This collaborative effort revolved around the idea of showing the possibility of unbroken connectivity between on-ground and satellite communications, which is undoubtedly going to be part of the 6G future. This method of using the satellite network along with the conventional mobile network has made it possible for the whole world to be covered, including the most isolated and less-served areas where usual connectivity is the least available. It is believed that such a strategy will largely influence the new wave of telecommunications when the concept of having connectivity at all times everywhere will be a reality.

Organized by ESA and GSMA Foundry, the innovation challenge contacted the most advanced technology companies to come up with the use of 6G at its utmost level. While Keysight showed its skills in network emulation and testing, Sateliot helped with its ability to deliver satellite-based communication. In their combined efforts, the two companies illustrated that hybrid network architectures could provide highly dependable and scalable communication solutions even in the most challenging and varied environments.

Implications for the IT Industry

This accomplishment marks a key change in the IT and telecom world from terrestrial to a mixture of terrestrial and non-terrestrial networks. While 5G networks are still expanding, there are already plans to launch 6G which is set to have ultra-low latency, high connectivity and greater reliability.

For IT decision makers, hybrid satellite and cellular networks present new challenges and considerations that must be taken into account in architecture design. It would be necessary to develop systems capable of providing consistent performance across different connectivity options and hybrid networks.

It also becomes clear that collaboration between companies from different IT industries becomes increasingly important for the future success and competitiveness. In the era of 6G development, interoperability and cooperation between telecoms, satellite companies and other IT suppliers will become crucial.

Finally, this collaboration is expected to significantly contribute to the digital transformation process and development of various industries. Reliable access to the internet and services will make it possible to conduct more innovation in such sectors as logistics, agriculture and energy.

Also Read: Highflame and Tailscale Partner to Secure AI Agents and Model & MCP Interactions at the Network Layer

Business Impact and Strategic Value

For businesses, one of the key benefits that 6G-enabled satellite connectivity improvements can bring is a huge step in their strategies. Enterprises, who mainly work in localities that areremote or scattered around – like mining, maritime and transportation -, can thanks to better communication facilities, be able to do real-time monitoring, automation and decision-making.

Another thing that better connectivity can give rise to is the expansion of IoT ecosystems. It will be possible for businesses to have connected devices deployed in wider ends which can result in enhanced operational efficiency, better resource management and innovative data-driven business models.

Besides, a constant connectivity that can be maintained is one feature that makes this technology stronger by promoting resilience so that operational problems can be minimized. This way, businesses can have continuous operations even in difficult environment thereby increasing productivity and safety.

Furthermore, the evolution of hybrid network solutions is not only an advantage to the users, but also a chance for technology providers and service operators to have new revenue streams. Through providing integrated connectivity services, businesses can not only diversify their market base but also offer industry-specific value-added solutions.

Paving the Way for the 6G Era

The success of Keysight and Sateliot in the ESA and GSMA Foundry challenge highlights a defining trend in the future of connectivity: the convergence of terrestrial and satellite networks to create a truly global communication infrastructure.

As the IT industry moves toward 6G, innovations like these will play a critical role in enabling seamless, reliable, and scalable connectivity. For businesses, this evolution represents an opportunity to harness advanced communication technologies to drive efficiency, innovation, and growth in an increasingly connected world.

The post Keysight and Sateliot Win ESA and GSMA Foundry Challenge, Advancing 6G Innovation appeared first on ITDigest.

Also Read: Mobileum Deploys AI Fraud Detection Platform at Grameenphone to Combat 5G-Era Threats

It also broadens market reach through Askey’s sales channels in Asia, Europe, and the Americas. This reduces integration complexity and lowers total ownership costs. “Bringing SyncMetra to market with Askey’s expertise of 5G radios is a major step forward for customers who require carrier-grade synchronization and deterministic networking at scale,” said Minchul Ho, Senior Vice President of Private Networks at Askey. “By combining Askey’s 5G Radios with SyncMetra, we are delivering on our mission to create easy to deploy, end-to-end Private 5G TSN solutions,” added Malik Arshad, President of Canoga Perkins.

Read More: Askey and Canoga Perkins Announce Strategic Collaboration at MWC Barcelona to Deliver Rapid-Deploy 5G Critical Communications Solutions

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Also Read: Keysight and Airbus UpNext Drive 5G Non-Terrestrial Network Innovation 

According to Dr. Ali Sadri, Chief Technology Officer of Airgain, “This partnership establishes a path for combining Airgain’s smart beam forming antenna systems and Lighthouse 5G Intelligent Node platform with Nextivity’s intelligent coverage technologies. Together, we are driving the development of integrated systems to extend 4G and 5G coverage across complex indoor and outdoor environments.” The collaboration is also expected to accelerate go-to-market opportunities by aligning both companies’ technologies across operator and infrastructure channels, allowing them to address a rapidly expanding market that includes mixed-use environments requiring reliable connectivity across indoor and outdoor spaces. Echoing this strategic vision, Dr. Michiel Lotter, Chief Executive Officer of Nextivity, stated, “Nextivity has built a global reputation for delivering high-performance, intelligent cellular coverage systems in partnership with Mobile Network Operators. This strategic partnership with Airgain positions both companies to address an expanding set of customer coverage requirements that extend into outdoor environments. We’re excited about the broader opportunities this collaboration creates for both companies.” The two firms also intend to further interact with the industry players at the upcoming Mobile World Congress (MWC) Barcelona 2026, where they intend to meet operators, partners, and ecosystem players to discuss the partnership, as well as the opportunities for the advancement of the solutions for the coverage of 4G and 5G.

Read More: Airgain and Nextivity Enter Strategic Partnership on Co-developing Next Generation Integrated 4G / 5G Solutions

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Ericsson is proud to announce a major joint Microsoft-Ericsson development in enterprise mobility – the integration of advanced 5G capabilities directly into Windows 11. The transformative results mean enterprises worldwide – and their workforces – stand to benefit from secure, policy-driven laptop connectivity, simplifying how IT departments manage, protect and scale mobile PC fleets.

The joint solution combines Microsoft Intune device management with Ericsson Enterprise 5G Connect (formerly Ericsson Enterprise Virtual Cellular Network – EVCN) – an AI- and cloud-analytics-powered platform that continuously monitors network quality and automatically adjusts connectivity for best performance and security.

The embedding of AI-based 5G management into Windows 11 enables IT teams to automate how devices connect, seamlessly switch between communications service providers’ (CSPs) networks, and apply in-house enterprise policies.

Through Microsoft Intune and Ericsson Enterprise 5G Connect, IT teams can automatically enforce secure connectivity profiles and enterprise policies across every 5G-connected device, minimizing manual setup while ensuring consistent, compliant user experiences everywhere employees work.

Such automation capabilities remove long-standing challenges in adopting cellular-connected laptops – minimizing manual setup and ensuring consistent user experience across locations and service providers.  The new capabilities also reduce IT overheads and provide enterprises with a predictable, secure pathway to tap modern mobility capabilities – powered by the most secure and cloud-integrated version of Windows.

Building on Microsoft and Ericsson’s long-standing collaboration to bring managed 5G connectivity to the enterprise workspace, today’s announcement follows several successful multi-market pilots. In collaboration with CSPs and other global partners, Microsoft and Ericsson will deliver enterprise 5G bundles, starting with Surface Copilot+ PCs, Microsoft 365 and Intune, Ericsson Enterprise 5G Connect.

Also Read: Rajant Adds 5G-Integrated Mesh Solutions for Industrial Use 

In addition to demonstrating solution capabilities, Microsoft and Ericsson will give attendees at MWC Barcelona 2026 – the world’s largest mobile connectivity expo – exclusive insights to future solution capabilities that are set to become part of the solution.

Experts will showcase the joint solution and its new features: to remotely set network policies for 5G as priority; the automatic switching of eSIMs; and the local AI agent running on a Surface 5G laptop to make intelligent, context-aware decisions in real time. This will show connectivity performance is optimized to ensure consistently smooth, reliable performance for high-value business workflows.

Erik Ekudden, CTO, Ericsson, says: “AI-powered 5G laptops are redefining how and where work gets done. Together with Microsoft and leading CSP partners, we’re enabling organizations to seamlessly automate the deployment and operations of secure, always-connected devices regardless of location – creating a smarter, more responsive workplace for the AI era. This joint solution has the potential to transform enterprise IT and employee ways of working around the world.”

Ian LeGrow, Corporate Vice President, Core OS, Microsoft, says: “Windows 11 is the optimal enterprise platform for deploying and managing 5G-connected PCs at scale. With the new 5G management capabilities of Windows 11, now being piloted first with Surface Copilot+ PCs and Ericsson Enterprise 5G Connect, Enterprise IT teams can use Microsoft Intune to seamlessly provision, manage, and secure both devices and 5G connectivity. Together, Windows, Intune, Surface, and Ericsson enable organizations to confidently deploy AI-ready PCs and keep employees securely connected and productive wherever work happens.”

The joint solution is now available to enterprises in key markets: in the United States with T-Mobile; in Sweden with Telenor; in Singapore with Singtel; and in Japan with SoftBank Corp. Similar launches will follow during 2026 in other markets, including in Spain with MasOrange; in Germany with O2 Telefónica Germany; and in Finland with Elisa.

Source: PRNewswire

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Also Read: Quectel Launches AR588MA: World’s First 5G-Advanced Automotive-Grade Cellular Module 

Eric Taylor, Vice President, Aerospace, Defense and Government Solutions at Keysight, said: “Participating in the Airbus UpNext SpaceRAN demonstrator is a testament to our commitment to advancing the future of satellite-enabled 5G. Our test and measurement solutions are designed to ensure the reliability and performance of next-generation networks, and we’re proud to support Airbus in this pioneering step toward standardized 5G NTN from LEO.” Thierry Locquette, Vice President of Sales, Europe at Keysight, added: “Keysight has a long-standing and deeply rooted presence in Europe, with local R&D, engineering, and service teams working hand in hand with customers and partners across the region. Our collaboration with Airbus on SpaceRAN reflects our commitment to strengthening Europe’s leadership and technological sovereignty in advanced connectivity, aerospace, and 5G innovation. By combining global expertise with strong local execution, we help ensure that next-generation non-terrestrial networks are developed, validated, and deployed in close alignment with European priorities.”

Read More: Keysight Collaborates on Airbus UpNext SpaceRAN Demonstrator to Advance 5G NTN Innovation

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Also Read: IONX and Virgin Media O2: A UK First for 5G Standalone 

The AR588MA’s evolution to 5G-A meets the stringent demands of intelligent driving with highest modem performance, enhanced uplink capability and ultra-low latency for efficient data transfer, real-time processing and stable network connectivity, crucial for advanced safety and autonomous features. Its intelligent modem can switch to optimal connection modes based on network conditions, significantly improving speed and reliability. The module also complies with European eCall, NG eCall and AECS (China eCall) emergency systems and offers drop-in compatibility with Quectel’s AG581A, AG56xN and AG519M series, helping automotive OEMs and tier-1 suppliers reduce development time and accelerate time-to-market. With global support and Quectel’s broad IoT portfolio, the AR588MA is poised to play a pivotal role in the next wave of connected and autonomous vehicle solutions.

Read More: Quectel Announces Industry First 5G-Advanced 3GPP R18 Automotive-Grade Cellular Module, Delivering Unmatched Performance and Reliability

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In Hardware & Networks news this week…

Qvantel Completes Acquisition of Optiva, Creating a Global Leader in AI-Powered Telecom Monetization

Qvantel finalizes its acquisition of Optiva, forming a global powerhouse in AI-driven telecom monetization and digital operations. The move enhances real-time charging, BSS modernization, and intelligent revenue management for telecom operators worldwide.

In Business Technology news this week…

Avaya Expands AI-First Workplace Strategy with Gemini Enterprise and Google Workspace

Avaya advances its AI-first workplace vision by integrating Gemini Enterprise with Google Workspace. The expansion enables smarter collaboration, automated workflows, and enhanced employee productivity across hybrid enterprise environments.

In FinTech news this week…

Accenture Acquires Cabel Industry to Boost FinTech Modernization

Accenture acquires Cabel Industry to strengthen its fintech transformation capabilities. The acquisition enhances Accenture’s ability to deliver digital banking modernization, regulatory compliance, and scalable financial platforms to global financial institutions.

In HealthTech news this week…

Equanimity AI to Debut BEACON, an AI-Operated Pain OS, at NANS 2026

Equanimity AI announces the debut of BEACON, an AI-powered pain operating system, at NANS 2026. The platform leverages advanced analytics and machine learning to support precision pain management and improved clinical outcomes.

In Artificial Intelligence news this week…

Nota AI Selected to Optimize Samsung’s Exynos 2600, Expanding On-Device AI Innovation

Nota AI is selected to optimize Samsung’s Exynos 2600 chipset, strengthening on-device AI performance and energy efficiency. The collaboration advances edge AI capabilities across next-generation consumer and enterprise devices.

In Machine Learning news this week…

Google Unveils T5Gemma 2, an Advanced Multimodal Encoder-Decoder Model for AI Developers

Google introduces T5Gemma 2, a powerful multimodal encoder-decoder model designed to support advanced AI development. The release enables developers to build more capable applications across text, vision, and multimodal reasoning tasks.

In Quantum Computing news this week…

IonQ and KISTI Advance South Korea’s Quantum Ambitions with 100-Qubit System Deployment

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Article of the Week

Cloud-Native Applications for the Enterprise: How Organizations Build Scalable, Resilient Digital Platforms

Cloud-Native Applications
This featured analysis explores how enterprises are adopting cloud-native architectures to improve scalability, resilience, and agility. The article outlines best practices for containerization, microservices, and platform engineering to support long-term digital transformation.

The post ITDigest Weekly Roundup: Innovations from Accenture, Avaya, Qvantel, Nota AI, IonQ, Google & More! appeared first on ITDigest.

Rajant Corporation, the pioneer of Kinetic Mesh® wireless networks and distributed edge computing, announced two new additions to its portfolio: the SLP-1025 Slipstream, a high-performance gateway, and the Hawk FE1-2450G, a next-generation, triple-radio BreadCrumb® with integrated 5G.

Together, these platforms enable customers to design wireless mesh networks that seamlessly integrate with 5G from day one, supporting the growing demand for distributed computing, high-bandwidth applications, and real-time industrial automation. Rather than layering 5G onto an existing architecture after deployment, enterprises can now architect their Kinetic Mesh networks with 5G built in at the core.

“With these new products, Rajant is reimagining how industrial operators design mobility-centric networks at the edge,” said Andrew Martin, Director of Product Management at Rajant. “The SLP-1025 Slipstream and the Hawk FE1-2450G enable our customers to seamlessly fuse disparate networks and extend Mesh reliability to other networks, including 5G. They deliver secure, synchronized data flow on dual networks while boosting throughput, eliminating bottlenecks, and giving them the flexibility to scale high-capacity applications with total reliability.”

Also Read: Nokia Introduces MantaRay SON on DOCOMO’s 5G Network 

Both the SLP-1025 and FE1-2450G support Rajant’s broader strategy of enabling next-generation distributed computing across industrial environments. By combining 5G’s throughput and capacity with Rajant’s multi-radio, multi-path Kinetic Mesh architecture, operators can run analytics, automation systems, AI/ML workloads, and real-time control processes closer to where data is generated, without sacrificing reliability or availability.

Rajant’s InstaMesh® technology dynamically routes traffic across Wi-Fi, 5G, and wired pathways, maintaining application uptime even as conditions change, assets move, or infrastructure shifts. This adaptive, self-healing capability ensures consistent performance in the most demanding and dynamic industrial settings.

With the introduction of SLP-1025 Slipstream and the Hawk FE1-2450G, Rajant is giving industrial operators a more flexible foundation for next-generation connectivity. These platforms allow customers to design 5G-ready mesh networks from the outset, expand distributed edge computing and automation capabilities as needs grow, simplify operations through unified management, and protect existing investments through backward-compatible migration paths. They also extend resilient connectivity into even the most remote or challenging environments, ensuring mission-critical systems remain online and capable of supporting real-time decision-making.

Source: Rajant

The post Rajant Adds 5G-Integrated Mesh Solutions for Industrial Use appeared first on ITDigest.

According to Nokia, the MantaRay SON solution was designed to address the ever-increasing complexity of 5G networks, numbering in the thousands of base stations, millions of cells, and featuring multi-vendor hardware. It will automate routine operations to optimize network quality and customer experience while driving down operational costs.

The deployment currently underway at DOCOMO covers the planning, provisioning and verification processes in the RAN. Moreover, the system will establish closed-loop operations: when changes need to be made to the configuration of the 5G system, it will automatically detect and execute them without human intervention. Looking ahead, Nokia says the platform will evolve within DOCOMO’s network to include full multi-vendor support, its AutoPilot capabilities and Non-RT RIC functions – pushing towards Level 4 autonomous network operations.

Mark Atkinson, Head of Radio Access Networks at Nokia, said, “Nokia is proud to partner with NTT DOCOMO to bring cutting-edge AI-driven automation to Japan’s telecom industry. MantaRay SON represents a significant leap forward in managing the complexity of 5G networks and delivering superior efficiency and customer experience.”

Masafumi Masuda, General Manager of DOCOMO’s Radio Access Design Department, added: “Nokia‘s highly automated MantaRay SON solution will help us to deliver an enhanced customer experience by accelerating our quality-improvement cycles. Its open interface capabilities will strengthen our O-RAN 5G commercial network, and its advanced AI features will reduce operational costs further and improve service quality.

Implications for the Industry of 5G

1. Automation & AI-Native RAN Management

This collaboration underlines the fact that 5G network operations are transitioning to AI-native, self-organising architectures. As networks continue to densify, become multi-vendor and complex, with features such as slicing, edge and IoT, automation via systems like MantaRay SON becomes a critical differentiator. Automation in planning, provisioning and verification, with loop closure between analytics and configuration, allows operators to scale more efficiently, reduce manual labor and may improve performance.

2. Multi-Vendor 5G Networks & Open RAN Evolution

Notably, DOCOMO’s deployment is multi-vendor rather than single-vendor. In the wider context of trends around Open RAN/O-RAN architectures, where openness, interoperability and modularity have been spoken about with emphasis, this development underscores that AI automation solutions must support heterogeneous RAN hardware and interfaces. For the 5G industry, it indicates that those vendors that can actually deliver seamless automation across multi-vendor environments will have a significantly better standing.

Also Read: AccuKnox and Carahsoft Partner Zero Trust Platform for Agencies

3. Cost & Efficiency Pressure on Operators

Operating 5G networks costs a lot. This includes rollout, densification, energy, maintenance, and software upgrades. To cut OPEX, companies like DOCOMO are using advanced automation. This helps improve network quality and speeds up service updates. This pressures RAN vendors, system integrators, and network operations service providers. They must offer automation, AI, and closed-loop operations as standard.

4. Improved Quality of Experience for End-Users

From a business perspective, it means more reliable service, faster improvements, and reduced cost that can be passed on to customers. In very competitive markets, the better QoE enabled by automated optimisation could be a key differentiator. For businesses which rely on 5G, including enterprise services, IoT, and industrial connectivity, a more automated, high-quality network is also foundational.

5. Strategic Positioning in View of 5G-Advanced / 6G

This is a 5G deployment. The core architecture-AI-driven SON, closed-loop, Non-RT RIC-leads us to 5G-Advanced and, later, 6G. Operators and vendors are improving current 5G. They are also getting ready for the next wave of connectivity.

Business Implications for Organizations that Operate within the 5G Ecosystem

Operators/Service Providers: Those that invest in AI-enabled automation of RAN management can achieve significant cost reduction, faster time to market for new services, and higher network performance. The operators that fall behind may suffer from increased operational burdens.

RAN Vendors & Software Providers: The vendors now need to provide automation, AI, closed-loop orchestration, and multi-vendor environment support. Nokia’s MantaRay SON sets a new bar for what automation means in 5G. Others have to match or differentiate.

System Integrators & Managed Services: Integrators serving operators will shift to offering automation solutions and multi-vendor orchestration instead of just hardware and installation. The value proposition shifts more to software, AI, and managed services.

Enterprise Vertical Users & Industry: Industries like smart manufacturing and enterprise IoT will benefit from better 5G infrastructure. Users can look forward to quicker rollouts of new features. This will boost their confidence in using 5G for important tasks.

Open RAN / Multi-Vendor Ecosystem: This shift promotes diverse RAN ecosystems. Companies with systems, apps, or modules for open 5G networks will find a growing market.

Challenges & Considerations

Integration & Interoperability: AI Automation deployed in a multi-vendor RAN is complex because data models, interfaces, legacy equipment, and vendors’ coordination all matter.

Operational Change Management: Automation changes the way network-operations teams work. Skills, workflows and governance must be updated.

Reliability & Trust in AI Decisions: When network operations are automated and involve closed-loop changes, ensuring those changes are correct, safe and trusted is critical.

Conclusion

Vendor Lock-in vs Openness: Operators may need to manage how much automation and intelligence are open versus proprietary. Choosing solutions that support openness might matter in the long term. Scaling & Global Rollout: What works in one country/operator may not translate directly elsewhere; different regulatory, vendor mix, and spectrum conditions may impose additional challenges. Conclusion The deployment of Nokia’s MantaRay SON into NTT DOCOMO’s multi-vendor 5G network is a strong signal that the 5G industry has started to enter a new operational phase-a phase defined by automation, AI, multi-vendor orchestration, and closed-loop operations.

For businesses across the ecosystem, this represents an opportunity but at the same time a call to evolution: hardware remains critical, but software-defined, AI-enabled automation is becoming the differentiator. As 5G networks become denser and offer new services, these innovations will help cut costs and improve performance. They also prepare us for future connectivity generations. Companies that use automation and work with open-ecosystem vendors will thrive in the fast-changing 5G industry. Building the operations of tomorrow will help them thrive.

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This advancement underscores VMO2’s commitment to next-generation 5G services, enabling faster speeds, lower latency and enhanced reliability even in previously difficult-to-reach areas.

For IONX, the integration marks a defining achievement: its proprietary platform aligns with the UK’s Joint Operator Technical Specification (JOTS) framework and meets the exacting standards of major U.S. carriers and the Federal Communications Commission (FCC). The platform uses a unified, software-defined architecture and supports both MORAN and MOCN features, enabling operators to serve current 4G requirements while offering a seamless, cost-effective transition to full 5G SA.

Strengthening the UK’s 5G Future

VMO2’s 5G SA network now spans more than 500 towns and cities and reaches 70 % of the UK population. To keep pace with surging demand, infrastructure enhancement is essential. Neutral host operators like IONX play a vital role in infilling and densifying national network coverage through targeted small-cell deployments.

How IONX is powering next-generation mobile connectivity

• Supporting customer demand: By enabling use of both licensed and shared spectrum through a single shared infrastructure, IONX boosts network capacity where it’s needed most from high-quality video streaming to low-latency gaming and IoT devices.

• Consistent, nationwide connectivity: Neutral host small cells offer a low-cost, scalable solution for operators and venue owners bridging coverage gaps and strengthening signal quality in hard-to-reach locations.

• Future-ready performance: IONX’s software-defined platform allows architecture changes and network migration via simple configuration updates, without replacing existing hardware paving the way for immersive experiences, smart cities and next-generation digital services.

Deploying operator-specific small cells alone can be costly and inefficient. According to a recent report from the Small Cell Forum, “Small cells play a critical role, and it is through neutral host small cells that 5G SA service delivery will truly showcase its impact.” IONX responds to this challenge by offering a robust, multi-operator solution that delivers independent control, observability and security while allowing multiple operators to share the same infrastructure efficiently.

Also Read: HPE & Ericsson Partner to Validate Dual-Mode 5G Core Solution

Real-world proof

IONX and Virgin Media O2 conducted extensive testing with everyday 5G handsets connected to Virgin Media O2’s live 5G SA core via 5G small cells in Marlow. The results demonstrated exceptional performance across speed, capacity and latency while also maintaining the control, security and visibility required by operators.

“We’re proud to be the first to integrate our neutral host small cell platform with VMO2’s live 5G SA network,” said Jim Estes, CEO of IONX Networks. “This milestone proves that neutral host models are not just viable they’re essential to delivering high-performance 5G where customers actually need it.”

“At Virgin Media O2, we have the largest 5GSA of any operator and are focused on bringing it to more locations through our £700 m Mobile Transformation Plan,” said Rob Joyce, Director of Mobile Access Engineering at Virgin Media O2. “This neutral host approach supports our mission to densify 5G in a scalable, cost-effective way bringing the power of 5GSA to more people.”

Laying the groundwork for the connected future

This industry-leading collaboration not only enhances connectivity for end-customers but also advances key sector objectives:

• Supporting the Ofcom shared spectrum policy, enabling improved connectivity in underserved areas.

• Leveraging MORAN and MOCN architectures to deliver cost-effective, flexible deployments.

• Accelerating neutral host adoption in the UK via the JOTS framework.

• Enabling cloud-driven interoperability for better control, orchestration and visibility.

Together, IONX and Virgin Media O2 are shaping the future of UK connectivity demonstrating that the true promise of 5G Standalone isn’t just approaching, it’s already here, built on smarter, shared infrastructure.

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