his week, the University of Bristol has powered up Isambard-AI, the UK’s fastest and most potent supercomputer, following a £225 million investment announced by the government last March. Built by Hewlett Packard Enterprise, Isambard-AI boasts over 5,000 NVIDIA superchips, enabling it to execute a staggering 200 quadrillion calculations per second. Officially named the AI Research Resource (AIRR), this supercomputer surpasses its predecessor by a factor of ten in computational power, aiming to support critical AI technology development.
US telecom giant Sprint Corporation has announced that it is working with Arizona State University (ASU) to promote economic, educational, technological and social growth in the entire Arizona region, leveraging the power of Sprint’s True Mobile 5G and Curiosity™ IoT’s advanced dedicated network and operating system. This groundbreaking collaboration will combine the innovations of 5G and Curiosity™ IoT, create a new IoT curriculum and reach millions of residents. Sprint’s Curiosity™ IoT is the first dedicated, virtualized and distributed core IoT network that is purpose-built for software. Hosted on a solid foundation from technology leaders including ARM, Ericsson and AWS, this service leverages bare-metal design, and enables the delivery of low latency, high availability connectivity. The fourth-largest mobile network operator in the US stated that they designed Curiosity™ IoT “to solve the challenges of today and be ready for the needs of the future.” In a press release, Sprint said it will work alongside ASU…
Telecom leaders Nokia, Elisa, BT and Ericsson are bringing AI education into schools and universities, building skills for VoIP, mobile networks and digital communications. From classroom robots to deep learning degrees, these programmes show how telecom innovation can prepare young people for AI-powered connectivity, smarter networks and future tech careers.
Vodafone’s new Global Cyber Centre in Lisbon strengthens cybersecurity for VoIP networks, enterprise communications, and global telecom services. With AI-driven threat detection, skilled analysts, and 24/7 regional coverage, the hub boosts resilience against fast-moving attacks, helping protect voice, data, identity, and connectivity for businesses and customers worldwide across digital markets
UK workplaces are embracing enterprise AI, but Glean’s Work AI Index reveals a productivity paradox with big implications for VoIP providers. While AI saves hours in support, network operations, and reporting, botsitting, tool sprawl, and unchecked outputs threaten service quality, compliance, and real telecom business value across modern communications teams.
The transformational landscape of telecom testing is evolving with the complexities of AI-integrated, cloud-native networks. Continuous validation processes are replacing traditional verification, ensuring seamless cross-technology integration. AI enhances telecom testing by enabling systems to adapt and learn, while real-world performance is the key to unrivaled VoIP network quality.
AMD’s £2 billion investment in the UK over the next five years focuses on advancing AI infrastructure and research. Aligned with the UK’s AI Opportunities Action Plan, this initiative is poised to bolster economic growth. Collaborations with Imperial College London and University of Cambridge aim to optimize AI models and enhance technological capabilities.
Microsoft’s latest Surface Pro and Laptop for Business integrate AI directly on the device, marking a strategic pivot from cloud-based AI. This shift in enterprise computing emphasizes self-sufficient AI capabilities with reduced latency and connectivity issues. Organizations must rethink PC refresh cycles to remain competitive, as Surface devices redefine AI readiness.
Professor Harald Haas sheds light on the transformative journey towards 6G technology, emphasizing its role in connecting the unconnected through satellite and drone communications. As AI and non-terrestrial networks drive advancements, 6G focuses on coverage, reliability, and intent-driven networks, crucial for IoT integration and autonomous systems.
Enhancing satellite connectivity, the strategic alliance between CNES and Skynopy promises to streamline frequency management for Skynopy’s ground station services. By optimizing procedures with the French National Frequency Agency, it accelerates site activation. This synergy boosts Skynopy’s satellite market position, showcasing its potential in the evolving telecommunications landscape.

