LTE

What Made the Private Network Deployment at Salinas Gold Significant?

How did the Ávato–Venko ecosystem ensure rapid rollout and lasting network resilience?

Nokia Deploys Private Wireless to Power Remote Mining in Brazil with Venko and Ávato

Nokia Deploys Private Wireless to Power Remote Mining in Brazil with Venko and Ávato
Nokia’s deployment of a private LTE network using the 700 MHz band at Salinas Gold in Mato Grosso, Brazil, highlights how remote industrial operations can achieve fast, reliable connectivity. With integration support from Venko Networks and Ávato, the project showcases ecosystem collaboration, pragmatic deployment, and readiness for future IoT and 5G upgrades, setting a model for industrial wireless across Latin America.

How Thiess Uses Private LTE to Power Autonomous Mining with Aqura Technologies

How Thiess Uses Private LTE to Power Autonomous Mining with Aqura Technologies
Thiess is advancing digital mining with a custom-built private LTE network, implemented by Aqura Technologies. This network supports autonomous haul trucks and drills, ensures safety and uptime in extreme conditions, and empowers field teams with real-time data and collaboration tools. Looking ahead, Thiess is preparing to adopt 5G and IoT for next-level optimization and emissions reduction.

How MIA’s Private CBRS Network Enables Smart Airport 2.0

How MIA’s Private CBRS Network Enables Smart Airport 2.0
Miami International Airport (MIA) is transforming operations with its private CBRS network, central to its Smart Airport 2.0 strategy. The network enables secure, real-time automation across IoT devices, passenger services, and operational systems. From enhancing cybersecurity and reducing costs to monetizing connectivity for tenants, MIA demonstrates how airports can use private wireless to scale innovation efficiently and drive ROI.

GMR’s Private 5G and Edge AI Rollout with Niral Networks

GMR’s Private 5G and Edge AI Rollout with Niral Networks
Winner – Private Network Startups - Niral Networks, deploys private 5G and Edge AI network at GMR’s energy facility which faced critical connectivity and safety challenges. This air-gapped, industrial-grade solution supports plant automation, AI surveillance, and drone operations, offering high throughput, low latency, and centralized management across multiple sites.

Ericsson Mobility Report: differentiated 5G connectivity

Ericsson Mobility Report: differentiated 5G connectivity
Ericsson’s latest Mobility Report points to a clear shift: operators are turning 5G capabilities into differentiated, SLA-backed services rather than just selling more data at higher speeds. After years of building coverage and capacity, 5G networks are mature enough to commercialize features like guaranteed latency, uplink boosts, and application-aware prioritization. The catalysts are in place: more 5G Standalone (SA) cores, rising traffic from video creation and immersive apps, and enterprise demand for predictable performance across sites and clouds. The net result is momentum behind premium, differentiated connectivity that can be priced, assured, and exposed to partners.

Private 5G Network Security: 4 Pillars for Securing Private 5G, LTE & CBRS

Private 5G Network Security: 4 Pillars for Securing Private 5G, LTE & CBRS
Private cellular networks are transforming industrial operations, but securing private 5G, LTE, and CBRS infrastructure requires more than legacy IT/OT tools. This whitepaper by TeckNexus and sponsored by OneLayer outlines a 4-pillar framework to protect critical systems, offering clear guidance for evaluating security vendors, deploying zero trust, and integrating IT, OT, and IoT under a unified, secure-by-design architecture.

Private 5G CBTC Validation: CAF and Cellnex

Private 5G CBTC Validation: CAF and Cellnex
CAF’s signalling division and Cellnex demonstrated that OPTIO, a modular and multi-bearer CBTC platform, operates reliably on a private 5G network in both lab and field conditions, including challenging scenarios such as tunnels. The system already supports Wi‑Fi and LTE; adding 5G confirms a multi-access design that lets operators choose the right bearer per line, phase, or location. Private 5G brings ultra-low latency, higher capacity, stronger QoS control, and end-to-end security under the operator’s domain. The project received European co-financing via the Recovery and Resilience Facility under Spain’s UNICO Sectorial 2023 program, underscoring public support for digital rail modernization.

AST SpaceMobile D2D service by early 2026

AST SpaceMobile D2D service by early 2026
AST SpaceMobile is signaling a pivotal year ahead as it moves from demonstrations to commercial direct-to-device coverage with major operators and an aggressive launch schedule. The company’s plan to begin “intermittent nationwide” service in early 2026, followed by continuous coverage later in the year, is also a forcing function for device vendors, standards work, and MNO network integration. As AST scales to 45–60 BlueBird satellites by end-2026, pass frequency and overlap increase to support “continuous” service across the U.S., Europe, Japan, and other priority markets. AST reports over $3.2 billion in cash and liquidity.

Device-Centric Security for Private LTE & 5G | OneLayer

Device-Centric Security for Private LTE & 5G | OneLayer
OneLayer redefines private LTE and 5G security with a device-first model, unified ONEID fingerprinting, and seamless integration across IT, OT, and cellular.

Bridging Cellular and IT: OneLayer’s Multi-Vendor Integrations

The OneLayer Bridge connects cellular vendors like Ericsson and Nokia with IT security tools—ensuring end-to-end visibility and secure scaling.

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