of data transmission, particularly in real-time applications such as VoIP calls, video conferencing, and online gaming.

Packet loss occurs when data packets travelling across a network fail to reach their intended destination. Jitter refers to the variation in packet delivery times, caused by inconsistent network performance. When packets do not arrive in the correct sequence or experience delays, it results in distorted audio or video quality, especially noticeable in time-sensitive applications.

Causes:
- When too much traffic overloads the network, packets may drop or face delays.
- Low-grade network connections or insufficient bandwidth can cause unstable data transmission.
Impact: These issues often lead to distorted audio during VoIP calls or choppy visuals in video conferencing. In the past, several companies have reported frequent miscommunication during client meetings due to packet loss on their corporate network.

#8: Lack of network visibility and monitoring

A lack of network visibility and monitoring is a significant challenge for IT teams relying on traditional WANs. Without centralised tools to track network performance and identify bottlenecks, organisations often operate reactively, addressing issues only after they disrupt operations. This approach increases downtime and complicates troubleshooting, particularly in large, distributed networks.

Causes:
- Legacy networks lack advanced telemetry features.
- IT teams rely on manual processes to diagnose issues.
Impact: Without visibility, identifying and resolving problems becomes reactive and time-consuming. For example, an IT service company may experience delayed resolutions to frequent outages due to a lack of real-time analytics.

Discover how SD-WAN’s advanced monitoring tools outperform traditional WANs in our blog on SD-WAN vs Traditional WAN.

#9: Integration challenges with legacy infrastructure

Integrating new technologies with existing legacy infrastructure is a common hurdle for organisations undergoing digital transformation. Legacy systems are often outdated and lack the flexibility needed to accommodate modern network solutions, making the integration process both complex and error prone. These challenges can disrupt operations and lead to inefficiencies, especially in hybrid or multi-cloud environments.

Complexities:
- Compatibility issues between old and new hardware/software.
- Increased chances of misconfigurations during the integration process.
Impact: Hybrid networks often experience disruptions during the integration phase. For example, a manufacturing firm transitioning to a hybrid cloud environment could suffer and face reduced production efficiency due to conflicts between legacy systems and cloud platforms.

#10: Frequent network downtime

Frequent network downtime is one of the most critical issues businesses face, as it directly impacts productivity, revenue, and customer trust. Downtime occurs when the network becomes entirely unavailable, halting all dependent activities and creating a cascade of operational challenges.

Causes:
- Poorly maintained network hardware.
- Overburdened IT teams are unable to address problems proactively.
Impact: The cost of downtime can be staggering, with some industries reporting losses of thousands of dollars per minute. For instance, a financial services firm estimated losing over £50,000 in revenue during a three-hour outage caused by an overloaded network switch.

These common network issues highlight the urgent need for modern solutions that proactively address these challenges. In the next section, we’ll explore how SD-WAN technology provides effective resolutions to these problems, helping businesses achieve reliable and high-performing networks.

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How SD-WAN solution resolves common network issues

As businesses face mounting challenges with traditional networks, SD-WAN solution offers a robust solution designed to tackle these pain points head-on. By integrating intelligent routing, enhanced security, and advanced visibility, SD-WAN empowers organisations to transform their networks for greater performance and reliability.

Below, we explore how SD-WAN addresses common network issues and enables seamless operations.

Enhancing network performance with intelligent routing

Traditional routing methods often result in suboptimal data paths, leading to latency and inconsistent performance. SD-WAN overcomes these challenges with intelligent, real-time routing capabilities.

How it works:
- Dynamic path selection evaluates performance metrics such as latency, jitter, and packet loss to direct traffic along the most efficient route.
- Application-aware routing ensures that critical workflows like VoIP and video conferencing receive priority over less time-sensitive applications.
Learn effective strategies to enhance your network’s speed and reliability in our blog on how to improve network performance.

Improving connectivity across multiple locations

Managing connectivity across distributed networks can be challenging, especially for organisations with branch offices or remote teams. SD-WAN simplifies this by offering centralised control and optimised connectivity options.

How it works:
- Centralised management enables IT teams to configure and monitor networks across all locations from a single dashboard.
- Reliable last-mile connectivity leverages broadband, LTE, or MPLS to ensure consistent network availability.
Solving bandwidth bottlenecks through traffic prioritisation

Bandwidth limitations often cause congestion and performance slowdowns. SD-WAN addresses this by implementing Quality of Service (QoS) mechanisms.

How it works:
- QoS prioritises bandwidth allocation for critical applications like SaaS tools or cloud backups.
- SD-WAN dynamically adjusts traffic flows based on current network conditions.
Addressing security concerns with built-in protection

Cybersecurity is a top concern for businesses. SD-WAN includes integrated security features to protect against modern threats.

How it works:
- Enterprise-grade firewalls and malware detection prevent unauthorised access.
- Zero-trust frameworks enforce strict authentication and encryption for all traffic.
Increasing network visibility and simplifying troubleshooting

Traditional networks often lack the tools required for proactive monitoring and diagnostics, leading to delayed resolutions. SD-WAN resolves this by offering enhanced visibility.

How it works:
- Real-time analytics give IT teams a comprehensive view of network quality problems, allowing them to detect potential bottlenecks.
- Automated diagnostics and alerts enabled can help teams in troubleshooting network performance issues before they escalate into significant disruptions.
Optimising application performance for cloud and SaaS

As businesses increasingly rely on cloud-based tools, ensuring their performance becomes critical. SD-WAN provides seamless access to SaaS and cloud applications.

How it works:
- Solutions like Cisco CloudOnRamp optimise traffic flow for apps such as Office 365 and Salesforce by reducing latency and ensuring direct cloud access.
- Automated path selection avoids congested routes, improving user experience.
Reducing costs without compromising performance

Traditional MPLS networks are expensive to scale and maintain. SD-WAN reduces these costs while delivering better performance.

How it works:
- SD-WAN utilises cost-effective broadband connections while ensuring performance on par with MPLS.
- Automation simplifies network configuration, reducing IT operational costs.
Enabling scalability and hybrid work models

Scaling traditional networks to support growth or hybrid work environments often introduces complexity. SD-WAN offers flexibility and seamless integration with existing infrastructure.

How it works:
- Supports hybrid deployments by integrating with legacy systems without disruptions.
- Rapid onboarding of new locations with zero-touch provisioning simplifies expansion.
By addressing these common network challenges, SD-WAN provides organisations with the tools needed to build agile, secure, and cost-efficient networks. The next section will explore real-world success stories of how businesses have benefited from implementing SD-WAN solutions.

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Real-world success stories

The effectiveness of SD-WAN in solving complex network challenges can be best understood through real-world implementations. Below are two case studies showcasing how businesses benefited from SD-WAN solutions to enhance connectivity and performance.

Case study #1: Enhancing connectivity for Al Ghandi auto group

Challenge:

The Al Ghandi Auto Group faced difficulties in managing connectivity across its multiple locations. Their traditional network struggled with frequent latency issues, inconsistent application performance, and limited visibility into network health. These challenges impacted operations like inventory management and communication between regional offices.

Solution:

The Al Ghandi Auto Group deployed Orixcom Managed SD-WAN, powered by Cisco, to centralise network management and optimise application performance. With SD-WAN’s intelligent routing capabilities, the organisation was able to prioritise critical traffic for business applications like ERP systems and VoIP services. The centralised management portal allowed their IT team to monitor and resolve network issues in real time.

Outcome:
- Application performance improved significantly, reducing delays in inventory updates and internal communications.
- Centralised visibility enabled proactive troubleshooting, minimising downtime.
- Overall operational efficiency increased, supporting the group’s growth and enhancing employee productivity.
Case study #2: Securing network resilience for CNBC Arabia

Challenge:

As a leading regional broadcaster, CNBC Arabia requires reliable and resilient connectivity to support real-time content delivery between its regional offices and broadcasting facilities. Their existing WAN infrastructure experienced frequent disruptions, high latency, and poor bandwidth allocation, which risked delays in broadcasting and reduced operational reliability.

Solution:

CNBC Arabia implemented Orixcom Managed SD-WAN solution to enhance network resilience. The deployment leveraged SD-WAN’s dynamic path selection and application-aware routing to optimise traffic flows for high-priority applications like live video streaming and remote editing tools. Advanced security features, including firewalls and intrusion detection, ensured the safety of sensitive broadcasting data.

Outcome:
- Network latency was significantly reduced, ensuring smooth and timely content delivery.
- Centralised bandwidth management optimised the performance of critical applications, even during peak usage periods.
- The overall network became more robust, with improved reliability and secure connectivity across locations.
These success stories highlight how SD-WAN empowers businesses to address complex network challenges effectively. By improving performance, enhancing security, and simplifying network management, SD-WAN enables organisations to achieve greater operational efficiency and scalability.

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Conclusion

Proactively identifying and resolving network issues is critical for maintaining seamless business operations in today’s digitally interconnected world. Latency, connectivity disruptions, bandwidth constraints, and security vulnerabilities can all hinder productivity, impact user experience, and result in significant operational costs. Addressing these challenges is no longer optional, it is essential for businesses aiming to stay competitive.

SD-WAN offers a robust, comprehensive solution to these challenges. By leveraging intelligent routing, centralised management, and integrated security features, SD-WAN optimises network performance across diverse locations and hybrid work environments. Features such as application-aware routing, real-time analytics, and automated troubleshooting ensure businesses can maintain reliability and scalability while reducing costs and improving operational efficiency. Moreover, SD-WAN’s ability to prioritise critical applications and secure cloud workflows makes it the ideal choice for organisations embracing digital transformation.

Success stories like those of Al Ghandi Auto Group and CNBC Arabia demonstrate the tangible benefits of SD-WAN in action. From enhancing application performance and reducing latency to strengthening network resilience and optimising content delivery, these implementations highlight how SD-WAN empowers businesses to overcome network challenges and achieve measurable results.

For organisations seeking tailored solutions to address their unique network requirements, Orixcom Managed SD-WAN solution is the perfect partner. Backed by Cisco’s cutting-edge technology, this solution delivers the performance, security, and reliability businesses need to scale confidently in today’s demanding environment. By choosing Orixcom, businesses can focus on their core objectives while leaving the complexities of network management in expert hands.

Frequently Asked Questions (FAQs)

Q1. How do you troubleshoot network issues with SD-WAN?

SD-WAN simplifies troubleshooting by providing centralised management and real-time analytics. IT teams can monitor network performance across all locations through a single dashboard, identify bottlenecks, and use automated diagnostics to resolve issues proactively.

Q2. How does SD-WAN optimise application performance?

SD-WAN employs dynamic path selection to route traffic based on real-time metrics like latency and jitter. It also uses Quality of Service (QoS) policies to prioritise critical applications such as video conferencing and SaaS tools, ensuring smooth performance even during peak traffic periods.

Q3. How does SD-WAN address security concerns?

SD-WAN integrates multiple security features, including firewalls, malware detection, and zero-trust frameworks. By encrypting data and enforcing strict authentication protocols, it protects networks from threats such as DDoS attacks, phishing, and data breaches.

Q4. Is SD-WAN suitable for hybrid work environments?

Yes, SD-WAN is ideal for hybrid work setups. It ensures reliable connectivity for remote users by leveraging broadband or LTE while maintaining secure access to corporate applications through centralised policies and end-to-end encryption.

Q5. How does SD-WAN integrate with cloud services?

SD-WAN ensures seamless integration with cloud applications through features like direct cloud access and traffic optimisation tools such as Cisco CloudOnRamp. These capabilities enhance the performance of SaaS applications like Office 365 and Salesforce.
January 14, 2025
Cisco SD-WAN Features and Benefits
Cisco SD-WAN: Features and benefits

Nikita Serrao

|

March 7, 2024
Table of contents:

What is Cisco SD-WAN?

How does Cisco SD-WAN work?

Cisco SD-WAN security features

Benefits of Cisco SD-WAN

Orixcom SD-WAN case studies

Emerging technologies shaping the future of SD-WAN

Cisco’s roadmap for SD-WAN development

FAQs
What is Cisco SD-WAN?

Cisco SD-WAN or Cisco Software-Defined Wide Area Network is a technology designed to simplify and optimise the management of wide area networks (WANs). Traditional WANs often rely on hardware-centric approaches, making them complex and challenging to adapt to the evolving needs of modern businesses. SD-WAN leverages software-defined networking principles to provide a more flexible, scalable, and efficient approach to connecting and managing networks.

Here’s a brief overview of Cisco SD-WAN:
- Software-defined networking (SDN): Cisco SD-WAN is built on the concept of SDN, where the control plane is decoupled from the underlying hardware infrastructure. This allows for centralised management, automation, and programmability of network resources.
- Overlay technology: Cisco SD-WAN often utilises overlay technology to create a virtualised layer over existing network infrastructure. This overlay enables the seamless integration of multiple network connections, such as MPLS, broadband, and LTE, into a unified and intelligent network.
- Centralised management: One of the key features of SD-WAN is centralised management through a centralised controller. This controller allows administrators to configure, monitor, and optimise the network from a single point, providing significantly enhanced visibility and control over the entire network.
- Traffic optimisation: SD-WAN dynamically directs traffic over the most efficient path based on real-time network conditions. This optimisation improves application performance and user experience, leading to enhanced productivity.
- Security integration: Cisco SD-WAN integrates security features, such as firewall capabilities and encryption, directly into the solution. This helps in securing data traffic as it traverses the network, especially important in today’s environment with increasing cybersecurity threats.
- Application-aware routing: Cisco SD-WAN understands the specific requirements of different applications and can route traffic based on application priority. This ensures that critical applications receive the necessary bandwidth and low latency, contributing to a better user experience.
SD-WAN is an essential tool to businesses in modern networking. The days of waiting months for new offices or branches to be added to the network are over, SD-WAN provides businesses with the flexible, efficient and secure network solution.
- Agility and flexibility: SD-WAN provides businesses with the agility to adapt to changing network requirements quickly. This flexibility is crucial in today’s dynamic business environment where new applications and services are constantly emerging.
- Cost efficiency: By optimising the use of multiple network connections, SD-WAN can reduce or even eliminate reliance on expensive MPLS connections and leverage more cost-effective alternatives, leading to potential cost savings.
- Improved performance: SD-WAN enhances network performance by intelligently routing traffic, optimising bandwidth usage, and reducing latency. This results in a better user experience and improved productivity for end-users.
- Enhanced security: Integrating security features directly into the SD-WAN solution ensures that data is protected as it travels across the network. This is particularly important in the era of increased cyber threats and data breaches.
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How does Cisco SD-WAN work?

Cisco SD-WAN works by leveraging software-defined networking principles to provide a more flexible and efficient approach to wide area network (WAN) management. It involves the use of centralised controllers, overlay technology, and intelligent routing to optimise network performance and improve overall connectivity. Here’s an overview of how Cisco SD-WAN works, its evolution from traditional WAN, and its key components:

1. Evolution from traditional WAN:

Traditional WAN:
- Traditional WANs often rely on hardware-centric approaches with routers and switches at different locations.
- Network configurations and policies are typically managed manually on individual devices.
- Traffic routing decisions are usually based on static rules and are less adaptable to changing network conditions.
- Limited visibility into network performance and application behaviour.
Cisco SD-WAN:
- Utilises software-defined networking principles, decoupling the control plane from the underlying hardware.
- Introduces centralised controllers for policy management, monitoring, and automation.
- Leverages overlay technology to create a virtualised layer that abstracts the underlying network infrastructure.
- Adopts dynamic, application-aware routing for intelligent traffic steering and optimisation.
2. Key components and architecture:

Cisco SD-WAN architecture:

Key components:

i) Controllers:
- Centralised controllers, such as Cisco vSmart controllers, play a crucial role in SD-WAN. They manage and enforce policies, control the flow of traffic, and provide a unified view of the network.
- Controllers communicate with edge devices and make real-time decisions based on network conditions and policies.
ii) Edge devices:
- Cisco SD-WAN edge devices, like Cisco vEdge routers, are deployed at branch offices or data centers.
- These devices establish secure connections to the centralised controllers and are responsible for enforcing policies, managing local traffic, and participating in the overlay network.
iii) Overlay network:
- Overlay technology creates a virtualised network on top of the physical infrastructure, allowing for the seamless integration of various network connections.
- Tunnels are established between SD-WAN edge devices, enabling the transport of data across the network.
iv) Transport networks:
- Cisco SD-WAN supports various transport networks, including MPLS, broadband, and LTE.
- Intelligent routing decisions are made based on real-time analysis of network conditions, ensuring optimal performance for different applications.
v) Security integration:
- Security features, such as firewalls and encryption, are integrated into the SD-WAN solution.
- This helps in securing data traffic as it traverses the network, providing end-to-end protection.
vi) Orchestrator:
- An orchestrator, like Cisco vManage, provides a centralised management interface for administrators.
- It allows for the configuration, monitoring, and troubleshooting of the entire SD-WAN deployment from a single point.
Cisco SD-WAN security features

Cisco SD-WAN incorporates a comprehensive set of security features to safeguard network infrastructure and data. Some key security features of Cisco SD-WAN include:

1. Integrated firewall:

Cisco SD-WAN includes an integrated firewall, allowing for the enforcement of security policies at the network edge, protecting against unauthorised access and potential threats.

2. Zone-based firewall policies:

Administrators can define security zones and implement granular policies based on these zones, segmenting network traffic and applying specific security rules.

3. Application-aware security:

Cisco SD-WAN can identify and classify applications, enabling the implementation of security policies tailored to the specific requirements of each application.

4. Encrypted traffic analytics (ETA):

ETA is a feature that allows the detection of malware in encrypted traffic without decrypting the data, enhancing security against potential threats.

5. IPsec VPN:

Secure communication over the internet is facilitated through IPsec VPN, ensuring that data is encrypted in transit and providing a secure connection between different branches and the data center.

6. SSL inspection:

SD-WAN supports SSL inspection, allowing for the decryption and inspection of SSL-encrypted traffic to identify and mitigate potential threats hidden within encrypted communication.

7. Malware protection:

Cisco SD-WAN integrates malware protection mechanisms, employing signature-based detection, behaviour analysis, and other advanced threat prevention techniques.

8. Centralised policy management:

Security policies can be centrally managed through the orchestrator (vManage), ensuring consistent and coherent security policies across the entire SD-WAN deployment.

9. Identity-based access control:

Access to network resources can be controlled based on user identities, providing an additional layer of security and ensuring that only authorised users have access to specific applications and data.

10. Threat intelligence integration:

Cisco SD-WAN can leverage threat intelligence feeds to stay updated on the latest security threats, allowing the solution to proactively identify and mitigate emerging threats.

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Benefits of Cisco SD-WAN

Cisco SD-WAN, specifically, offers a range of benefits tailored to address the challenges of modern networking. Some key advantages of Cisco SD-WAN include:

1. Application optimisation:

Cisco SD-WAN optimises application performance by dynamically selecting the best path for traffic based on real-time network conditions. This ensures that critical applications receive priority, leading to improved user experience.

2. Cost efficiency:

Cisco SD-WAN allows organisations to leverage cost-effective internet connections while maintaining the reliability and performance traditionally associated with MPLS networks. This results in significant cost savings in terms of network connectivity.

3. Centralised management with vManage:

The vManage orchestrator provides a centralised management interface, enabling administrators to easily configure, monitor, and troubleshoot the entire Cisco SD-WAN deployment. This centralised control enhances visibility and simplifies network operations.

4. Security integration:

Cisco SD-WAN incorporates robust security features, including integrated firewalls, encryption, and threat intelligence integration. This ensures a secure network environment and protects data in transit across the WAN.

5. Application-aware routing with intelligent path selection:

Cisco SD-WAN intelligently routes traffic based on application requirements, providing optimal performance. The solution dynamically selects the most efficient path, improving bandwidth utilisation and reducing latency.

6. Cloud connectivity:

Cisco SD-WAN facilitates seamless and secure connectivity to various cloud environments, supporting organisations in their cloud adoption strategies. This includes direct connections to major cloud providers such as Microsoft Azure.

7. Zero-touch provisioning:

Cisco SD-WAN simplifies deployment with zero-touch provisioning, allowing remote offices to be quickly and easily integrated into the network. This feature accelerates the deployment process and reduces the need for on-site IT support.

8. Scalability:

Cisco SD-WAN is designed to scale with the evolving needs of businesses. It supports the rapid and seamless integration of new locations into the network, providing flexibility for organisational growth.

9. Visibility and analytics:

Cisco SD-WAN offers advanced analytics and reporting tools, providing detailed insights into network performance and application behaviour. This visibility enables proactive monitoring and efficient troubleshooting.

10. Integration with Cisco security solutions:

Cisco SD-WAN can be seamlessly integrated with other Cisco security solutions, creating a comprehensive security infrastructure. This integration enhances the overall security posture and ensures consistent policy enforcement.

Orixcom SD-WAN case studies:

One of our customers Al Ghandi Auto is a prominent automotive retailer in the UAE. They wanted to improve their network performance and take advantage of the benefits of the Cloud with minimal costs.

Businesses in the UAE face limitations in network choices based on their physical location, often requiring multiple offices or branches to manage two separate MPLS networks. This traditional approach is burdensome, expensive to install and maintain, and lacks visibility into network applications. The prospect of connecting two circuits and establishing an MPLS connection to Azure was cost-prohibitive, posing a threat to Al Ghandi Group’s cloud migration project. In light of SAP’s move away from supporting on-premise ERP systems by 2027, Al Ghandi Auto Group aimed to future-proof their business by seeking more flexible network options.

Orixcom proposed a comprehensive solution for Al Ghandi Group by implementing Managed SD-WAN and CloudConnect services to enhance their network infrastructure and secure connectivity to Azure. With the deployment of Managed SD-WAN, Al Ghandi Group transitioned away from the traditional MPLS network, gaining significantly improved flexibility, heightened network visibility, and enhanced control.

Another customer, CNBC Arabia is a 24-hour financial and business information channel headquartered in Media City, Dubai. They have bureaus in Qatar, KSA, Cairo, Kuwait and London and also have correspondents based in Iraq and Jordan.

CNBC faced challenges using IPSec (VPN) for media file transfers between locations, as their existing firewall hardware implementation caused frequent connection failures, resulting in significant broadcast preparation delays. Transferring media files across bureaus and the head office became a formidable obstacle, affecting journalists’ ability to submit stories and upload essential content promptly.

In response, Orixcom proposed an SD-WAN solution connecting offices and bureaus throughout the Middle East region. The implemented SD-WAN ensured successful first-time, every time file transfers from any network location, eliminating delays in delivering content, thereby increasing overall productivity and ensuring timely broadcasting. Additionally, the SD-WAN solution provided the flexibility to seamlessly incorporate new locations, addressing CNBC’s connectivity challenges efficiently.

Emerging technologies shaping the future of SD-WAN:

1. Edge computing integration:

SD-WAN is likely to integrate more closely with edge computing to support the increasing demand for low-latency applications. This integration can enhance the performance of applications by processing data closer to the source.

2. AI and machine learning:

The incorporation of artificial intelligence (AI) and machine learning (ML) into SD-WAN solutions can optimise network performance, automate troubleshooting, and enhance security by identifying and responding to anomalies in real-time.

3. Zero trust security models:

As security remains a top concern, SD-WAN is expected to adopt and strengthen zero-trust security models, ensuring that every device and user is verified before granting access to the network.

4. 5G integration:

With the deployment of 5G networks, SD-WAN solutions may leverage the increased bandwidth and low latency to provide faster and more reliable connectivity, especially for mobile and IoT devices.

5. Multicloud connectivity:

The future of SD-WAN is likely to focus on providing seamless connectivity and management across multiple cloud environments. This ensures optimal performance for applications hosted in various cloud platforms.

6. Application performance optimisation:

SD-WAN solutions will continue to evolve in terms of application-aware routing and optimisation, ensuring that critical applications receive the necessary bandwidth and low latency for enhanced user experience.

Cisco’s roadmap for SD-WAN development:

Cisco has been a key player in the SD-WAN space, and its roadmap for development is expected to align with industry trends. Some potential areas of focus include:
- Enhanced security integrations:
  Cisco is likely to continue strengthening the security features of its SD-WAN solutions, integrating advanced threat detection, encryption, and secure access controls.
- Cloud-native architecture: Cisco will look to emphasise a more cloud-native architecture to support the growing trend of applications being hosted in various cloud environments. This could involve closer integration with cloud service providers.
- Automation and orchestration: Cisco is likely to enhance automation and orchestration capabilities, simplifying the deployment, management, and maintenance of SD-WAN solutions for enterprises.
- Integration with Cisco’s networking portfolio: Integration with other networking solutions within Cisco’s portfolio, such as Cisco DNA (Digital Network Architecture), to provide a comprehensive and unified networking infrastructure.
- User experience improvements: Cisco may focus on improving the overall user experience by providing intuitive management interfaces, proactive monitoring, and rapid issue resolution through AI-driven analytics.
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FAQs
1. How does Cisco SD-WAN improve application performance?
  
  Cisco SD-WAN improves application performance by dynamically optimising the routing of traffic based on real-time network conditions. Through its application-aware routing capabilities, SD-WAN identifies and classifies applications, allowing it to prioritise critical applications and allocate the appropriate bandwidth. This intelligent traffic steering ensures that data takes the most efficient path across the network, reducing latency and enhancing overall performance. Additionally, Cisco SD-WAN provides visibility into application behaviour, enabling administrators to monitor and troubleshoot network issues promptly, resulting in improved user experience and increased productivity.
2. Can Cisco SD-WAN be seamlessly integrated into existing networks?
  
  Yes, Cisco SD-WAN is designed to be seamlessly integrated into existing networks. Cisco provides solutions and migration strategies that allow organisations to adopt SD-WAN without disrupting their current network infrastructure. This integration is facilitated by the overlay architecture of SD-WAN, which creates a virtualised layer on top of the existing network. The SD-WAN edge devices can coexist with traditional routers, and the solution is often compatible with various transport networks, including MPLS, broadband, and LTE. This allows organisations to gradually transition to SD-WAN, maintaining connectivity during the migration process. Cisco also offers tools and services to assist in the planning and execution of the integration, ensuring a smooth and efficient transition to SD-WAN without causing significant disruptions to ongoing operations.
3. What are the security challenges of SD-WAN?
  
  Implementing SD-WAN introduces security challenges, including increased internet exposure at branch offices and potential threats to data in transit, necessitating robust encryption measures. Visibility into encrypted traffic, consistent policy enforcement, and integration with existing security infrastructure become complex, and direct internet access at branch offices poses risks. Vendor-specific vulnerabilities, user authentication concerns, and compliance requirements further contribute to security challenges. Organisations must focus on network edge security, regular updates, and operational best practices to mitigate risks associated with misconfigurations and human errors. A comprehensive strategy involving encryption, access controls, threat detection, and ongoing security training is essential to address these challenges and ensure a secure SD-WAN deployment. Implementing SD-WAN as part of a SASE solution allows businesses to realise the benefits of SD-WAN as well as implementing full network edge security. SD-WAN can also be implemented with Cisco Umbrella to provide an extra layer of security.
March 7, 2024

Author: Nikita Serrao

SD-WAN vs MPLS

SD-WAN vs MPLS: Detailed comparison offeatures, cost, and benefits

Table of contents:

SD-WAN vs MPLS: Feature comparison

Why MPLS became the standard

Limitations of MPLS

Unlock the power of unmatched network performance with Orixcom SD-WAN!

Managed SD-WAN: The smarter way to network

Why choose Managed SD-WAN?

Key components of Managed SD-WAN

Cost comparison: Managed SD-WAN vs. MPLS

Setup costs

Operational costs

Total Cost of Ownership (TCO)

How SD-WAN outpaces MPLS in flexibility and scalability

The challenges of MPLS scalability

How Managed SD-WAN overcomes MPLS limitations

How SD-WAN optimises performance better than MPLS

Managed SD-WAN’s dynamic traffic routing

How SD-WAN’s security outperforms MPLS

The security gaps in MPLS networks

Advanced security features of Managed SD-WAN

Supporting compliance with SD-WAN security

How SD-WAN cloud integration futureproofs your network

Why Managed SD-WAN excels in cloud integration

Experience the power of SD-WAN

Futureproofing with SD-WAN

Real-world case-studies: MPLS vs. Managed SD-WAN

Al Ghandi Auto Group reduced costs by 80% by switching to Managed SD-WAN

CNBC Arabia achieved 100% boost in performance with Managed SD-WAN

Why Managed SD-WAN outshines MPLS

Why choose Orixcom Managed SD-WAN?

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Frequently Asked Questions (FAQs)

Understanding Colocation Pricing

Understanding colocation pricing: A comprehensive guide

Table of contents:

What is colocation?

From $500 – Talk to us for a customised quote.

Factors influencing colocation pricing

1. Location:

2. Space requirements:

3. Power:

4. Connectivity:

5. Redundancy and uptime:

6. Duration of the contract:

7. Technical support and managed services:

Understanding colocation pricing models

1. Space reserved: Per rack/cabinet:

2. Power provision:

Overview of Equinix’s colocation services:

Advantages of choosing Equinix:

1. Global presence:

2. Interconnectivity:

3. Reliability and redundancy:

4. Scalability:

5. Ecosystem services:

6. Industry expertise:

Managed colocation pricing

Cost comparison with traditional colocation options:

Tips for optimising colocation costs

1. Right-sizing your infrastructure:

2. Choose the right colocation provider:

3. Implement effective monitoring systems:

4. Optimise resource utilisation:

5. Energy efficiency measures:

6. Regular audits and reviews:

7. Consolidation and virtualisation:

8. Automation of routine tasks:

Case studies

Future trends in colocation pricing

Predictions on how pricing models might evolve:

a) Dynamic pricing structures:

b) Hybrid pricing models:

c) Edge computing impact:

d) Outcome-based pricing:

Impact of emerging technologies on colocation costs:

1. 5G technology:

2. AI and machine learning integration:

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