Satellite internet has finally moved from a capital-intensive experiment to a commercially sustainable business. Read the White Paper

As networks become autonomous, AI moves from assistive to decisive. This whitepaper explores how to build trust into large language models, generative AI, and agentic architectures from the start. It outlines risks, zero‑trust principles, data governance, explainability, and layered defenses for LLMs and RAG, with practical guidance for intent‑based operations in 5G, 6G, and beyond. Read the White Paper

6G marks the shift from today’s 5G Standalone networks to an AI-native intelligent fabric uniting cloud, compute, and connectivity. Building on 5G Advanced, it will extend performance in existing 5G bands and add new cm-wave capacity while improving energy and cost efficiency through leaner design. Read the White Paper

Since its standardization by IEEE 802.11 in 1997, Wi-Fi technology has become a cornerstone of global wireless network communication. By utilizing radio waves to transmit data between devices, Wi-Fi enables a wide range of devices—such as personal computers, smartphones, tablets, and other smart devices—to access the internet and communicate seamlessly without physical connections. Over the years, Wi-Fi has evolved through numerous iterations, starting with the initial 802.11

Wi‑Fi has become the primary method of network access for the connected world, supporting more than 20 billion active devices. At the same time, AI-driven applications such as cloud inference, edge computing, AR/VR, and autonomous IoT systems are placing unprecedented demands on the wireless connectivity layer. These applications require consistent low latency, high reliability, and deterministic quality of service to function correctly and deliver a seamless user experience.