Key Insights (AI-assisted): 1NCE’s move up the stack from connectivity into AI-driven analytics and services signals further consolidation of value in IoT around data intelligence rather than basic transport. Opening anonymized networkwide data positions

Key Insights (AI-assisted): By combining a robotics-optimized SoC, on-module AI acceleration and modular connectivity, this platform pushes more autonomy and perception directly to the edge. For integrators, it lowers barriers to deploying multi-sensor, vision-heavy

Key Insights (AI-assisted): Blending 3GPP-compliant NTN LEO with cellular, Wi‑Fi and GEO under one control plane signals accelerating convergence between terrestrial and satellite IoT. For enterprises, this reduces architectural fragmentation and makes “always‑on” global coverage

Bare metal cloud is a computing service that offers dedicated hardware and unvirtualized servers to clients. Standard cloud servers are virtualized i.e. multiple clients share the same base hardware. For example, a server

Key Insights (AI-assisted): By pushing battery-free sensing into dual-band, longer-range operation at lower unit cost, this move signals that ambient IoT is shifting from pilots to infrastructure-scale deployments. The combination of dense, low-cost tags

Key Insights (AI-assisted): This launch signals how 5G modules are evolving from pure connectivity components into integrated compute-and-connect platforms. Support for 24 TOPS, Wi‑Fi 7 and 10 Gbps Ethernet positions CPE and FWA gateways

Key Insights (AI-assisted): HaLowLink 2’s general availability signals that Wi-Fi HaLow is moving from chipset sampling to deployable infrastructure for real-world IoT networks. By offering a ready-made router/AP/extender, Morse Micro reduces integration friction, letting

Key Insights (AI-assisted): By tightly coupling connectivity hardware with an AI-centric industrial platform, this partnership accelerates convergence between operational technology and advanced edge compute. It signals a shift from simple sensor networks toward autonomous,