Whitepapers

Discover Evolve’s latest whitepapers, debunking industry jargon and keeping you up-to-date with the latest telecoms events.

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XGS-PON Technology | Business Connectivity

Evolve is at the forefront of future-proofing the UK’s infrastructure, pioneering the adoption of cutting-edge 10Gbps XGS-PON technology. In partnership with ITS Technology Group, Evolve is revolutionising the connectivity landscape by providing scalable, reliable, and robust solutions that meet the demands of the modern digital age. This collaboration leverages both GPON and XGS-PON networks to offer businesses cost-effective connectivity options, ensuring that they can support bandwidth-intensive applications like 4K/8K streaming, video conferencing, and cloud-based services without compromising performance. The advanced capabilities of Evolve are rooted in ITS’ state-of-the-art fibre network, which incorporates Dense Wavelength Division Multiplexing (DWDM) technology. This technology allows for highly flexible bandwidth expansion, delivering up to 10 Gbps of bandwidth per connection. Such capacity is essential for supporting the increasingly complex digital needs of various sectors, including forecourts, transportation, construction, smart cities, and hospitality. For these industries, faster internet speeds translate into improved communication, streamlined operations, and the ability to implement more sophisticated digital strategies. Evolve’s infrastructure doesn’t just cater to current needs; it is designed with the future in mind. The scalability of XGS-PON technology means that businesses can easily upgrade their bandwidth as their requirements grow, without the need for disruptive and costly overhauls. This ensures that organizations are well-equipped to handle the ever-increasing data demands brought on by emerging technologies such as the Internet of Things (IoT), artificial intelligence (AI), and augmented reality (AR). Moreover, this partnership is a significant step forward in propelling the UK into a new era of connectivity. By delivering high-speed, reliable internet access across the country, Evolve and ITS are enabling industries to thrive in a digital-first world. This advancement not only supports economic growth but also enhances the quality of digital experiences for businesses and consumers alike, paving the way for a bright and connected future. In summary, Evolve’s adoption of 10Gbps XGS-PON technology in collaboration with ITS Technology Group is transforming the UK’s digital landscape. It empowers a wide range of sectors with faster, more reliable internet, enabling them to implement innovative digital strategies and future-proof their operations. This initiative is not just about keeping pace with technological advancements; it’s about setting the stage for the UK to lead in the global digital economy.

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Connectivity

Why change your connection | Business Connectivity

Upgrading to full fibre connectivity offers a wealth of advantages for both individuals and businesses, making it a smart investment for the future. Unlike traditional copper-based connections, full-fibre internet utilises fibre-optic cables to deliver data at the speed of light, resulting in significantly faster, more reliable, and more consistent performance. This means quicker download and upload speeds, reduced buffering during video streaming, and a smoother experience for online gaming and other real-time applications. Whether you’re streaming 4K videos, video conferencing, or working with large files in the cloud, full fibre ensures that everything runs seamlessly. In today’s digital age, the number of devices connected to the internet in a single household or office has skyrocketed. Full-fibre connectivity can easily handle this increased demand, providing ample bandwidth to support multiple users and devices operating simultaneously without compromising performance. This is particularly crucial in environments where remote working is prevalent, as a reliable and high-speed internet connection is no longer a luxury but a necessity. Employees can collaborate in real-time, attend virtual meetings without interruptions, and access cloud-based applications with ease, ensuring productivity remains high. Moreover, upgrading to full fibre is a forward-thinking move that can future-proof your internet connection. As technology continues to evolve and digital demands increase, having a robust and scalable infrastructure in place will allow you to adapt without the need for frequent upgrades. Full fibre is built to accommodate the internet needs of tomorrow, ensuring that your connection remains cutting-edge for years to come, supporting everything from smart home devices to emerging technologies like virtual reality and the Internet of Things (IoT). By making the switch to full fibre, you are not only enhancing your current digital experience but also investing in a solution that will keep pace with future advancements, ensuring that you stay connected, productive, and ahead of the curve. @evolvebg Visit Evolve’s LinkedIn

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SD-WHAT?

SD-WAN stands for Software-Defined Wide Area Network, it is a type of networking technology that utilises software-defined networking (SDN) principles to manage and optimise the performance of wide area networks (WAN). It is a new way for businesses to manage the connections between their different locations, such as offices, data centres, and remote workers. Think of it like a GPS system for your network traffic. Just as a GPS system chooses the quickest and most efficient route to reach a destination, SD-WAN dynamically directs network traffic over the best available connection. This helps ensure that your data is sent quickly, securely, and with minimal downtime. With traditional WANs, businesses would have to use specialised hardware and software to manage their connections. But with SD-WAN, everything is managed through software, making it easier and more cost-effective to manage your network. In short, SD-WAN is a smart, efficient, and cost-effective way to manage the connections between your different locations and make sure your data is sent quickly and securely.

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The Delay of the PSTN Switch-Off

The Public Switched Telephone Network (PSTN) switch-off has been a significant transition within the telecommunications industry, aiming to move from traditional copper-based networks to modern IP-based networks. Recently, the switch-off has been delayed by a further two years due to various technical, regulatory, and market readiness factors. The PSTN has been the backbone of global telecommunications for over a century, providing reliable voice communication. However, technological advancements have rendered PSTN outdated compared to the capabilities of Internet Protocol (IP) networks. The planned switch-off and migration to IP networks promise enhanced services, lower maintenance costs, and increased flexibility. The additional two-year delay in the PSTN switch-off reflects the complexity of the transition, addresses unresolved issues, and ensures a smoother migration process. This delay aims to mitigate risks associated with network reliability, customer adaptation, and regulatory compliance. There are many reasons for the delay, including technical challenges, regulatory and compliance factors, market and customer readiness, and business continuity. Businesses both benefit and suffer from this delay in different ways. Firstly, it offers them more time to comprehend the shift and move to the best IP-based alternative. Secondly, it prolongs the time that their current infrastructure is available. However, as the process is still ongoing and now is a crucial time to make the shift to the future of connection, companies still need to be ready for the eventual switch-off. Due to the considerable risk involved with using outdated equipment, maintaining analogue services is quite expensive. In a further update, Openreach stated that they anticipate the migration to proceed at a rapid rate and that they would still be ending current WLR contracts for Internet service providers by the end of December 2025. (LINK) For more information about Business Connectivity and the reliable solutions we offer here at Evolve BG, please visit our site. @evolvebg Visit Evolve’s LinkedIn

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Business Connectivity

What is business connectivity?

Business connectivity stands as the backbone of modern enterprises; it enables seamless operations, enhanced collaboration, and increased efficiency. This piece looks to delve into the critical aspects of business connectivity, putting emphasis on its pivotal role in fostering growth, innovation, and competitiveness in today’s digital landscape. In an age defined by rapid technological advancements, businesses are operating in an increasingly interconnected and data-driven environment. The ability to establish robust connectivity channels among internal teams, external customers, and global networks has been the key to success. The importance of business connectivity Facilitating collaboration Effective connectivity empowers seamless communication and collaboration among dispersed teams, fostering idea exchange and accelerating decision-making processes. Operational Efficiency Streamlined connectivity infrastructure enables efficient data sharing, access to resources, and real-time information flow, therefore optimising operational workflows and reducing latency. Customer engagement  Improved connectivity allows businesses to engage with customers across multiple touchpoints as well as respond to evolving demands and support. There are various different types of connectivity, including cloud-based solutions, the internet of things, and high-speed networks. Cloud-based solutions utilise cloud computing services to provide scalable and on-demand access to resources, therefore enabling things such as remote work. The Internet of Things (IoT) connects devices and systems through IoT technologies, enabling data collection, automation, predictive analytics, and optimised business processes. Finally, high-speed networks implement robust networking solutions, such as fibre and 5G, ensuring reliability, high-bandwidth connections, and more. There are a number of obstacles that come with business connectivity, for example, security concerns, infrastructure limitations, and integration complexities. Security concerns pose real threats to connectivity, and with the increase in your connectivity infrastructure, it inevitably heightens the risk of cyber threats. thus emphasising the need for robust security measures and protocols to safeguard sensitive data. In order to best optimise business connectivity, we must embrace scalable technologies while prioritising security measures. Evolve Managed Network offers a business-grade internet connectivity solution that is both scalable and secure. EvolveISP offers tailored business connectivity solutions, utilising a variety of reliable carrier partners to be able to provide strong and efficient connectivity. Connectivity stands as a fundamental pillar for organisations seeking sustained growth and competitiveness. For more information about Business Connectivity and the reliable solutions we offer here at Evolve BG, please visit our site.

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Safer Internet Day 2024

Safer Internet Day is Tuesday, February 6th. It is a day to encourage change, make a difference, and manage improvements on the internet. The goal of Safer Internet Day is to make the internet a safer place for everyone; this is a shared duty. It serves as a reminder to stay watchful, accountable, and cognizant of the always-changing digital environment. There are multiple strategies for businesses to enhance their internet safety and safeguard both their clientele and brand. Sean Richards, our technical consultant, shared his best advice for lowering susceptibility to online attacks. 1. The use of secure authentication Use strong, unique passwords for all of your important internet accounts. At Evolve, we advise utilising password managers at all times. These programmes create secure passwords and store them safely. We also advise utilising multi-factor authentication. 2. Updates for Software Since email is the primary method of malware delivery (94%), it is imperative that you update your devices’ and apps’ software as soon as updates become available. These updates frequently introduce improvements and new features while acting as protection against viruses and other types of malware. Try turning on the “automatic updates” option in the application and device settings. 3. Virtual Private Network With the help of this technology, you may establish a safe and encrypted connection between your device and the VPN provider via the internet, greatly increasing the difficulty of data interception and access by unauthorised parties. This becomes especially crucial when using public Wi-Fi or other open, unprotected networks, as hackers are drawn to them and may try to exploit them. And of course, training is always crucial, as 70% of cyberattacks originate within organisations. @evolvebg Visit Evolve’s LinkedIn

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What is SD-WAN?

Software: Defined Wide Area Networking (SD-WAN) has emerged as a transformative technology, revolutionising the way enterprises manage and optimise their network infrastructure. This white paper aims to provide a comprehensive understanding of SD-WAN, expanding on its principles, benefits, implementation strategies, and impact on modern networking paradigms. Introduction to SD-WAN   Traditional Wide Area Networking (WAN) architectures often face challenges in meeting the requirements of modern enterprises. With the implementation of cloud-based applications, the increase in remote working trends, and the increasing need for reliable and high-performing connections, traditional WANs often demonstrate limitations in terms of scalability, flexibility, and cost-effectiveness. SD-WAN is a paradigm shift in networking technology that addresses these shortcomings by leveraging software-defined principles to enhance the management, security, and performance of WAN connections. Understanding SD-WAN   By definition, SD-WAN is an approach to network connectivity that utilises software-based controls and policies to intelligently direct traffic across the WAN. It abstracts the underlying hardware and transport mechanisms, providing centralised management and dynamic traffic prioritisation. Functionality of the device:   Path selection and optimisation SD-WAN intelligently chooses the most suitable path for data transmission, considering factors such as latency, bandwidth, and application requirements. Traffic prioritisation It allows for granular control over traffic flow, prioritising critical applications over less important ones to optimise performance. CMS SD-WAN offers a centralised management system, allowing the management of devices, network policies, and configurations that can be managed and implemented across the entire network, simply by administration. Security Enhancements SD-WAN integrates security measures such as encryption, firewalls, and threat detection to fortify the network against potential threats. Mako, Evolve’s security gateway device partner, is the only Level 1 PCI-certified device in the world. Providing an extra layer of security for businesses carrying out card payments. There are significant benefits to utilising SD-WAN:   Enhanced agility and flexibility SD-WAN facilitates rapid deployment, configuration changes, and dynamic adaptation to network conditions, therefore enabling businesses to respond swiftly to ever-changing needs. Improved performance Through the ability to optimise traffic flow and select the best available path, SD-WAN enhances application performance and the user experience. Cost savings SD-WAN reduces the reliance on expensive MPLS links, resulting in cost savings. In Evolve’s case, with 4G failover capabilities in the Mako devices, minimised downtime ensures there is reduced loss for the business. Enhanced security Integration of robust security features fortifies the network against vulnerabilities, ensuring data protection and compliance adherence. Centralised management Simplified network administration and policy enforcement lead to operational efficiency and reduced administrative overheads. Managed network providers such as Evolve can also manage your network infrastructure remotely to save your business even more resources. Conclusion   SD-Wan represents a revolutionary approach to modernising enterprise networks. Its ability to offer scalable, secure, and reliable connections has made it a sought-after solution for businesses looking to streamline their networking infrastructure.    EvolveWAN’s SD-WAN solution aims to help your business reach its potential through enhanced connectivity, security, and increased uptime. @evolvebg Visit Evolve’s LinkedIn

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Understanding Acronyms – ISP

Decoding Telecom Acronyms: Your Guide to Understanding Industry Jargon Acronym Meaning A/DSL Asymmetric / Digital Subscriber Line API Application Programming Interface DIA Direct Internet Access FTTC Fibre To The Cabinet FTTP Fibre To The Premise IoT Internet of Things IP Internet Protocol ISP Internet Service Provider LAN Local Area Network NOC Network Operating Centre NSO New Site Opening NTI New To Industry PoE Power over Ethernet POS Point Of Sale SIP Session Initiation Protocol SLA Service Level Agreement SoGEA Single order Generic Ethernet Access UCaaS United Communication as a Service V/DSL Very high speed / Subscriber Line VOIP Voice Over Internet Protocol VPN Virtual Private Network WAN Wide Area Network WLR Wholesale Line Rental

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Understanding Industry Acronyms – SD-WAN

Decoding SD-WAN Acronyms: Your Guide to Understanding Industry Jargon Acronym Meaning SD-WAN Software Defined – Wide Area Network WAN Wide Area Network API Application Programming Interface CMS Central Management System CRM Customer Relationship Management DIA Direct Internet Access DOA Dead on Arrival IoT Internet of Things LAN Local Area Network MPLS Multi Protocol Label Switching NAT Network Address Translation NGFW Next Genertaion Fire Wall NOC Network Operating Centre NSO New Site Opening NTI New To Industry OPEX Operational Expenditure PCI Payment Card Industry SLA Service Level Agreement SOC Security Operating Centre VPN Virtual Private Network

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Understanding Telecom Acronyms

Decoding Telecom Acronyms: Your Guide to Understanding Industry Jargon Acronym Meaning A/DSL Asymmetric / Digital Subscriber Line AP Access Point API Application Programming Interface CAPEX Capital Expediture CMS Central Management System CRM Customer Relationship Management DIA Direct Internet Access DNS Domain Name System DOA Dead on Arrival DP Distribution Point FTTC Fibre To The Cabinet FTTP Fibre To The Premise IoT Internet of Things IP Internet Protocol ISP Internet Service Provider LAN Local Area Network MPF Metalic Path Facility MPLS Multi Protocol Label Switching NAT Network Address Translation NGFW Next Genertaion Fire Wall NOC Network Operating Centre NPS Net Promotor Score NSO New Site Opening NTI New To Industry ONT Optical Network Termination OPEX Operational Expenditure PCI Payment Card Industry PoE Power over Ethernet POS Point Of Sale RCA Route Cause Analysis SD-WAN Software Defined – Wide Area Network SIP Session Initiation Protocol SLA Service Level Agreement SoGEA Single order Generic Ethernet Access SOC Security Operating Centre SSID Security Set Identifier UCaaS United Communication as a Service V/DSL Very high speed / Subscriber Line VOIP Voice Over Internet Protocol VPN Virtual Private Network WAN Wide Area Network WLR Wholesale Line Rental

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