Private Network Insights September 2026: airports and venues produced the month’s most detailed deployment evidence, transport corridors carried private networks beyond single sites, defence and emergency agencies bought networks they can move, and vendors, integrators and operators reshaped how private 5G is delivered and managed.
At a glance – Private Network Insights September 2026
- Airports set the pace: Minneapolis–St Paul International Airport is running an Ericsson private 5G network across its five-square-mile campus, and Boldyn Networks will design, build and operate private wireless at Ontario International Airport in California.
- Ports, rail and roads extended private networks along corridors: Deutsche Telekom and Ericsson at Container Terminal Altenwerder in Hamburg, Lyttelton Port Company’s NZ$821m expansion, Teltronic’s 87 km private 4G network for EFE Trenes de Chile, and two Japanese expressway trials.
- Defence and public safety moved to deployable networks: the Portuguese Army invested EUR 587,000 in a tactical 4G/5G network with MEO, Vodafone Spain delivered a mobile private 5G unit to Spain’s Military Emergency Unit, and Orange Business acquired Obvios’ Dome platform.
- Enterprise campuses and industry added named reference points, from Hana Financial’s 16-floor headquarters for around 3,000 employees to Yihai Kerry’s industrial campus and Nokia and Boldyn at Callio FutureMINE.
- The supply side reorganised around managed delivery: Heddian is acquiring Kajeet’s private wireless deployment business, Samsung detailed its Network in a Server platform, and Antevia and Ontix ran private and public 5G on the same radios.
- Market and policy signals sharpened: GSA counts 2,000 operational private mobile networks, China’s MIIT launched a standalone private 5G pilot, and Apple’s newest iPhones are reported to support Anterix 900 MHz private LTE networks.
1. Airports and venues run private 5G alongside Wi-Fi
Airports and event venues delivered September’s most specific deployment detail, with managed and permanent networks replacing temporary or trial set-ups.
- Minneapolis–St Paul International Airport (US): has deployed an Ericsson private 5G network across its five-square-mile campus, managed by Insight Enterprises and deployed with Pierson Wireless. The network provides dedicated coverage across terminals, runways, taxiways and gate areas for connected vehicles, video surveillance, mobile workforce applications, and operational and safety systems. TeckNexus examines how MSP, Frankfurt and the Paris airports divide workloads between private 5G and Wi-Fi in “Private 5G and Wi-Fi Convergence at Airports and Large Venues”.
- Boldyn Networks: selected to design, build and operate a private wireless network for Ontario International Airport in California, a managed private cellular model for a single US airport.
- Sony Wireless Communications (Japan): activated its Moreve private 5G service as a permanent installation at Yokohama Arena, operational from 18 September, supporting connectivity during large events and offloading traffic from public mobile networks.
- Riedel & Haivision: integrated Haivision mobile transmitters with Riedel’s Easy5G private 5G network to deliver an end-to-end live contribution workflow.
- Actua & Neutral Wireless: a private 5G network carried four live video feeds from monowheel-mounted cameras at a European Athletics race walk to a remote production facility, where all feeds were integrated into the programme output, the delivered result of the event deployment TeckNexus covered in August.
- Boingo Wireless: installed a neutral-host distributed antenna system across Chicago’s Millennium Garages, covering 3.8 million sq ft and more than 9,000 parking spaces across four facilities. This is public cellular coverage rather than a private network, and a useful reference for venue owners planning neutral-host and private layers together.
Why it matters for buyers: airports and venues are now buying private 5G as permanent, managed infrastructure that sits alongside Wi-Fi and neutral-host coverage, not as an event-day add-on. MSP and Ontario give airport evaluators two named managed-service references in the same month. → Size the radio layer for mixed indoor and outdoor sites with the TeckNexus Network Planning tool, and benchmark your security posture with the Private Network Security for Airports assessment.
2. Ports, rail and roads extend private networks along corridors
Transport operators carried private networks beyond the single terminal or yard this month, along rail lines and expressways as well as across expanding port estates.
- Deutsche Telekom & Ericsson: deployed a private 5G campus network at Container Terminal Altenwerder in the Port of Hamburg, delivering localised industrial connectivity for terminal operations. See the TeckNexus deployment profile “Hamburg’s Container Terminal Altenwerder Builds the Platform First – Then Proves the Applications”.
- Lyttelton Port Company (New Zealand): began its NZ$821m (US$482m) Te Awaparahi Bay expansion, adding a 388 m deepwater wharf, a 5-hectare container terminal, four ship-to-shore cranes and semi-automated yard cranes. The programme includes expanding the port’s private 5G network, building on-site data centres and integrating new equipment with the terminal operating system, with completion targeted for 2031. The data-centre build is covered in the companion Digital Infrastructure Insights.
- Teltronic (Chile): selected by Siemens Mobility to provide broadband communications for two new EFE Trenes de Chile lines connecting Santiago with Melipilla and Batuco, including a private 4G network across 87 km, onboard communications for 32 trains, and 5G-ready infrastructure for signalling, CCTV, passenger information and future FRMCS evolution.
- NEC Networks & System Integration (Japan): with the University of Tokyo, AGC, Toshiba and Anritsu, field-tested a distributed antenna system combined with radio reflectors on a roughly 200 m curved and graded expressway segment to extend private 5G coverage along the road while limiting signal leakage outside it.
- RevComm (Japan): chosen as one of six participants, from 65 applications, in Tokyo Metropolitan Expressway Company’s Private 5G Open Lab, run with the AUBA platform, with demonstration projects starting from September 2026.
- Industry analysis: a Commdex white paper positioned private 5G as a foundation for modernising US ports, and separate Port Technology coverage described private 5G as a core connectivity layer for smart terminal operations.
Why it matters for buyers: port, rail and road operators are now planning private networks as part of capital programmes with multi-year timelines, so the network decision gets locked in alongside cranes, wharves and rolling stock. Teltronic’s 5G-ready, FRMCS-aware design is a model for buyers who need LTE today and a migration path later. → Model the return on crane automation, yard equipment and connectivity with the TeckNexus Ports ROI Calculator.
3. Defence and public safety turn to deployable networks
Defence, emergency and public-safety buyers favoured networks they can move, run independently of public infrastructure and keep under sovereign control.
- Portuguese Army: invested EUR 587,000 in an autonomous tactical 4G/5G network developed with MEO (Altice Portugal) and funded through the Military Programming Law. The platform runs independently of civilian infrastructure and can be deployed rapidly to remote or blackout-affected areas, supporting secure voice, live video and real-time data for advanced command posts.
- Vodafone Spain: delivered a deployable mobile unit with an integrated private 5G network to Spain’s Military Emergency Unit (UME), the first of its kind for the organisation, to support field operations.
- Orange Business (France): acquired Obvios’ Dome cloud-native private 5G platform and integrated it into its Defense and Security division to expand secure, resilient private connectivity for critical infrastructure, defence and public-safety customers.
- Dell Technologies: Dell Federal 5G combines radios, core and CU/DU software, PowerEdge infrastructure and private wireless orchestration in a federally compliant, O-RAN-based solution designed and developed in North America, supporting command and control, flight-line operations, smart maintenance, secure base communications, tactical edge and ship-to-shore use cases.
- Chunghwa Telecom & Askey (Taiwan): combined Chunghwa Telecom’s private 5G network with Askey’s mobile platform to take portable private 5G to sites beyond factories and industrial parks; separately, a Kaohsiung pilot is using a portable private cellular network to support high-risk building tasks and automate operations on social housing construction sites.
- Telox & Lyfo: Telox added built-in support for Lyfo’s resilient connectivity to its TE350 mission-critical LTE handheld, switching dynamically across public and private LTE and 5G networks to keep push-to-talk, VoLTE and operational applications available.
Why it matters for buyers: deployable and sovereign private networks are becoming a distinct procurement category, with their own evaluation questions: time to deploy, independence from civilian networks, device switching between networks, and where the platform is designed and controlled. → Turn those requirements into a weighted vendor evaluation with the TeckNexus RFP Scorecard Generator.
4. Campus, industrial and healthcare deployments widen the reference base
Named enterprise deployments in finance, food processing, mining research and healthcare gave buyers outside the usual verticals their own reference points.
- Hana Financial TI (South Korea): deployed a private 5G network across 16 floors of Hana Financial Group’s new Cheongna headquarters in Incheon, working with SK Telecom and Samsung Electronics, supporting flexible workspaces, real-time collaboration and secure access for around 3,000 employees.
- Yihai Kerry (China): migrated its on-site private network to 5G at its Lianyungang industrial campus.
- Nokia & Boldyn Networks (Finland): deployed private 5G at the Callio FutureMINE site, a mining-focused test environment.
- Mobile Heartbeat: added private 5G support to its Banyan clinical communication platform, tested with Pixel Health, giving hospitals and health systems another connectivity option alongside Wi-Fi.
- Industry analysis: Automate described rising throughput, latency and reliability demands on factory networks from autonomous mobile robots, machine vision and AI-enabled equipment, and a sponsored Energy Monitor piece framed private 5G ROI in oil and gas around connected workers, automated inspections and condition monitoring.
- TeckNexus analysis: “Private 5G Economics Across Industries” sets out why ROI drivers differ across mining, ports, manufacturing, airports and utilities, “From Pilot to Production” explains why technically successful pilots stall, and “Private 5G at the Data Centre Edge” covers how multi-site enterprises split radio, core and compute between sites and metro edge data centres.
Why it matters for buyers: a financial headquarters, a food-processing campus and a clinical platform each added a named deployment this month, so buyers in office, healthcare and process industries can benchmark against comparable sites. The harder question is moving from pilot to production, which depends on the business case more than the radio. → Find the deployment pattern closest to your sector in TeckNexus Vertical Intelligence.
5. The managed model reshapes the supply side
Vendors, integrators and operators reorganised around simpler, managed and shared delivery models this month.
- Heddian & Kajeet: Heddian will acquire Kajeet’s private wireless deployment business, including its customer base and deployment pipeline, while Kajeet focuses on its Sentinel orchestration platform, which Heddian will license for networks in utilities, healthcare, higher education and airports.
- Samsung: detailed its private 5G Network in a Server platform, which runs Samsung RAN products and 5G core software on a single COTS server for on-premise deployments.
- Antevia Networks & Ontix (UK): completed a technical integration of Antevia’s 5G in-building solution with Ontix’s Nexus neutral-host gateway, advancing their May 2026 partnership, and demonstrated private and public 5G services running concurrently on the same radio infrastructure. Antevia separately introduced 5G SHIFT, an end-to-end private 5G solution aimed at simpler, faster deployment.
- Nokia: indicated plans to bring AI to the campus level for private 5G networks, integrated with wide-area network deployments, for network management and optimisation across enterprise sites.
- Operator models: Indian mobile operators investing in spectrum and national networks are offering managed private networks, spectrum leasing and managed connectivity services (Communications Today), and Telecom Review Africa described Africa’s private 5G market forming around partnerships between operators, hyperscalers and neutral hosts.
- TeckNexus analysis: “Managed Private Networks” explains what a managed private network includes and how to structure pricing, service levels, security and exit terms, and “Who Should Own a Private 5G Network?” compares enterprise-owned, operator-managed, neutral-host and spectrum-leased models.
Why it matters for buyers: buyers now have more ways to get a private network than to build one themselves: managed services, server-based platforms, shared private and public radios, and operator spectrum leasing. The ownership and operating model is worth deciding before the vendor shortlist, because it changes what you are actually buying. → Compare architecture and delivery options with the TeckNexus Technology Selector.
6. Market signals, spectrum and security
Market data, spectrum policy, device support and security research all moved this month, each shaping the conditions buyers plan against.
- GSA: its latest market report counts 2,000 operational private mobile networks worldwide and notes a slower deployment pace than in 2022 (Light Reading).
- MIIT (China): launched a national pilot to scale standalone private 5G across priority industrial sectors, shifting from operator network slicing toward enterprise-led, on-premise networks that integrate 5G base stations, core and edge with industrial optical networks and Ethernet. The pilot builds on the 2030 target of 50,000 private 5G networks covered in July and adds a CNY2.5 trillion industrial internet value goal; spectrum allocation for private firms remains unspecified. TeckNexus compares the two routes in “Network Slicing vs Dedicated Private 5G”.
- Apple & Anterix (US): Apple’s iPhone 18 Pro and iPhone Duo are reported to be the first iPhone models interoperable with private LTE networks using Anterix-licensed 900 MHz spectrum.
- CBRS: Fierce Network analysis argued that regulatory certainty around shared CBRS spectrum could help sustain US manufacturers’ investment in private networks for automation and predictive maintenance.
- Palo Alto Networks: highlighted that traditional enterprise firewalls lack visibility into device-to-device traffic inside a private cellular APN, leaving room for lateral movement across endpoints, the same exposure behind the OneLayer automatic detections TeckNexus covered in August in “OneLayer Turns Real Cellular Threats Into Automatic Detections”. Spiceworks analysis separately noted that private 5G security depends on implementation, from device management to core configuration and access controls.
- TeckNexus analysis: “The Missing Line in Private Network ROI” sets out the operating costs most private 5G business cases leave out.
Why it matters for buyers: slower overall deployment pace, new device support and fresh national pilots point the same way: growth now depends on business cases that hold up in operation, including security and running costs. iPhone support for licensed 900 MHz private LTE widens which devices utilities and critical-infrastructure buyers can bring onto their networks. → Score your security posture with the TeckNexus Assessments, including Private Network Security for Utilities.
What Private Network Insights for September 2026 means if you’re evaluating a private network
September’s throughline is private networks becoming operated infrastructure: permanent at airports and venues, embedded in port and rail capital programmes, deployable for defence, and increasingly delivered as a managed service. Six moves follow directly from the month:
- Plan private 5G and Wi-Fi as one airport or venue design — MSP, Ontario International and Yokohama Arena all show private 5G running as permanent infrastructure alongside existing wireless.
- Decide the ownership and operating model before shortlisting vendors — Heddian’s acquisition of Kajeet’s deployment business, Boldyn’s design-build-operate contract and India’s operator leasing offers all change who runs the network.
- Tie the network to the capital programme it serves — Lyttelton’s 2031 expansion and Teltronic’s 87 km rail network show connectivity being specified alongside cranes, wharves and trains.
- If you run defence, emergency or public-safety operations, evaluate deployable networks as their own category — the Portuguese Army, UME, Orange Business and Dell Federal 5G set out the requirements.
- Price operations and security into the business case, not just radios — Palo Alto Networks’ APN findings and GSA’s slower deployment pace both point to running costs and risk as the deciding factors.
- Check device support early — iPhone interoperability with Anterix 900 MHz private LTE and Telox’s network-switching handheld show device choice now shapes what the network can carry.
Catching up? Last month’s signal is here: Ports, Pastures, and Policy: Private Network Insights, August 2026 →
→ Start with the TeckNexus Intelligence Platform — independent, buyer-neutral tools for spectrum, TCO, architecture, and RFP decisions.
This analysis is drawn from TeckNexus’s full curated Private Network Monthly Insights for September 2026. See every deployment, product, and partnership update →
