5G

Boingo deployed a private CBRS network at the Rhode Island Convention Center and Amica Mutual Pavilion to modernize venue connectivity for large-scale events. Integrating Wi-Fi 6 and CBRS, the system supports high-density operations like ticketing, POS, streaming, and IoT. The converged network enhances staff performance and fan experience while giving operators full control over wireless infrastructure. This project showcases how private networks can meet modern connectivity demands in sports and event venues.
TV2 Danmark has officially transitioned from trial to full-scale deployment of private 5G for daily live broadcasting. Built with Cumucore's mobile core and supported by partners like Haivision, SuperMicro, and Node-H, the system replaces legacy wireless setups with a high-performance 5G architecture. It delivers low-latency, high-uplink capacity ideal for cable-free, broadcast-grade video workflows—proving that private 5G is now ready for everyday use in professional media production.
Invences & Trilogy are advancing smart farming with FarmGrid, a platform powered by private 5G, digital twins, and edge AI. Deployed across North Dakota, Nebraska, and California, FarmGrid delivers real-time farm monitoring, improves agricultural productivity, and extends rural broadband access. Using Azure IoT, Open RAN, and edge computing, the platform connects farmers with actionable data and sustainable practices.
This case study explores how a high-volume distribution center upgraded from unstable Wi-Fi to EdgeNectar’s private 5G network, improving device connectivity, lowering operational overhead, and achieving a lower total cost of ownership (TCO). Learn how the shift enabled zero-touch provisioning, seamless scanning, and future-ready automation.
Mobile Private Networks (MPNs) have reached a critical juncture, evolving from niche deployments to scalable, production-ready solutions. Enterprises are now embracing MPN-as-a-Service, combining edge computing, AI-driven operations, and hybrid spectrum strategies to deliver low-latency, secure, and flexible connectivity. Discover how Wi-Fi integration, automation, and vendor-agnostic deployment models are accelerating MPN adoption across industries.
Private Mobile Networks (PMNs), powered by LTE and 5G, are driving enterprise digital transformation across manufacturing, logistics, utilities, and public safety. With nearly 1,850 deployments worldwide as of mid-2025, and data from GSA showing rapid adoption, PMNs offer secure, low-latency, and high-performance connectivity. This article explores technical architectures, deployment trends, spectrum policies, and vendor strategies shaping the future of private networks.
Welcome to the TeckNexus Private Networks: Energy & Utilities Edition. Across energy and utility operations, connectivity has evolved from a supporting tool into a strategic foundation. As utilities modernize critical infrastructure, integrate distributed energy resources, and strengthen cybersecurity and grid resilience, communications must deliver determinism, security, and operational control. Private LTE and 5G networks are increasingly fulfilling that role.

This edition highlights real-world private network deployments from organizations such as Memphis Light, Gas and Water (MLGW), GMR Energy, and major European utility operators. These initiatives—delivered in collaboration with ecosystem leaders including Nokia, Anterix, Hubbell Power Systems, Niral Networks, Druid Software, TDF, and members of the broader private wireless ecosystem—show how utilities are moving from pilots to production-grade networks supporting grid modernization, worker safety, and mission-critical operations.

We proudly feature the 2025 TeckNexus Private Networks Award winners, recognizing utilities, technology providers, and partners setting new benchmarks for execution in energy and utility environments. Through deployment stories, executive perspectives, and partner insights, this magazine underscores the power of collaboration across utilities, vendors, integrators, and industry organizations.

Readers will also find the Smart Utilities Connectivity Blueprint—a practical framework distilled from global deployments. It illustrates why visibility must come before automation, how ownership and control models shape outcomes, and how utilities can scale digital transformation without compromising reliability or safety.

A clear message runs through every story in this edition: utilities don’t invest in private networks for technology alone—they invest for outcomes. The leaders featured here show what’s possible when connectivity is aligned with operational realities and long-term grid strategy.
MLGW, the largest three-service municipal utility in the U.S., partners with Nokia to launch the nation’s first private 5G network for utilities. Covering nearly all of Shelby County, the network boosts real-time operations across electric, gas, and water systems. This grid modernization supports clean energy, IoT integration, and storm resilience—setting a national benchmark for utility digital transformation.
GMR Energy's private 5G journey showcases how industrial operators are solving real-world connectivity challenges. In a 3–4 sq. km energy plant, traditional networks fell short. GMR adopted private 5G and edge computing to deliver ultra-reliable, low-latency connectivity across EMI-heavy and safety-critical zones — enabling drones, AI, and real-time command centers. This case study explores both operator and integrator perspectives to show how private 5G becomes a scalable platform, not a point solution.
Anterix and Hubbell partner to demonstrate how private LTE networks in the 900 MHz band help electric utilities detect and mitigate DER islanding risks. With the rise of distributed energy resources, fast and reliable Direct Transfer Trip (DTT) over private LTE ensures safety, improves grid reliability, and offers a scalable communications alternative to fiber and copper-based systems.
European utility operators are moving beyond pilots into full production with private 5G. Using Druid Software’s Raemis platform and TDF’s integration expertise, a major utility deployed a secure, resilient network to support IoT, smart grid automation, and real-time operations. This live deployment shows how private 5G supports energy sector modernization with guaranteed performance, security, and compliance.
CBRS has evolved from a novel spectrum-sharing concept into the 4th-largest wireless network in the U.S., serving 14 million users with over 421,000 radios deployed and $14 billion in investment. With applications across education, manufacturing, aviation, and public safety, CBRS now supports 20% of U.S. wireless deployments. Learn how shared spectrum, OnGo Alliance leadership, and real-world results have made CBRS the fastest-growing wireless platform in the country.

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This whitepaper explains how utilities can use secure AI-enabled private mobile networks to modernize operations, support distributed intelligence, improve resilience, and strengthen cybersecurity across critical infrastructure. It covers AI applications, private network advantages, zero trust principles, multilayered security architecture, and governance considerations for AI-ready utility environments....
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