Segro and Pure DC have launched a £1 billion joint venture to develop a 30,000 sqm, 56MW data center in Park Royal, West London. This marks Segro’s first fully fitted data center, aiming to attract a top hyperscaler.
GM and NVIDIA are partnering to integrate AI into vehicles, factories, and robotics. This collaboration leverages NVIDIA’s computing platforms to enhance manufacturing, streamline production, and advance driver-assistance systems.
Google Cloud is set to revolutionize cloud security with the planned acquisition of Wiz for $32 billion. With the goal to bolster its security capabilities, this deal will enhance Google Cloud’s offerings by integrating Wiz’s cutting-edge cloud security technologies.
CoreWeave’s strategic partnership with OpenAI marks a pivotal moment in AI infrastructure. By enhancing OpenAI’s compute capacity, CoreWeave bolsters model training and deployment, echoing its commitment to cutting-edge AI solutions.
Jio Platforms, in partnership with AMD, Cisco, and Nokia, unveiled an Open Telecom AI Platform at MWC 2025. Designed to integrate AI into network operations, it features agentic AI, LLMs, and automation for efficiency and security.
SK Telecom has partnered with IonQ to advance AI and quantum technology, enhancing efficiency in AI-driven solutions. The collaboration integrates IonQ’s quantum computing into SK Telecom’s AI services, including data centers and cryptography.
Qualcomm introduces Dragonwing, a new brand focused on enterprise and industrial IoT, networking, and infrastructure. Distinct from Snapdragon, Dragonwing leverages AI, Oryon CPUs, Adreno GPUs, and FastConnect for seamless connectivity.
BT Group is expanding its Global Fabric services through collaborations with Equinix and Optiva, significantly enhancing its network reach. The Global Fabric platform connects enterprises to rapid computing services, revolutionizing access to cloud-based solutions.
Algeria Telecom and Huawei have partnered to launch a 400G WDM national backbone network, enhancing Algeria’s digital infrastructure with ultra-high-speed, low-latency connectivity. This initiative boosts network reliability, supports the digital economy, and improves online services in sectors like education and healthcare.
The introduction of the virtual phone system has resulted in a massive leap forward for business communications. For many years, the hardware telephony system, primarily the on-premise Private Branch Exchange (PBX), was the gold standard for handling phone calls. These systems, while effective in the past, come with the disadvantages of significant hardware costs, complex setups, limited capabilities, and burdensome maintenance requirements. The combination of VoIP and the virtual phone system has taken business communications by storm, and the relevance and practicality of traditional PBX hardware has come under intense scrutiny. This inflexible system is reliant on unwieldy physical infrastructure and is rapidly being replaced by agile, cloud-based solutions that offer cost savings, flexibility, scalability and increased productivity. In this article, we will explore the major advantages of virtual phone systems over legacy platforms. This comparison will clearly illustrate why so many businesses are ditching their hardware, moving to cloud…


