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GCT Semiconductor collaborating with Skylo to accelerate global satellite connectivity. Article by: GCT Semiconductor Holding Inc. GCT and Skylo will jointly pursue chip and module certification to enable a new class of multi-use devices to advance next-generation satellite connectivity. GCT Semiconductor Holding Inc. and Skylo Technologies Inc. are partnering to advance next-generation satellite connectivity. As part of this collaboration, the companies will jointly pursue chip and module certification to enable a new class of multi-use devices. These devices will allow customers to have ubiquitous connectivity by connecting to Skylo's network when terrestrial connectivity is out of reach. "This partnership marks another significant step in GCT's commitment to powering the rapidly expanding 5G-to-space ecosystem," said John Schlaefer, CEO of GCT. "We're excited to deepen our collaboration with Skylo and to help accelerate the next generation of global satellite connectivity for customers and device-makers worldwide." "Our collaboration with GCT is a critical milestone in making global connectivity truly seamless," said Vijay Krishnan, VP of Strategy Partnerships of Skylo. "By integrating GCT's 3GPP-compliant silicon with Skylo's satellite network, we are eliminating the traditional boundaries of cellular coverage. This isn't just a technical proof of concept; it's a demonstration of ready-to-scale ecosystem that brings reliable, standards-based IoT connectivity to the most remote corners of the globe. We are proving that 'always-on' isn't a luxury - it's the new standard for global industry."

Vodafone IoT partners with Skylo to bring NTN NB-IoT satellite connectivity to customers. The move signals that satellite-based NB-IoT is maturing from niche deployments into operator-grade infrastructure tightly integrated with cellular cores. For IoT buyers, a single SIM and management platform across terrestrial and non-terrestrial domains reduces integration risk and lowers the barrier to truly global deployments. For vendors, 3GPP-compliant NTN NB-IoT strengthens the business case for multimode chipsets and modules, accelerating economies of scale. This partnership illustrates how hybrid NTN - cellular architectures are becoming a practical design assumption for next-generation wide-area IoT. Hybrid cellular - satellite NB-IoT trials aim to extend Vodafone IoT coverage across remote and hard-to-reach areas. Vodafone IoT has announced a new partnership with Skylo Technologies, Inc. to bring customers Non-Terrestrial Network (NTN) Narrowband Internet of Things (NB-IoT) satellite connectivity services. In the initial phase, the two companies will work together to trial the technology with a view to offering a full commercial service in the near future. Skylo runs a global Non-Terrestrial Network spanning 36 countries across 70 million square kilometres of coverage. Together, the companies will provide even greater coverage for Vodafone IoT's customers and unlock new opportunities for businesses by providing an overlay solution to existing cellular connectivity for IoT devices. This collaboration underscores customers' growing demand for seamless, scalable and secure connectivity. Skylo and Vodafone IoT's network cores will integrate - enabling customers to seamlessly switch between cellular and NTN connectivity from a single Vodafone SIM. With sectors such as asset tracking and energy services to environmental monitoring and fleet management set to benefit, this new hybrid connectivity model will supply industries with seamless multi-national connectivity. Furthermore, customers will be able to continue managing their IoT estates using Vodafone IoT's Managed Connectivity Platform - for both their cellular and NTN connectivity needs. Skylo's network orchestrates across multiple constellations of satellites, and integrates directly into existing chipsets, modules, and operating systems. Skylo has certified modules from a robust global chipset and module ecosystem - serving as the foundation for a wide range of use cases. Erik Brenneis, CEO of Vodafone IoT, said: "As we continue our mission to provide our customers with truly global IoT connectivity, today marks another significant step forwards." "Our new partnership with Skylo will help us deliver ubiquitous connectivity for our customers and make a step-change in network access, reliability and resilience which together with enable the next wave of innovative IoT solutions." Parthsarathi Trivedi, Chief Executive Officer and Co-Founder of Skylo, said: "This trial is a critical step in bringing our 3GPP-compliant satellite connectivity to Vodafone's IoT ecosystem. We are demonstrating how Skylo's network can seamlessly extend Vodafone IoT's reach into the most remote areas, adding millions of square kilometers of coverage. It's about proving that 'anywhere connectivity' is no longer a future concept - it's here, it's standards-based, and it's ready for global scale."

Top Technology Trends for 2026: patent Report. Its 2026 Top Technology Trends Report highlights the technologies rapidly becoming core to global innovation in 2026. Parola Analytics, Inc. track the rise of AI-driven systems, advanced computing infrastructure, and secure digital environments. By analyzing patent activity, Parola Analytics, Inc. show where innovation is accelerating, who is leading it, and how competitive positions are taking shape. The trends Parola Analytics, Inc. outline reveal how AI, robotics, secure computing, neural interfaces, satellite networks, and large-scale compute systems are shaping the technologies that will define 2026. Space connectivity. Space-based direct-to-device (D2D) networks are transforming global connectivity, delivering broadband to areas beyond the reach of traditional fiber and cellular infrastructure. Unlike conventional networks that rely on towers and cables, D2D allows smartphones, vehicles, and IoT devices to connect directly to satellites, with ground stations linking traffic to terrestrial networks. This shift is driving both industry activity and innovation. SpaceX is expanding its Starlink constellation and embedding satellite connectivity into consumer devices, while Viasat and Skylo launched the first global D2D network. Lynk Global and Omnispace are merging their satellite-to-phone technologies, and ventures like Space42 - Viasat's Equatys aim to deliver global messaging and IoT services. Space connectivity: top patent filers, assignees. Patent activity reflects this momentum, with Qualcomm, Huawei, AT&T, Samsung, and Oppo leading filings for satellite-ready chipsets, antennas, and non-terrestrial network protocols. Startups such as AST SpaceMobile, Lynk Global, Astrocast, and Hubble Network are advancing D2D and IoT connectivity, demonstrating the practical impact of these innovations. Space connectivity: top law firms. U.S. patents on space-based internet is concentrated among a few key law firms, with Amin, Turocy & Watson leading in activity, followed by Holland & Hart and Harrity & Harrity, both showing significant engagement in related filings. Agentic AI is transforming artificial intelligence by enabling autonomous, goal-driven behavior across industries. Unlike traditional generative AI that responds to prompts, agentic systems can perceive, reason, act, and learn with minimal human supervision, executing complex tasks such as financial trades, logistics management, or clinical support. Real-world use cases show agentic AI's growing impact. Baidu deploys AI-powered digital employees, NVIDIA builds GPU-accelerated autonomous systems, and Accenture with Google Cloud automates enterprise workflows. In healthcare, Sirona Medical streamlines radiology, while CertisAI and Numerion Labs accelerate drug discovery by analyzing data and optimizing experiments. These examples highlight how agentic AI is moving from proof-of-concept to practical, transformative applications. Gartner identifies AI supercomputing platforms as a top technology trend for 2026. These AI supercomputers are reshaping how advanced models are trained and deployed. In 2025, the U.S. Department of Energy unveiled supercomputers powered by tens of thousands of next-generation GPUs, while cloud providers like Google and Microsoft introduced AI-optimized datacenters for large foundation-model training. NVIDIA dominates with nearly 5,000 patents across GPU architecture, memory hierarchies, and interconnect technologies, enabling large-scale clusters such as Argonne's Solstice and Equinox. Intel provides Xeon CPUs and Gaudi accelerators for enterprise and government AI deployments, while Huawei develops Ascend processors and Atlas infrastructure for domestic AI compute. Oracle and IBM contribute scalable cloud and HPC systems for foundation-model training, research, and enterprise applications. Physical AI is extending artificial intelligence into the real world, enabling robots and machines to sense, reason, and act autonomously. Recent developments such as NVIDIA's jetson thor and isaac sim platforms are enhancing edge computing and realistic robot simulation, while investments from figure AI, apptronik, and skild AI, alongside softbank's acquisition of ABB robotics, signal that Physical AI is becoming a core pillar of next-generation automation. Patent filings in Physical AI have grown steadily, with NVIDIA, LG Electronics, Intel, and Strong Force Innovation Portfolios leading the space. In healthcare, Cilag International, a subsidiary of Johnson & Johnson (J&J), integrates robotics and AI for surgical applications, illustrating how Physical AI is moving from prototype to real-world, scalable deployment across industries. Gartner identifies this as a top technology trend for 2026. Brain-Computer interfaces (bcis) are transforming neurotechnology by creating direct communication between the brain and external systems. Over the past decade, advances in BCI have enabled applications from healthcare to industrial and consumer uses. Clinical progress includes Neuralink, Synchron, Blackrock Neurotech, and Paradromics advancing implantable devices for speech restoration, motor control, and neuroprosthetics. In 2025, regulatory approvals such as Paradromics' FDA IDE and Precision Neuroscience's 510(k) clearance demonstrated both clinical feasibility and regulatory confidence, highlighting BCI's potential. Confidential computing enables data to be processed in hardware-protected, isolated environments. By securing workloads in trusted execution environments (tees), organizations can process sensitive data without exposure, even in untrusted cloud or multi-party settings. Leading assignees include Intel, Microsoft, Huawei, Cisco, and Samsung, highlighting expertise in silicon-level security, cloud infrastructure, and device-level protection. Intel dominates with SGX and TDX technologies, Microsoft drives confidential VMs and workload orchestration, and Huawei, Cisco, and Samsung advance secure execution for cloud, edge, and mobile environments. In its 2026 Technology Trends Report, Parola Analytics, Inc. complement industry perspectives with patent insights, highlighting top filers, assignees, and the leading law firms representing innovators across these emerging technology areas.