Private 5G pilots frequently succeed on their technical terms and then fail to progress to production, not because the technology failed, but because of gaps in business case...

Private 5G doesn't generate return on its own, it enables operational improvements whose value varies substantially by industry. This guide breaks down what actually drives ROI in mining,...

Before choosing a vendor or spectrum model, enterprises need to decide who should actually own and operate their private 5G network. This guide compares four ownership models, fully...

Private 5G business cases are usually built with care: radios counted, spectrum priced, TCO compared against the Wi-Fi estate it replaces. What they rarely price is the cost...

OneLayer has turned four real-world attack patterns, including the December 2025 Polish power plant breach, into automatic detections inside OneLayer Bridge. See how the platform catches SIM spoofing,...

OneLayer updated its OneLayer Bridge platform to automatically detect four private cellular threat patterns: (1) device-to-device SSH tunneling across shared private APNs, (2) cellular modems from manufacturers on the FCC Covered List, (3) spoofed device identities on SIM/IMEI and modem, and (4) devices appearing behind routers other than those used at onboarding. Detections are delivered out-of-the-box with no customer configuration, based on continuous threat research mapped to telemetry already collected by the platform.

Ataya.io issued a press release from Santa Clara, United States describing offerings that combine AI-driven private 5G networking with Edge AI execution for enterprise deployments.

Public 5G, private 5G, and Wi-Fi 7 each fit a genuinely different set of connectivity needs, and the right choice depends on the specific application's mobility, density, and...

Private 5G deployments are built from four distinct vendor layers — RAN, core, edge, and systems integration — each with its own specialist vendor landscape and evaluation criteria....