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AWS Direct Connect is a cloud service offered by Amazon Web Services (AWS) that allows customers to establish a dedicated network connection from their premises or data centre directly to an AWS region. This direct connection offers enhanced network performance, lower latency, and increased security compared to internet-based connections.
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Cybersecurity threats refer to potential risks and dangers to computer systems, networks, and data that arise from malicious actors or unintended events. Cyberattacks across the board are rising with the increased level of digitalisation of daily life. In 2023, organisations in the UAE saw a rise in the number of phishing attacks, according to a report by Proofpoint. At least 92% of surveyed businesses reported experiencing an attack, up from 86% the previous year. A particularly concerning statistic from the report is 86% of adults admitted to engaging in risky security behaviour such as clicking suspicious links and sharing passwords, highlighting the need for UAE businesses to train employees and enforce security policies in their businesses. It’s crucial that organisations consider the following when creating their cybersecurity strategy:
Being aware of the main types of cyber threats is imperative when trying to safeguard your organisation from cyberattacks.
Malware is any software designed to disrupt, damage, or gain unauthorised access to computer systems. Examples include viruses, worms, trojans, ransomware, and spyware. Malware can cause data corruption, theft, and system shutdowns.
Example:
A hospital’s computer systems are infected with a type of malware called ransomware. This malware encrypts patient records and demands payment for their release. The hospital is unable to access critical medical information until the ransom is paid, affecting patient care and hospital operations.
Phishing is a deceptive technique used to trick individuals into divulging sensitive data such as passwords, credit card details, or other personal data. It often involves fraudulent emails, websites, or messages posing as legitimate entities.
Example:
An employee at a financial institution receives an email that appears to be from their supervisor, requesting sensitive client data. The email contains a link to a fake website where the employee is tricked into entering the information. This results in a data breach and potential financial fraud.
Ransomware is a type of malware that encrypts files or locks systems, demanding a ransom payment (often in cryptocurrency) for their release. It can severely disrupt business operations and lead to financial losses.
Example:
A small business’s computer network is infected with ransomware, encrypting important business files. The attackers demand a cryptocurrency payment in exchange for the decryption key. The business faces the dilemma of paying the ransom or losing access to critical data.
Insider threats involve individuals within an organisation misusing their access privileges to steal data, sabotage systems, or engage in other malicious activities. They can be challenging to detect and prevent.
Example:
A disgruntled employee at a technology company uses their access privileges to steal proprietary code and sell it to a competitor. The theft leads to significant losses for the company and legal consequences for the employee.
DDoS attacks involve overwhelming a system or network with excessive traffic, making it inaccessible to legitimate users. These attacks can disrupt business operations and services.
Example:
An online gaming platform experiences a distributed denial of service attack, causing its servers to crash due to the overwhelming volume of traffic. Users are unable to access the platform, leading to loss of revenue and reputational damage.
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In a man-in-the-middle attack, a hacker intercepts and potentially alters communications between two parties. This can lead to unauthorised access to sensitive information such as passwords and financial data.
Example:
A public Wi-Fi network is compromised by a hacker who intercepts and alters communication between users and the internet. Users may unknowingly share sensitive information, such as passwords and credit card details, with the attacker.
SQL injection attacks target databases by inserting malicious SQL statements into user inputs, allowing attackers to manipulate or retrieve data. These attacks can lead to data breaches and loss of sensitive information.
Example:
A hacker exploits a vulnerable website’s search bar by inserting a malicious SQL query. This allows the hacker to access and manipulate the website’s database, resulting in a data breach of customer information.
Zero-day exploits take advantage of vulnerabilities in software or hardware that are unknown to the vendor and for which no patch is available. Attackers exploit these vulnerabilities before they are discovered and fixed.
Example:
A hacker discovers a zero-day vulnerability in a popular software application and uses it to gain unauthorised access to users’ devices. The software company is unaware of the vulnerability, leaving users exposed until a patch is released.
Social engineering involves manipulating individuals into performing actions or revealing confidential information. Techniques include phishing, baiting, pretexting, and tailgating.
Example:
An attacker poses as an IT support technician and calls an employee, convincing them to install a malicious software update. The employee unknowingly allows the attacker access to the organisation’s network.
APTs are sophisticated, long-term attacks that target specific organisations or individuals to steal data or disrupt operations. They often involve a combination of malware, social engineering, and other tactics.
Example:
A state-sponsored hacking group targets a large corporation for intellectual property theft. They use sophisticated techniques such as spear phishing, malware, and zero-day exploits to remain undetected for an extended period while stealing sensitive data.
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Botnets are networks of infected devices controlled remotely by a hacker, often used for large-scale cyberattacks such as DDoS attacks, spam campaigns, and other malicious activities.
Example:
An attacker builds a botnet of infected computers and uses them to send out large volumes of spam emails containing malicious links or attachments. The botnet can also be used to launch DDoS attacks.
Supply chain attacks target the interconnected network of suppliers and partners to compromise software, hardware, or services before they reach their final destination. These attacks can have widespread impacts.
Example:
An IT management company experiences a major supply chain attack when attackers compromise their Orion software updates. The attackers insert malicious code into the updates, allowing them to infiltrate numerous organisations and government agencies that use the software.
Cryptojacking involves using a victim’s computer or network to mine cryptocurrency without their knowledge or consent. This can lead to increased energy costs and reduced system performance.
Example:
Attackers inject cryptomining scripts into websites, allowing them to mine cryptocurrency using the computing power of visitors’ devices. Users experience slow performance while their devices are secretly used to generate cryptocurrency for the attackers.
Fileless malware resides in memory or other non-file system areas, making it difficult to detect. It then leverages legitimate system processes to carry out attacks, such as stealing data or executing malicious code.
Example:
Attackers use legitimate scripting languages such as PowerShell to execute malicious code directly in memory, bypassing traditional file-based security measures. The threat actors then carry out data theft or lateral movement within a network.
Internet of Things (IoT) devices, such as smart home appliances and industrial sensors, often have weak security measures. These vulnerabilities can be exploited to gain unauthorised access or control over connected devices and networks.
Example:
A smart home security camera is hijacked by attackers, and they gain unauthorised access to an individual’s home network. This allows them to spy on residents or launch attacks on other devices from inside the home network.
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The impact of cyber threats on your business can be critical. As we have mentioned before, having a comprehensive security policy in place will help to mitigate these threats and keep your data and systems secure.
Here are some of the potential consequences of cyber threats on businesses:
Emerging cyber threats refer to new and evolving risks that arise as technology and cybercriminal tactics advance. Here are some of the most notable emerging cyber threats that businesses and individuals should be aware of:
Deepfakes use artificial intelligence (AI) to create realistic audio and video content that can manipulate or impersonate individuals. This technology can be used for disinformation campaigns, identity theft, and fraud.
Cybercriminals are leveraging AI to automate and improve their attacks, making them more sophisticated and difficult to detect. AI can also be used to identify vulnerabilities in systems and tailor attacks.
As quantum computing technology advances, it poses a potential threat to current encryption methods. Quantum computers may be capable of breaking existing cryptographic algorithms, necessitating the development of quantum-resistant encryption.
The deployment of 5G networks introduces new security challenges due to their complexity and increased connectivity. Vulnerabilities in 5G infrastructure could be exploited to disrupt communication networks.
Supply chain attacks target the interconnected network of suppliers and partners to compromise software, hardware, or services before they reach their final destination. These attacks can have far-reaching impacts.
Ransomware-as-a-Service (RaaS) allows cybercriminals to rent ransomware tools and infrastructure, making it easier for less experienced hackers to launch attacks. This business model is contributing to the proliferation of ransomware attacks.
As organisations adopt edge computing to process data closer to the source, new security challenges arise due to the decentralised nature of edge devices. These devices may have vulnerabilities that can be exploited.
Technologies such as facial recognition and biometric data collection raise concerns about privacy and data security. Unauthorised access to or misuse of this data can lead to identity theft and other crimes.
Cloud jacking involves exploiting vulnerabilities in cloud computing environments to gain unauthorised access to cloud accounts. This can result in data theft, manipulation, or service disruption.
While blockchain technology offers security benefits, it is not immune to attacks. Smart contract vulnerabilities, 51% attacks, and other blockchain exploits can lead to loss of assets and data.
Mobile devices are increasingly targeted by cybercriminals due to their widespread use and potential access to sensitive data. Threats include mobile malware, phishing attacks, and vulnerabilities in mobile apps.
As digital identities become more complex, the risk of identity theft increases. Attackers can use stolen or fake digital identities to commit fraud, access secure systems, and engage in other malicious activities.
The proliferation of Internet of Things (IoT) devices introduces numerous entry points for cyberattacks. Weak security in smart devices can be exploited to gain access to networks and data.
Attackers are leveraging IoT devices to establish persistent access points in networks. This can allow them to conduct long-term surveillance and data theft.
AI can be used by malicious insiders to conduct stealthy attacks, such as exfiltrating data without detection. Machine learning can aid in evading security measures.
Protecting against various cyber threats requires a multifaceted approach that combines technical measures, user education, and proactive defence strategies. Here are some steps to protect against various threats and the importance of proactive defence measures:
Extra Read: Here are top 30 Cyber Security tips for remote as well as office employees.
Proactive defence measures are essential for staying ahead of cyber threats and minimising the potential impact of an attack. By being proactive, businesses can identify and mitigate vulnerabilities before they are exploited, reducing the risk of data breaches, operational disruptions, and other negative consequences.
As a trusted Cisco Managed Security Services Partner, Orixcom offers comprehensive cybersecurity solutions to help businesses protect against various threats. These services include:
Partnering with Orixcom can benefit businesses by providing a team of experts to offer guidance and cutting-edge security solutions tailored to your unique needs. This proactive approach can help your business stay protected against emerging cyber threats and maintain a secure digital environment.
Navigating the complex and ever-evolving landscape of cybersecurity requires a comprehensive and proactive approach to protect against the growing array of threats. By implementing strong access controls, keeping software updated, deploying advanced threat detection tools, educating employees, and developing an incident response plan, businesses can strengthen their defences and minimise risks.
Managing all aspects of cybersecurity in-house can be challenging for many organisations due to the rapidly changing threat environment and the need for specialised knowledge and resources. Partnering with a managed security provider (MSP) such as Orixcom offers numerous advantages, making it the best option for many businesses. An MSP can provide expert guidance, cutting-edge security technologies, and round-the-clock monitoring, allowing businesses to focus on their core operations while ensuring their digital assets are protected.
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Oracle FastConnect is a service offered by Oracle that enables businesses to establish a high-speed, dedicated, and private connection between their on-premises data centers or network environments and Oracle Cloud Infrastructure (OCI) or Oracle Cloud Applications.
Orixcom is the first partner to offer connectivity to Oracle Cloud through Oracle Cloud Infrastructure FastConnect at Dubai – Equinix within Oracle’s Dubai, UAE region. Oracle customers can harness the power of Oracle Cloud locally, to unlock innovation and drive business growth.
(more…)Andrew Grenville, Founder of Orixcom said, “As leading cloud and WAN connectivity experts in the Middle East, we are always looking for new ways to deliver faster and more reliable networks for our clients. Orixcom FastConnect is the best choice for any business looking to connect to Oracle’s cloud services in 2024 and beyond.”
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IP Transit refers to the service provided by an Internet service provider (ISP) that allows networks to connect to the global Internet. It involves the transfer of data packets between different networks over the Internet. In essence, IP Transit provides a pathway for data to travel between a customer’s network and other networks or destinations on the Internet.
Here’s how it works:
Importance in Networking Infrastructure:
Factors influencing IP Transit pricing can vary depending on market dynamics, provider offerings, and specific customer needs. Here are some common factors:
The amount of bandwidth required by a customer influences pricing significantly. Higher bandwidth demands typically result in higher costs, as more resources are needed to accommodate increased data traffic.
The location of the customer’s network and the distance to the nearest Point of Presence (PoP) or data centre of the ISP can affect pricing. Remote locations or regions with limited network infrastructure may incur higher costs due to the need for extended network reach or additional infrastructure investments.
ISPs often offer additional services bundled with IP Transit, such as DDoS protection, traffic management, IPv6 support, and direct cloud connectivity. The inclusion of these services can impact pricing, with more comprehensive packages generally commanding higher fees.
The level of service quality, including factors such as network reliability, latency, and packet loss, can influence pricing. ISPs that guarantee higher levels of QoS may charge premium rates for their services.
Market competition and supply-demand dynamics play a significant role in determining IP Transit pricing. In highly competitive markets with multiple providers, pricing may be more competitive as ISPs vie for customers. Conversely, in markets dominated by a few major players, pricing may be more stable but potentially higher.
Long-term contracts or volume commitments can often lead to discounted pricing. Customers willing to commit to a certain volume of traffic or contract duration may receive preferential rates from ISPs.
ISPs consider traffic patterns and peering agreements when determining pricing. Networks that generate balanced traffic flows or participate in reciprocal peering arrangements may benefit from lower transit costs compared to networks with asymmetric traffic or limited peering relationships.
Economic conditions, such as inflation, currency fluctuations, and regulatory changes, can impact pricing indirectly by affecting operating costs and investment decisions for ISPs.
Several common pricing models exist for IP Transit services, each tailored to meet different needs and preferences of customers and service providers. Here are some of the most prevalent pricing models:
Under this model, customers pay a fixed monthly fee for a specified amount of bandwidth, regardless of actual usage. This model offers predictability and simplicity, making it suitable for customers with consistent bandwidth requirements and budgetary constraints. However, it may lead to under utilisation or overage charges if actual usage deviates significantly from the subscribed bandwidth.
With metered pricing, customers are charged based on their actual usage of bandwidth over a specified period, typically measured in bits per second (bps) or bytes transferred. This model offers flexibility, allowing customers to pay only for the bandwidth they consume. It is suitable for businesses with fluctuating or unpredictable traffic patterns, as they can scale their usage and costs according to demand.
This model is commonly used in the industry, especially in data centre and colocation environments. It involves measuring a customer’s bandwidth usage at regular intervals (e.g., every 5 minutes) and discarding the top 5% of the usage peaks. The customer is then billed based on the 95th percentile of the remaining bandwidth usage. This model aims to account for occasional traffic spikes while providing a more predictable billing structure than pure usage-based pricing.
CIR is Orixcom’s pricing model where customers commit to a minimum guaranteed bandwidth level, known as the committed rate, which they are assured to always receive. Additionally, customers may have access to burstable bandwidth above the committed rate, known as the burstable rate, which they can use when needed. Customers are typically billed based on the committed rate, with additional charges for burstable bandwidth usage if applicable. The bursted bandwidth is calculated as 95th Percentile.
In this model, customers receive discounted rates based on the volume of bandwidth they purchase. Higher volumes typically result in lower per-unit costs, incentivising customers to commit to larger bandwidth allocations. Volume-based pricing is often used in conjunction with long-term contracts or commitments to ensure customer loyalty and revenue predictability for service providers.
Under tiered pricing, customers can choose from different tiers or packages offering varying levels of bandwidth and associated features or services. Each tier is priced differently based on factors such as bandwidth allocation, service quality, and additional features. Tiered pricing allows customers to select the package that best matches their needs and budget, offering flexibility and customisation options.
Some ISPs may implement distance-based pricing, where the geographic distance between the customer’s location and the ISP’s network infrastructure influences the pricing structure. Customers located farther away from the ISP’s points of presence (PoPs) or data centres may incur higher charges due to increased network infrastructure costs or longer network routes.
IP Transit offers several benefits that contribute to enhanced connectivity, scalability, redundancy, and reliability in networking infrastructure:
IP Transit provides access to the global Internet, enabling seamless communication and data exchange between networks across the world. By connecting to multiple upstream providers, ISPs can ensure diverse routes for traffic, optimising connectivity and reducing latency. This enhanced connectivity opens opportunities for businesses, organisations, and individuals to reach a broader audience, access online resources, and collaborate with partners and customers worldwide.
IP Transit services are designed to scale according to the evolving needs of customers. As businesses grow or experience fluctuations in demand, they can easily adjust their bandwidth requirements and network capacity to accommodate increased traffic. ISPs offer flexible pricing models and upgrade options, allowing customers to scale their connectivity solutions efficiently without incurring significant upfront costs or disruptions to their operations. This scalability ensures that businesses can adapt to changing market conditions and customer demands while maintaining seamless connectivity and performance.
IP Transit services are built on robust and redundant network infrastructure, minimising the risk of downtime and ensuring high availability of Internet connectivity. ISPs invest in redundant network links, data centres, and routing equipment to mitigate the impact of network failures, hardware malfunctions, or natural disasters. By establishing multiple points of presence (PoPs) and peering connections with other networks, ISPs can reroute traffic dynamically in case of link failures or congestion, maintaining uninterrupted connectivity for their customers. This redundancy and reliability are crucial for businesses that rely on continuous access to the Internet for mission-critical applications, e-commerce transactions, and customer communication.
When considering IP Transit services, it’s essential to look for key features that align with your organisation’s requirements and goals. Here are some crucial features to consider:
Choose an IP Transit provider with extensive peering relationships with other networks and Internet exchange points (IXPs). Diverse peering relationships ensure optimised routing and low-latency connectivity to a wide range of destinations, improving overall network performance and reliability.
Latency, the time it takes for data packets to travel between two points, is critical for applications requiring real-time communication or fast response times. Select an IP Transit provider with a well-optimised network infrastructure and minimal latency to key destinations, ensuring a smooth and responsive user experience.
With the exhaustion of IPv4 addresses, IPv6 adoption is essential for future-proofing your network and ensuring continued connectivity as IPv4 addresses become scarce. Look for an IP Transit provider that offers robust IPv6 support, including native dual-stack connectivity and seamless transition mechanisms.
Distributed Denial of Service (DDoS) attacks pose a significant threat to network availability and performance. Choose an IP Transit provider that offers comprehensive DDoS protection services, including detection, mitigation, and traffic scrubbing capabilities. Effective DDoS protection helps safeguard your network infrastructure and ensures uninterrupted service delivery during attack incidents.
Opt for an IP Transit provider with a global network footprint and presence in key geographic regions. A provider with a widespread network infrastructure can offer low-latency connectivity to diverse destinations worldwide, enabling seamless communication and collaboration across international borders.
Having a single Autonomous System Number (ASN) globally simplifies network management and routing policies. Look for an IP Transit provider that offers a unified ASN across its network footprint, allowing consistent routing policies, traffic engineering, and peering relationships regardless of geographic location.
Leverage Orixcom’s IP Transit services with Equinix data centre access for unparalleled global connectivity.
Optimising IP Transit costs is essential for businesses looking to maximise efficiency and minimise expenses while maintaining reliable connectivity. Here are strategies for achieving cost optimisation:
Flydubai, a prominent low-cost airline based at Dubai International Airport, has rapidly expanded its network to encompass 120 destinations across 52 countries since its inception in 2009, solidifying its position as the second-largest carrier operating out of Dubai International (DXB). With an ever-growing operation, ensuring maximum availability of their applications became imperative for the company. To mitigate the risk of service disruptions, the airline sought a solution that would provide diverse, stable, and high-capacity internet bandwidth, especially crucial in the event of an outage. However, existing IP providers lacked the necessary peering relationships and redundant global connectivity essential for Flydubai’s applications. Orixcom proposed IP Transit as a solution, offering low latency and redundant connectivity, ensuring a failsafe connection in case of regional or global outages. With extensive peering relationships both regionally and globally, and the provision of IP Transit in Equinix DX1, Fly Dubai benefited from highly secure connections, 24/7 availability, global redundancy, and significantly improved performance due to low latency connections, critical for the seamless operation of an airline. Read the full customer story here.
Understanding the intricacies of IP Transit pricing is crucial for businesses seeking cost-effective and reliable connectivity solutions. By considering factors such as bandwidth requirements, geographic location, additional services, and market conditions, organisations can make informed decisions when selecting an IP Transit provider and negotiating pricing agreements. With careful planning and optimisation strategies, businesses can leverage IP Transit services to enhance connectivity, scalability, and reliability while effectively managing costs and maximising return on investment in today’s increasingly interconnected digital landscape.
Explore Orixcom IP Transit for fast and reliable connectivity across continents.
Q1. How do I determine the appropriate bandwidth requirements for my organisation’s needs?
To determine the appropriate bandwidth requirements for your organisation’s needs, start by conducting a thorough assessment of your current network usage patterns, including peak traffic periods and data-intensive applications. Consider factors such as the number of users, types of activities conducted, and the volume of data transmitted. Additionally, anticipate future growth and technological advancements to ensure scalability. Utilise network monitoring tools to gather data on bandwidth utilisation and performance metrics, allowing you to accurately analyse trends and identify potential bottlenecks. Collaborate with key stakeholders to align bandwidth requirements with business objectives and user expectations, ensuring that your organisation’s network infrastructure can support current and future demands effectively.
Q2. Can I switch IP Transit providers easily, and are there any associated costs or challenges?
Switching IP Transit providers can be feasible but may involve challenges and costs. The complexity and ease of the transition depend on factors such as contractual obligations, technical compatibility, and network configurations. While some providers may offer seamless migration assistance, others may require coordination and downtime during the switchover process. Additionally, there may be costs associated with early termination fees, setup fees with the new provider, and potential downtime during the transition, highlighting the importance of careful planning and evaluation before making the switch.
Q3. What is the difference between IP Transit and peering?
The main difference between IP Transit and peering lies in how internet traffic is exchanged between networks. IP Transit involves one network paying another network, typically an Internet Service Provider (ISP), to carry its traffic to and from the broader internet. In contrast, peering refers to a mutual exchange of traffic between two networks, usually of similar size or significance, without any financial transaction involved. Peering arrangements are based on agreements to interconnect their networks directly, exchanging traffic reciprocally to improve performance and reduce costs for both parties. While IP Transit provides access to the entire internet, peering agreements facilitate direct connectivity between specific networks, enhancing efficiency and reducing reliance on third-party transit providers.
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Ransomware attacks are a form of malicious cyberattack where cybercriminals encrypt files or lock users out of their systems and demand a ransom payment in exchange for restoring access or decrypting the files. In these attacks, the perpetrators typically threaten to permanently delete or publish the victim’s data if the ransom is not paid within a certain timeframe.
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Introducing Orixcom Managed Duo Security Powered by Cisco, a robust multi-factor authentication (MFA) and secure access solution aimed at safeguarding organisations against unauthorised access while fortifying the security of their applications and data. Operating in partnership with Cisco, Orixcom, a distinguished Cisco Managed Services Security Partner, offers Duo Security to empower businesses with advanced security measures. As part of their managed services, Orixcom provides comprehensive support and optimisation services, ensuring seamless integration and proactive security management. With Duo Security’s layered defence approach, users are required to authenticate their identity through multiple factors before gaining access to applications and resources, enhancing security posture and mitigating potential threats.
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Colocation, also known as ‘colo,’ grants your business access to a more robust infrastructure compared to a standard on-premises setup, ensuring near 100% uptime as per the SLA agreement.
By sharing operational costs for essentials like power, cooling, bandwidth, communications, and security with other tenants in the data centre, you can skip the need for significant capital expenditures on items like multiple backup generators, power grids, and HVAC units.
Additionally, the ongoing maintenance expenses linked to managing an in-house server(s) are eliminated, making colo a more cost-effective and hassle-free option than constructing and overseeing a dedicated data centre for a single user.
A colocation service provider, often referred to as a “colo” or “colocation facility,” is a company that offers data centre facilities and resources to businesses for housing their servers, networking equipment, and other computing hardware. Instead of managing their own on-premises data centres, organisations can opt to colocate their IT infrastructure in a facility provided by a third-party colocation service provider.
Colocation services typically include the following features:
Choosing a reliable colocation service provider is crucial for several reasons:
Highlighted below are some of the best colocation service providers in the UAE region:
Number of Data Centres: 260+
Headquarters: California, USA
Equinix data centres excel in interconnection, offering a carrier-neutral ecosystem for direct and secure connections among networks, cloud providers, and enterprises. With scalable infrastructure and flexible colocation options, businesses can easily adapt to changing needs. Equinix prioritises security and compliance, meeting industry standards for safeguarding assets and sensitive information. Their global network of data centres enables low-latency connections, fostering seamless collaboration on a worldwide scale.
Orixcom, a proud global partner of Equinix, offers tailored colocation solutions in Dubai and globally. These solutions, ranging from customised private cages to single cabinets and meticulously managed sub-rack spaces, find their home within Equinix International Business Exchanges (IBX). What sets this collaboration apart is the assurance of a robust infrastructure, surpassing typical on-premises solutions, and a steadfast commitment to 99.999% uptime through Service Level Agreements (SLA). Notably, Equinix’s management of the Dubai International Business Exchange introduces groundbreaking carrier-neutral data centres to the Middle East, serving as natural aggregation points for global connectivity and central hubs for international business activities in the dynamic MENA region.
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Number of data centres: 11
Headquarters: Abu Dhabi, UAE
Etisalat’s colocation services offer a set of features catering to the varied needs of businesses seeking hosting solutions. Their data centres provide a carrier-neutral environment for interconnection among networks, cloud services, and enterprises. While emphasising scalability and flexibility, allowing businesses to adapt to changing needs, the services maintain a focus on security measures for safeguarding data and assets. The commitment to high availability is highlighted, ensuring consistent access to critical services.
Number of data centres: 5
Headquarters: Dubai, UAE
Du’s data centre services incorporate features such as reliability, resiliency, and geographic redundancy across strategically located sites, extending from Dubai to Abu Dhabi. This setup aims to support business continuity and disaster recovery capabilities. The infrastructure allows for rapid scalability through an efficient and modular build-out across facilities. Security measures meet or exceed industry standards, including CCTV monitoring, biometric hand geometry readers, individuality-locked racks, and a 24/7/365 onsite security team. Du also provides connectivity options for applications and services, both within data centre facilities and in the cloud, emphasising high availability and hyper-connected hubs.
Number of data centres: 12
Headquarters: Dubai, UAE
Khazna, an established participant in the data centre industry, offers a range of colocation services to address diverse business needs. Their facilities are designed to meet standard industry requirements, providing basic features such as reliability, scalability, and security for critical systems. With a focus on redundancy and reliability, Khazna implements measures like backup power systems and basic security protocols, including biometric access controls. The colocation services allow clients to adjust their IT infrastructure as necessary, offering connectivity options for establishing connections with other businesses, cloud service providers, and networks. Khazna also provides 24/7 monitoring and technical support as part of their service offering.
Number of data centres: 5
Headquarters: Dubai, UAE
Gulf Data Hub offers a range of colocation services tailored to diverse business needs. The company typically provides secure hosting solutions, emphasising a reliable and efficient infrastructure for its clients. Gulf Data Hub’s colocation services often include state-of-the-art facilities equipped with advanced technologies to ensure optimal performance and security. Scalability is a key feature, allowing clients to adjust their IT infrastructure based on evolving requirements. The company typically implements redundancy measures and security protocols, such as backup power systems, cooling redundancies, and strict access controls, to minimise the risk of downtime and safeguard clients’ data. Connectivity options are also a focus, enabling clients to establish high-speed and secure connections with other businesses, cloud service providers, and networks.
Number of data centres: Multiple
Headquarters: Dubai, UAE
EHDF (Emirates Data Clearing House) distinguishes itself as one of the few service providers in the region offering Disaster Recovery & Business Continuity (DR & BC) Sites. Their colocation services go beyond providing secure hosting solutions, incorporating state-of-the-art facilities equipped with advanced technologies to ensure optimal performance, scalability, and security. EHDF’s commitment to redundancy measures, security protocols, and connectivity options positions them as a reliable partner for businesses seeking to adapt their IT infrastructure to evolving needs. Additionally, EHDF’s 24/7 Operations and Management further underscore their dedication to ensuring that clients’ businesses are consistently looked after, providing peace of mind in critical scenarios.
Number of data centres: 2
Headquarters: Dubai, UAE
Moro Hub, a subsidiary of Digital DEWA, the digital arm of DEWA (Dubai Electricity and Water Authority), stands out as a UAE-based digital data hub. Specialising in transformation and operational execution services, Moro Hub is dedicated to supporting its clients’ digital agendas. Through its colocation services, Moro Hub provides a secure and reliable environment for businesses seeking to optimise their data infrastructure. Equipped with advanced technologies, the hub enables optimal performance, scalability, and security for critical systems. Moro Hub’s affiliation with Digital DEWA reinforces its commitment to driving digital transformation and offering comprehensive solutions aligned with the evolving needs of businesses.
Number of data centres: 1
Headquarters: Abu Dhabi, UAE
Injazat’s colocation services are housed in the strategically positioned Injazat Premier Data Centre, situated between Abu Dhabi, Al Ain, Dubai, and the Western Region. This facility, distinguished by its Tier IV design and ISO 27001 certification, offers a neutral and secure environment for organisations seeking high-level security, quality, and operational reliability. The Managed Co-location Service within this data centre integrates redundant systems and advanced facility management, ensuring guaranteed uptime, adaptability to business needs, and a secure physical environment. Injazat’s commitment to maximising return on IT investment, providing scalable solutions, and ensuring reliable service delivery aligns with international standards.
Colocation services offer several benefits for businesses in the United Arab Emirates (UAE), contributing to the efficiency, security, and scalability of their IT operations. Here are some key advantages:
Colocation providers in the UAE typically invest in advanced infrastructure, including redundant power systems, cooling solutions, and network connectivity. This results in high reliability and uptime for businesses colocating their servers and equipment.
Colocation facilities prioritise security, implementing physical security features like surveillance cameras, access controls, and on-site security personnel. Additionally, they often have advanced cybersecurity measures to protect data and sensitive information from potential threats.
The UAE is a hub for global business, and colocation providers in the region often offer high-speed and redundant internet connectivity. This is crucial for businesses requiring fast and reliable access to their hosted applications and services.
Colocation providers in the UAE are generally aware of and compliant with local and international regulations. This is especially important for businesses in sectors with specific compliance requirements, such as finance, healthcare, or government.
As businesses grow, their IT infrastructure needs may change. Colocation services allow for easy scalability, enabling businesses to expand their server and equipment capacity without the need for significant capital investments or changes to their physical infrastructure.
Colocation can be a cost-effective solution for businesses in the UAE. It eliminates the need for building and maintaining an in-house data centre, which involves substantial upfront costs and ongoing operational expenses. Instead, businesses pay for the specific resources and services they use.
Colocation providers often have robust disaster recovery plans in place. By colocating in a geographically diverse facility, businesses can enhance their disaster recovery capabilities and ensure business continuity in the event of unforeseen incidents.
Outsourcing data centre management to a colocation provider allows businesses to focus on their core competencies and strategic objectives. It frees up internal resources and expertise, allowing the organisation to concentrate on its primary business activities.
For businesses with international operations or customers, colocating in the UAE can provide strategic advantages due to its central location and excellent connectivity to various regions. This facilitates efficient communication and collaboration on a global scale.
Selecting the appropriate colocation service provider is a crucial decision for businesses aiming to enhance their IT infrastructure. Several factors should be carefully considered to ensure the chosen provider aligns with the specific needs and goals of the organisation.
Navigating the diverse landscape of colocation service providers in the UAE requires a meticulous evaluation of key factors to align the chosen provider with your business objectives. Each of the top 8 colocation providers in the UAE offers a unique set of features, ranging from state-of-the-art facilities and security protocols to scalability and reliability. By prioritising your specific requirements, such as proximity, security, and scalability, you can make an informed decision that ensures your IT infrastructure is in capable hands. As the digital landscape continues to evolve, selecting a colocation provider that not only meets your current needs but also offers flexibility for future growth is essential. Whether it’s Equinix, Injazat, Moro Hub, or any of the other reputable providers, a comprehensive assessment will empower your business to thrive in the dynamic and interconnected world of colocation services in the UAE.
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AWS Direct Connect is a service provided by Amazon Web Services (AWS) that allows enterprises to establish dedicated network connections from their on-premises data centers to AWS. Organisations can choose either dedicated or hosted connections and these links can offer more reliable and consistent network performance compared to using the public internet. Orixcom offers both dedicated and hosted connections, to decide which one suits them best, enterprises should look at the features of both and choose the one that most closely aligns with their business needs.
The Direct Connect Network Components encompass essential elements in AWS Direct Connect connectivity. Direct Connect Locations serve as physical facilities where customers establish connections to AWS. The Customer Router, located on-premises, is responsible for establishing the physical link to AWS Direct Connect. In AWS Direct Connect locations, the AWS-managed DX Router facilitates the connection between the customer’s network and AWS infrastructure.
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Moreover, Virtual Interfaces play a crucial role as logical interfaces created on the Direct Connect connection. These interfaces enable customers to establish connections to various AWS resources, including Virtual Private Clouds (VPCs), Amazon S3, and other AWS services. Altogether, these network components form the foundation for secure, dedicated, and high-performance connectivity between on-premises data centers and the AWS Cloud.
Dedicated Connections in AWS Direct Connect involve establishing a physical Ethernet connection between the customer’s on-premises data center and an AWS Direct Connect location. This dedicated link provides a private and direct pathway to AWS resources, bypassing the public internet. Dedicated Connections come in various speeds, ranging from 1 Gbps to 100 Gbps, and they provide a robust and reliable network connection between the customer’s network and AWS.
Dedicated Connections provide a guaranteed amount of bandwidth, ensuring that customers have a consistent level of network performance. This is essential for applications that require a stable and predictable connection, particularly for data-intensive workloads or large-scale data transfers.
Dedicated Connections offer a private and isolated network connection, reducing exposure to potential security threats that may exist on the public internet. Traffic over the dedicated link doesn’t traverse shared networks, enhancing the overall security posture of the connection.
While there are costs associated with setting up and maintaining a Dedicated Connection, it can lead to cost savings in the long run. By providing a dedicated and predictable connection, organisations can potentially avoid the costs associated with variable network performance and the potential need for additional network infrastructure to compensate for internet-related challenges.
AWS Direct Connect Hosted Connections provide an alternative to Dedicated Connections by allowing customers to establish a connection through a Direct Connect partner rather than provisioning a physical dedicated link themselves. With Hosted Connections, a third-party Direct Connect partner manages the physical connectivity, allowing customers to connect to AWS resources over a shared physical link provided by the partner. This option offers flexibility in terms of connection speeds, and it simplifies the management of the physical infrastructure.
Hosted Connections can be cost-effective for organisations that do not want to invest in or manage the physical infrastructure required for a dedicated connection. Customers can leverage the infrastructure provided by a Direct Connect partner, potentially leading to cost savings in terms of upfront capital expenditure and ongoing maintenance.
Managing the physical infrastructure, such as routers and connections, can be complex and resource intensive. Hosted Connections simplify the management process by offloading the responsibility of maintaining the physical connectivity to a Direct Connect partner. This allows organisations to focus on managing their network configurations and optimising their AWS resources rather than dealing with the intricacies of the underlying physical infrastructure.
Hosted Connections offer scalability by allowing customers to choose from different connection speeds provided by the Direct Connect partner. This flexibility enables organisations to scale their network connectivity based on evolving requirements without the need to invest in and manage additional physical infrastructure. It’s a more adaptable solution for organisations with dynamic or growing workloads.
Hosted Connections often provide more flexibility in contract terms. Customers can choose from different plans offered by the Direct Connect partner, allowing for adjustments based on usage patterns and business needs. This flexibility is beneficial for organisations with variable workloads or changing connectivity requirements.
AWS Direct Connect Locations refer to physical data centers or co-location facilities where AWS has established a presence to allow customers to connect their on-premises networks directly to AWS. These locations serve as points of presence for AWS Direct Connect, enabling customers to establish dedicated network connections for more reliable and consistent connectivity.
Direct Connect Locations are strategically positioned to allow customers to connect their on-premises data centers to the AWS Cloud with minimal latency. Choosing a location close to your physical infrastructure can reduce network latency and improve overall performance.
AWS has multiple Direct Connect Locations across different regions and cities. Utilising connections from multiple locations provides redundancy and high availability. If one location experiences issues, traffic can be redirected to another location to ensure continuity of service.
The choice of Direct Connect Location may impact access to specific AWS services and regions. Some locations may have direct connections to specific AWS regions, influencing the network path and latency to those regions. Consider the geographic distribution of your workloads and the availability of services in different regions.
Direct Connect Locations also serve as points of connectivity for Direct Connect partners. Choosing a location that aligns with the presence of your preferred Direct Connect partner can be important, especially if you are using a hosted connection through a partner.
Select a Direct Connect Location that is geographically close to your on-premises data center to minimise network latency. Lower latency contributes to better performance for applications sensitive to delays.
Consider the availability of AWS services and regions through the chosen Direct Connect Location. Some locations may have more direct connectivity options to specific AWS regions, affecting the overall network path.
Evaluate the redundancy options available at the chosen location. Utilising multiple Direct Connect Locations and redundant connections can enhance high availability and ensure business continuity.
If using hosted connections through a Direct Connect partner, check the availability of your preferred partner at the selected location. Ensure compatibility with your network and business requirements. Orixcom can connect to any AWS Data Center globally, allowing you the flexibility to connect your network wherever your operations are.
An AWS Virtual Interface (VIF) is a logical representation of a network connection over AWS Direct Connect. It allows customers to establish private and dedicated connections between their on-premises networks and their Amazon Virtual Private Clouds (VPCs) or other AWS services. Virtual Interfaces are associated with the physical Direct Connect connection and provide a means to extend the customer’s network into the AWS Cloud securely.
AWS Direct Connect provides a dedicated network connection between on-premises data centers and AWS resources. Latency, the time delay between the initiation and completion of a data transmission, is an important factor to consider when using AWS Direct Connect. Latency can impact the performance of applications and the overall user experience.
The geographical distance between the on-premises location and the AWS Direct Connect location plays a significant role. Shorter distances generally result in lower latency.
The quality and efficiency of the underlying network infrastructure, both on the customer’s side and within AWS, can affect latency. A well-optimised and low-latency network infrastructure contributes to better overall performance.
The choice of the AWS Direct Connect location is crucial. Different Direct Connect locations may have varying network paths and connectivity options, impacting latency. Proximity to the chosen Direct Connect location can reduce latency.
The number of network hops, or intermediate points between the on-premises data center and AWS resources, can contribute to latency. Fewer network hops generally result in lower latency.
The efficiency and configuration of routers on both ends of the connection, including the customer’s on-premises router and the AWS Direct Connect router, can impact latency.
The speed of the Direct Connect connection (e.g., 1 Gbps, 10 Gbps) can influence latency. Higher-speed connections generally provide lower latency.
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A. AWS Direct Connect:
B. Direct Connect Gateway:
Boubyan Takaful, an insurance company based in Kuwait wanted to connect to to their AWS applications hosted in the AWS Data Center in Bahrain. The complexity of managing two MPLS systems in two different countries plus the prohibitive cost made the project unworkable. Orixcom proposed AWS Direct Connect over SD-WAN which enabled Boubyan Takaful to have a fast, secure connection between their offices and the data center as well as providing all the benefits of SD-WAN. A further key use case is in scenarios where high-performance workloads demand low-latency connections. This is particularly crucial for applications like real-time analytics, video streaming, or financial trading systems, where the consistent and predictable network performance provided by Direct Connect is essential. Read more customer stories here.
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As we move deeper into an era where we don’t just visit online, we live online, the threats of criminal behaviour in the digital world become increasingly more prevalent. As we continue our journey deeper into the digitalisation of our lives, cyber criminals have created incredibly sophisticated software and viruses to gain control of our personal and business information.
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The United Arab Emirates (UAE) has embraced digital transformation and technological innovation like no other country. Where it was once behind, it took advantage of the lack of legacy systems that continue to cause so many issues in older, more established states and skipped quickly ahead putting it firmly at the forefront of digitalisation and the resulting economic growth.
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