Beaming, a specialist internet service provider (ISP) serving thousands of businesses across the UK, today opened a new office in Medway’s Chatham Dockyard. The Medway office will be home to a new sales team, technical support, and a research and development function focused on IT network performance and enhanced cybersecurity.
Beaming’s new office is its first outside of Hastings and is situated within Fitted Rigging House, a renovated historic building that was once the largest storehouse constructed by the Royal Navy. The location provides Beaming with additional facilities for meeting customers, closer proximity to its data centres, and the opportunity to increase its workforce.
Sonia Blizzard, Managing Director of Beaming, said: “Over the last 20 years, Beaming has become a leading independent alternative to the generalist telecommunications giants. We now provide thousands of businesses across the UK with rock-solid, resilient connectivity, networking and IT services, a direct line to technical support experts, and the personal touch that only comes from working with a specialist.”
“Our new office in Medway is an exciting step on our growth journey, enabling us to expand the team and broaden our skills base, as well as host more customers at this unique and historic location.”
AST SpaceMobile has been awarded a $43 million contract to support the US Space Development Agency (SDA), expanding its role in government satellite communications
The agreement follows successful in-orbit testing of AST SpaceMobile’s BlueWalker-3 satellite under a previous contract in February last year. The company will deploy its Block 2 BlueBird satellites, which feature large phased-array antennas spanning 2,400 square feet, to improve connectivity.
The SDA, part of the US Space Force, is responsible for advancing space-based capabilities to support military operations. AST SpaceMobile’s technology will contribute to strengthening communications in this sector.
“This second contract supporting the SDA underscores the confidence in AST SpaceMobile’s innovative technology and its potential to support critical government missions,” said Chris Ivory, Chief Commercial Officer and Head of Government Business of AST SpaceMobile in a press release.
“We are deploying groundbreaking technology to create robust and resilient communications solutions and to enable new use cases for the U.S. government.”
AST SpaceMobile holds 3,500 patent and patent-pending claims and develops technology for both commercial and government applications.
Telefónica Germany has renewed its collaboration with Mavenir, signing a five-year contract extension to transition its 4G and 5G voice services to Mavenir’s cloud-native IMS (IP Multimedia Subsystem) technology
O2 Telefónica Germany has signed a five-year contract extension with Mavenir to upgrade its 4G and 5G voice services with Mavenir’s cloud-native IMS (IP Multimedia Subsystem) technology.
The deal strengthens Mavenir’s role in O2 Telefónica Germany’s network evolution, replacing its virtualised IMS (vIMS) with a more flexible, scalable cloud-native IMS platform. The upgrade covers both fixed and mobile networks, serving the operator’s entire customer base.
Mavenir’s IMS solution supports Voice over LTE (VoLTE) and Voice over New Radio (VoNR), ensuring seamless voice continuity across 4G and 5G networks. The cloud-native design, using stateless microservices and containerization, enables fast service deployment on public or private clouds.
“It was a natural decision to extend our successful technology partnership with Mavenir, which has helped us to deliver our best ever quality of service to our customers and optimise our investment in agile network innovation,” said Matthias Sauder, Director Networks at O2 Telefónica in Germany in a press release.
“Mavenir’s clear leadership in network functions virtualisation led to its initial selection and has since delivered transformative new capabilities across our operations. As the world embraces the opportunities being created by artificial intelligence and automation to open interfaces for digital transformation, Mavenir’s Cloud-Native IMS will be a core enabling platform for our ongoing network evolution and unlocking new routes to value for our business and our customers.”
O2 Telefónica Germany recently received a ‘very good’ rating in the 2025 Mobile Network Test by connect magazine. The extended partnership with Mavenir aims to further improve service quality and accelerate digital transformation.
BubbleRAN and Taiwan’s Industrial Technology Research Institute (ITRI) are thrilled to announce their collaboration to demonstrate Integrated Sensing and Communication (ISAC), a foundational technology for 6G networks, at Mobile World Congress (MWC) 2025 in Barcelona.
This joint effort highlights the transformative potential of ISAC, merging sensing and communication capabilities, effectively creating new business opportunities and redefining the role of cellular networks in future industry.
The collaboration between BubbleRAN and ITRI brings this vision to life with a proof-of-concept (PoC) demonstration powered by BubbleRAN’s 5G O-RAN platform and ITRI’s cutting-edge AI-driven algorithms. The PoC features a real-time sensing xApp that spatially locates user terminals and constructs power and interference heatmaps using sounding reference signals and I/Q samples transported via the O-RAN stack.
The sub-millisecond sensing capability opens the door to a plethora of applications that demand low latency, including:
High-Accuracy Localization & Tracking – Ideal for warehouse automation and precise device movements;
Imaging, Mapping, and Environment Reconstruction – Essential for smart cities and virtual city simulations;
Augmented Human Senses – From telemedicine to pollution monitoring;
Posture & Gesture Recognition – Applicable to smart homes and autonomous vehicles.
“This collaboration marks a major milestone toward groundbreaking innovations in 6G, where our combined expertise in applied research is key to success. Together with BubbleRAN, we are shaping a future where science and innovation address real-world challenges”, says Dr. Pang-aAn Ting, Vice President and General Director of ITRI.
“This solution is the first step toward enabling real-time optimization of the next generation radio access network based on ISAC.” added Mikel Irazabal, Principal Engineer at BubbleRAN.
The full demonstration will be showcased March 3–6, 2025, at the booth 6E9 during MWC Barcelona 2025. Attendees are invited to explore this cutting-edge development in 6G technology and witness how real-time sensing is poised to transform industries and drive new business models.
[Algiers, 21 Feb, 2025] Algeria Telecom and Huawei jointly announced the official launch of the national 400G WDM project, building an all-optical premium transmission foundation covering the whole country, helping Algeria accelerate the development of its national digital economy.
As the largest telecommunications operator in Algeria, Algeria Telecom has always been committed to promoting the national digital transformation. This cooperation with Huawei aims to enhance the level of Algeria’s network infrastructure by introducing the most advanced 400G ultra-high-speed optical network technology to provide stronger support for the development of the digital economy. Additionally, this network is future-oriented, laying an ultra-high-speed, low latency and sustainable foundation towards intelligence era.
Huawei, as a leading global provider of information and communication technology solutions and smart devices, has rich experience and technical accumulation in the field of optical communication. The 400G ultra-high-speed optical network solution provided by Huawei for Algeria Telecom will have the characteristics of large bandwidth, high reliability, and low latency, which can meet the growing digital business needs in Algeria.
More specifically, the implementation of this project will help Algeria achieve the following goals:
Improve network speed and capacity: The 400G ultra-high-speed optical network will provide higher bandwidth and transmission speed than the existing network, enabling Algeria to better cope with the increasing data traffic demand.
Promote the development of the digital economy: The ultra-high-speed optical network will provide a solid foundation for the development of Algeria’s digital economy and promote the vigorous development of emerging industries such as e-commerce, cloud computing, and big data.
Improve people’s livelihood services: A high-speed and stable network will provide better Internet experience for the Algerian people and promote the improvement of digital service levels in fields such as education, medical care, and government affairs.
Algeria Telecom and Huawei will cooperate closely to jointly promote all-optical network development. Both sides will give full play to their respective advantages to ensure the smooth delivery and stable operation of the network. It is believed that with the joint efforts of both sides, Algeria will embrace a more digital and intelligent future.
The European Commission has announced an €8 billion investment to improve the security and resilience of submarine cables
This includes major funding for projects such as the Baltic Synchronisation (€1.23 billion), the Great Sea Interconnector (€658 million), Bornholm Energy Island (€645 million), the Biscay Bay Interconnector (€578 million), and the Celtic Interconnector (€531 million).
Speaking in Helsinki, Executive Vice-President Henna Virkkunen outlined the EU’s plan to protect submarine cables amid rising security concerns. “In response to growing geopolitical tensions, particularly in regions such as the Baltic Sea, the European Commission is taking decisive action to safeguard our critical submarine cable infrastructure. With this Action Plan, we are taking a significant step forward to strengthen their security. We want to make sure Europe is equipped not only to prevent and detect sabotage to cables but also to actively deter, repair and respond to any threat to critical infrastructure that is key to our economy and collective security,” she confirmed.
Recent incidents, including suspected sabotage in the Baltic Sea in December 2024, have highlighted the risks to these vital links. As 99% of intercontinental internet traffic and a growing share of Europe’s energy supply dependent on subsea cables, their protection is now a priority.
Throughout this year and 2026, the Commission and the High Representative will work with Member States and the EU Agency for Cybersecurity (ENISA) to map existing and planned submarine cables, assess risks, develop security measures, and identify key projects for investment.
Using Taara’s wireless optical networking tech, two drones can establish a birectional connection over multiple kilometres, allowing the operator to bypass damaged sections of its network
This week, Vodafone has announced it is piloting a new drone solution aimed at helping networks stay operational in the event of cable damage.
The drones, operating in pairs and equipped with wireless optical technology from the Taara Project, aim to provide a wireless bridge across damaged network infrastructure. The Taara terminals themselves include a mirrors and sensors that point, acquire, and track beams of visual light, which is delivering data point-to-point.
Vodafone says it has completed a success trial of this technology in Seville, Spain, which saw one drone tethered to a mobile mast and another tethered to a Vodafone data transport hub 3km away.
Little detail was given about the quality of the ‘temporary connection’ achieved by this pilot project, but in tests back in 2021, Taara’s optical technology was shown to be capable of delivering bidirectional throughput of up to 20Gbps at a range of up to 20km.
Vodafone says that the drone solution’s versatility lies in its speed of deployment, making it ideal for quickly responding to cable breaks from construction or vandalism. It could also be a useful option for providing emergency connectivity in the event of natural disasters.
Taara itself suggests its technology has far broader applicability, such as establishing connections across difficult terrain, such as across rivers and sea straits, and connecting areas where terrestrial infrastructure may not be permitted, like national parks. In these more permanent deployments, deploying the Taara equipment directly on suitable fixed infrastructure will likely be preferred if available.
Further details of the partnership are expected to be shared at this year’s Mobile World Congress event.
The Taara Project is a product of X (previously Google X), part of Google’s so-call ‘mooshot factory’ that also produced the now defunct Loon connectivity platform project.
Taara’s technology is already being used by a handful of operators worldwide, including Bharti Airtel in India, Digicel in various parts of the Pacific, and T-Mobile in the USA.
NEW YORK – February 19, 2025 –Lightpath, an all-fiber infrastructure-based connectivity provider that is revolutionizing how organizations connect to their digital destinations, announced its entrance into the Phoenix market with a new 230-route mile, high-fiber count network throughout the region, anchored by multiple hyperscaler customers.
The Phoenix network build will encompass 230-route miles of underground, multi-conduit systems with capacity for 20,000 fibers, connecting 8 data center campuses and carrier hotel locations, with an additional 30+ data center campuses near the planned routes. The network will connect emerging data center ecosystems in Goodyear, Buckeye, Chandler, Glendale, Mesa, and Tempe, with additional connectivity to major carrier hotels throughout Phoenix Metro.
Construction of the network has already commenced with priority routes targeted for completion in Q2 of 2025. Subsequent routes will be service-ready on a phased basis with overall completion in 2026.
Lightpath will be offering a full range of infrastructure and connectivity services on its Phoenix network, including high-count dark fiber, conduit services, wavelengths up to 800 Gbps, Ethernet, Internet, and more. In addition to hyperscalers, the Lightpath Phoenix network will be available to enterprises, educators, governments, carriers, and wireless providers.
“We’re thrilled to be partnering with our hyperscale customers to develop the next generation of fiber infrastructure in greater metropolitan Phoenix,” explained Chris Morley, CEO of Lightpath. “Phoenix represents the fifth largest data center ecosystem globally with 1.6GW of operational capacity and an additional 1+GW planned by 2027.”
Phoenix Network Designed to Support Massive AI-Driven Connectivity Requirements
The massive fiber-density and overall capacity of the network design are direct reflections of the unprecedented connectivity demand the company is seeing from hyperscalers planning for AI-related initiatives. Lightpath previously announced $110 million of AI-related bookings in 2024 with a remaining demand pipeline of approximately $1 billion.
“The incredible fiber density in our Phoenix network is designed to support AI workload requirements that are estimated to be 10x those required to serve today’s multi-cloud network architectures,” explained Tim Haverkate, EVP of Major Infrastructure Solutions, Lightpath. “Add to that more capacity for other market segments and customers, and this is the densest network we have ever brought to market, by far.”
The Innovation Centre is supported by a grant from the Spanish Space Agency and will allow partners to test solutions combining satellite and mobile connectivity
Vodafone has this week announced the creation of a new innovation centre in Málaga, Spain, aimed at better integrating satellite and terrestrial mobile communications.
The centre’s creation is partially financed by a grant from the Spanish Space Agency and includes AST SpaceMobile and the University of Málaga as its key initial partners.
According to Vodafone, the centre “will specifically focus on the design, testing and validation of new open-source hardware, software, and processing chips that can work interchangeably in both space and terrestrial networks”, according to a joint press release.
More specifically, the centre will house a space-to-land gateway, allowing third parties to test services using AST SpaceMobile’s BlueBird satellites.
AST SpaceMobile launched its first five commercial low Earth orbit satellites in September last year. These satellites are designed to integrate with mobile networks, allowing regular smartphone users to access satellite connectivity whenever terrestrial connectivity is lost.
These initial five satellites are set to cover the US, while subsequent launches set to increase coverage across the globe.
AST SpaceMobile already has agreements with 45 mobile network operators worldwide, including Vodafone.
“As society becomes more digital, the need to close coverage gaps increases. Vodafone, together with AST SpaceMobile and the University of Málaga, will forge partnerships with like-minded organisations to build harmonious space and earth networks to meet Europe’s ambitious targets for ubiquitous digital connectivity,” said Alberto Ripepi, Vodafone Group’s Chief Network Officer.
Vodafone says that it expects to commercially launch direct-to-device satellite connectivity services in parts of Europe later this year.
The Centre is expected to open for partners by summer this year.
The North East’s pioneering role in advanced wireless innovation took centre stage at the 5G Innovation Regions (5GIR) Showcase.
Bringing together industry leaders, government representatives and technology innovators, the event celebrated the progress, impact and future potential of advanced wireless infrastructure use cases across key sectors, including smart port operations, agritech, connected transport and creative industries.
Spearheaded by Sunderland City Council in collaboration with the North East Combined Authority, this initiative is driving regional innovation and connectivity. The 5GIR programme has established the North East as a national leader in digital innovation and demonstrated close partnerships with industry, academia and technology providers. With investment from the Department for Science, Innovation and Technology (DSIT), the region has accelerated the deployment of cutting-edge technologies that are shaping the future of connectivity, industry and sustainability.
Through these four pioneering projects, the region is demonstrating how connectivity can enhance efficiency, safety and engagement, ensuring no one and nowhere is left behind.
Opening the event at City Hall in Sunderland, Patrick Melia, chief executive of Sunderland City Council and digital lead officer for the North East Combined Authority, reinforced the region’s commitment to harnessing technology for economic growth, social impact and environmental sustainability. Patrick said: “5G innovation is not just about infrastructure, but about real-world benefits. Our goal encompasses more than leveraging technology alone, it’s focused on the impact technological advancement has on people’s lives, prospects and the opportunities it opens for them.”
This sentiment was echoed by Rob Hamilton, chief economist at the North East Combined Authority,who highlighted that: “Technology must serve a purpose, driving real benefits for businesses and communities across the North East.
“5G infrastructure is underpinning the region’s ambitions for economic resilience, digital inclusion and future skills development.”
The showcase event focused on the impressive progress across four main projects, each demonstrating the vital role of advanced wireless technologies, including 5G, in reshaping regional industries: Connected Intelligent Transport Systems (C-ITS), Creative Industries, Smart Port and Agritech.
Connected Intelligent Transport Systems (C-ITS): One focus of the showcase was the Connected Intelligent Transport Systems (C-ITS) project, which leverages 5G to improve the movement of people and goods across the region. Mark Wilson from Sunderland City Council’s HighwaysAuthority said: “5G connectivity is enabling real-time traffic management, multimodal journey planning and enhanced safety measures.
“By integrating live data, we are creating a smarter, more efficient transport network across our region, whilst demonstrating how this can be transferred and implemented throughout the UK.”
Adrian Molloy, Head of Delivery at Boldyn Networks, discussed the role of 5G private networks in enabling autonomous vehicle integration and AI-driven analytics for transport efficiency. Simon Edwards, Senior Researcher in Inclusive Mobility at Newcastle University, further emphasised the role of CITS in supporting connected and autonomous vehicle (CAV) trials, highlighting the potential for real-time data exchange between vehicles and infrastructure to optimise mobility solutions.
Creative Industries The showcase also featured groundbreaking applications in the Creative Industries, with a focus on immersive digital experiences and real-time broadcasting. Two major use cases were introduced: live 360º video broadcasting and the Sunderland EXPO Pavilion, one of the UK’s largest immersive screens, developed in collaboration with Animmersion and ArtAV.
Marion Dixon, Assistant Director Regulatory Services and Events at Sunderland City Council, said:“The EXPO Pavilion serves as adynamic digital canvas, showcasing the city’sculture, music and heritage. It’s been incredible to see live demonstrations in Keel Square – broadcast in real time using 5G-enabled cameras and dual-SIM broadcasting technology –redefining audience engagement as we merge technology and creativity to bring digital content to life in public spaces.”
The project team at Port of Tyne – part of the 5GIR North East Showcase.
Smart Port On the second day, attendees visited Port of Tyne’s Innovation Hub, where Dr Jo North, innovation ecosystem director, and Mark Stoner, chief financial officer at the Port, highlighted how 5G is transforming port operations. Mark said: “The expansion of our private 5G network, in partnership with BT and Ericsson, is enabling real-time monitoring of road conditions, vehicle movements and environmental impact. This enhanced connectivity allows us to proactively manage safety risks, optimise logistics and improve operational efficiency across the Port.
“By leveraging data-driven insights, we are creating a smarter, safer and more sustainable port environment that supports the wider supply chain and maritime industry.”
The implementation of AI-enhanced PPE monitoring, vehicle tracking and automated maintenance insights, are further reinforcing the Port’s vision to become a smart, green and fully connected logistics hub.
Agritech The showcase concluded with a visit to Newcastle University’s Nafferton Farm, where attendees explored advanced wireless farm sensors for soil health monitoring and methane reduction. Dr Elisa Lopez Capel, senior lecturer in soil science at Newcastle University, demonstrated how LoRaWAN-connected sensors are providing continuous soil condition data, while James Standen, director of Newcastle University Farms, detailed the use of IoT technology in precision agriculture to improve sustainability and efficiency.
Dr Hannah Davis of Newcastle University introduced the methane monitoring use case, explaining its critical role in reducing agriculture’s carbon footprint. By leveraging advanced wireless infrastructure, researchers have developed low-cost methane sensors, which are now installed in the dairy parlour at Nafferton Farm. This technology advances environmental sustainability whilst unlocking opportunities for carbon credits and additional revenue streams.
The 5GIR North East Showcase reinforced the region’s status as a leader in digital transformation, demonstrating how collaboration, investment, and innovation are shaping the future. With projects already delivering tangible benefits, the North East continues to drive forward as a blueprint for connected, intelligent and sustainable communities.
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