Blog

HyNet, the East Coast Cluster and Acorn are building entirely new energy infrastructure. Designing the network in from the start avoids the retrofit trap the old refineries are stuck in.

Annex 1, ALCOA+ data integrity and FMD serialisation have turned UK pharma plants into continuous-data operations — and the cleanroom is the hardest place to wire.

Pharmacy First turned the high-street chemist into a clinical front door, and hub-and-spoke reform turned dispensing into a logistics operation. Both shifts depend on connectivity the sector was never built for.

An aircraft turnaround is a dozen vehicles and crews working a single stand against the clock. A-CDM only works if every one of them reports in real time — and that is a network problem before it is a process one.

Avian influenza housing orders and the spread of bluetongue BTV-3 have turned biosecurity from a paper exercise into a continuous data problem. Most UK livestock farms cannot collect that data without a reliable network.

The 5G ONE4HDD project created a portable cell-on-wheels with satellite backhaul deployable at events with 10,000+ attendees, proving alternative radio suppliers match incumbent performance.

The 5G DRIVE project deployed 30 small radio units across Wales, Scotland, and England to deliver coverage to 31 tourist destinations with no previous cellular signal.

AMRs, voice picking and the move off handheld scanners are pushing big UK distribution centres past what warehouse Wi-Fi can carry. Here's why logistics operators at Magna Park and DIRFT are looking at private 5G.

Glasgow and Greater Manchester deployed IoT sensors in social housing to detect damp, mould, and heating issues proactively, combining environmental monitoring with connected care services.

Felixstowe and London Gateway are automating rubber-tyred gantry cranes and moving operators into remote control rooms. Crane automation lives or dies on the network — here's why private 5G is the layer that makes it safe.

The ORanGaN project created a complete UK pathway from GaN wafer to packaged RF power amplifier, reducing dependence on foreign semiconductor supply chains for 5G infrastructure.

Sunderland's 5G Innovation Region deployed digital installations that generated a measured 31% footfall increase, alongside connected buses and 360-degree live broadcasting.

Belfast's 5G Innovation Region deployed private 5G at Belfast Harbour for automated freight handling, safety improvements, and real-time film production connectivity.

The NSTA's flaring and venting targets and OGMP 2.0 reporting are pushing operators from quarterly surveys to continuous monitoring. Continuous methane detection needs a network the old terminals never had — here's where private 5G fits.

The REACH project validated over 50 emergency calls on a private 5G network in Buttermere, a Lake District valley with zero commercial mobile coverage, proving that private networks can save lives in rural not-spots.

The O-RANOS project built hybrid LEO and GEO satellite backhaul for Open RAN networks and developed ML-based handover prediction for UAV operations, expanding the reach of 5G to places fibre will never go.

The FoFORAN project deployed a working open 5G network across industrial sites in Blackburn, demonstrating remote robotic inspections and real-time machining optimisation for defence manufacturing.

Agratas in Somerset, AESC in Sunderland, the West Midlands Gigafactory — Britain's battery plants are vast single buildings where yield is everything and the network is part of the process, not an overlay.

The Secure 5G project combined Arqit's QuantumCloud encryption with GaN power amplifiers to build a quantum-secured, energy-efficient base station prototype under the Future RAN competition.

NHS England's Community Diagnostic Centres move CT, MRI and ultrasound out of hospitals and into high streets and retail parks — generating hospital-grade imaging data on sites that were never built to move it.

England's Connected Heartland is deploying a 5G standalone private network along the East West Rail corridor, bringing coverage to passengers and rural not-spots between Bicester and Bletchley.

Project AURA built modular Active Antenna Units that consume roughly 30% less power than conventional equipment, dismantling the myth that Open RAN means higher energy costs.

IATA Resolution 753 obliges airlines to track every bag at four points in its journey. The terminal half is solved; the airside half — apron, ramp and transfer — is where the network is missing.

South Tyneside Council and BT/Ericsson deployed private 5G at Port of Tyne for port inspection, road monitoring, vehicle tracking, and automated freight — part of the North East 5G Innovation Region.

The Growing Sussex project deployed 550+ IoT devices across 11 agricultural use cases on commercial farms, demonstrating how private 5G transforms UK food production.

How Telet Research (now Aerix) led the Best of British project to create the M5Q — a sovereign UK 5G small cell trialled at Glastonbury and Priddy Folk Festival.

The SCONDA project deployed Open RAN small cells in central Glasgow, achieving 99%+ availability and offloading 18% of macro traffic — proving small cells work at scale in real urban environments.

DEFRA's Sustainable Farming Incentive, strengthened slurry storage rules and nutrient neutrality requirements all demand data that most UK farms cannot collect without reliable connectivity.

The 5G MoDE project proved Open RAN can handle peak stadium demand during Six Nations rugby at Twickenham — with real customer traffic on a live VMO2 network.

How Jaguar Land Rover's Solihull plant replaced legacy wired systems with private 5G in a live brownfield deployment — and what it proves for UK manufacturing.

The UK's 12 Freeports are building new customs zones, warehousing and logistics hubs from scratch. Designing private 5G in from day one avoids the retrofit trap that legacy ports are stuck in.

UK food and drink plants run high-pressure caustic wash-downs every shift. Cables corrode, WiFi APs die, and BRCGS auditors want traceability data the legacy network can't deliver. Private 5G is built for the environment food factories actually operate in.

The West Midlands deployed connected care technology across three cities. The result: measurable savings in adult social care budgets through fall detection, smart speakers, and predictive analytics.

Heathrow and Gatwick get the private-5G headlines. But the UK's regional airports — five to fifteen million passengers a year, plus growing cargo operations — are the more interesting deployments, with shorter payback, simpler stakeholder maps and clearer ROI.

The UK Continental Shelf's decom programme is a £40bn job that will run for the next 25 years. ROVs, heavy lifts and asset tracking all depend on a wireless layer that doesn't exist offshore today. Here's how private 5G fits.

Heathrow, Gatwick and Manchester are electrifying tugs, belt loaders and GPUs to hit Jet Zero milestones. The apron network is the silent prerequisite — and it isn't legacy UHF or public 4G.

UK marinas juggle pontoon CCTV, smart metering, EV charging and liveaboard broadband on a patchwork of shore WiFi and 4G dongles. Private 5G replaces the lot with one managed signal.

The River Severn Partnership discovered that existing mobile microwave links can detect rainfall more accurately than radar — no new hardware needed.

Britain is building new factories again — gigafactories, semiconductor fabs, pharma plants, food production lines. The smart ones are designing private 5G in from day one and skipping the cable trays. Here's why.

A modern container terminal handles thousands of refrigerated containers — each one a small factory with its own temperature, humidity and atmosphere targets. The wireless layer that monitors them is the difference between perishable cargo arriving and perishable cargo being claimed.

Community health and care happens in living rooms, not hospitals — and the workforce is increasingly alone, mobile, and unsupported. Here's how private 5G changes lone-worker safety, e-prescribing and notes-at-the-bedside for the UK's biggest invisible workforce.

With Grangemouth closing, the five remaining UK refineries carry the country's fuel security. Their networks are mostly 1990s. ATEX zoning, autonomous inspection and ageing-asset monitoring all point at the same wireless layer.

Most of the connectivity that matters on a UK farm isn't in the field — it's inside the buildings. Poultry sheds, dairy parlours, grain stores and polytunnels each need a different network solution. Here's how private 5G ties them together.

Junction priority, HGV platooning, motorway services — the connected highway only works if there's a network alongside the road. Here's why that network is private 5G.

Thousands of people, a muddy field, and a coffee trader whose card reader has just gone offline. Here's why private 5G is becoming the connectivity backbone for UK festivals and outdoor events.

An honest breakdown of private 5G network costs in the UK — capex, opex, what drives the price, and how managed services like Aerix change the maths.

A clear explainer of the differences between private 5G and public 5G — coverage, capacity, control, security, cost — and when an organisation should pick one over the other.

A practical comparison of private 5G and Wi-Fi — how they differ on coverage, capacity, latency, security and cost, and how to choose the right one for your site.

GSM-R is end-of-life. ETCS is rolling out across the UK. The wireless bearer that glues the digital railway together is the quietest, biggest decision the industry has to make.

Cold ironing, electrified cranes and quayside air-quality sensors all need a wireless layer nobody thinks about until it doesn't work. Here's why private 5G is the one.

The North Sea is becoming the world's biggest offshore wind region. The wireless network behind the turbines is the infrastructure nobody is talking about — yet.

Wi-Fi 6 is cheap and familiar. Private 5G is deterministic and future-proof. Here's how to tell which one your plant actually needs.

NHS England's virtual ward programme is moving hospital-grade care into patients' living rooms. The clinical case is clear; the connectivity case is still being built.

Unauthorised drones and perimeter incursions cost UK airports millions. Private 5G is becoming the backbone for counter-UAS and smart-fence defence.

Robotic milking parlours and driverless tractors are changing British farming. Without deterministic connectivity across the holding, none of it works reliably.

We've rebuilt aerix.uk from the ground up — with online ordering, live coverage maps, sector guides, and a self-service customer portal.

From automated baggage to airside autonomy, private 5G is the backbone of the modern airport.

How advanced wireless connectivity is transforming safety, inspection, and operations across the energy sector.

How private 5G is replacing cables and WiFi in manufacturing — and why it matters for Industry 4.0.

From autonomous vehicles to remote crane operations, private 5G is transforming how ports move cargo.

From precision farming to livestock tracking, private 5G is transforming UK agriculture. Here's what it enables — and why most farms can't access it yet.

The UK's 2G and 3G networks are being switched off. Thousands of telecare devices depend on them. Here's what social care providers need to know — and what comes next.

From smart ports to connected depots, private 5G is reshaping transport and logistics across the UK. Here's what's happening and what it means for operators.

You can't have smart farming without reliable internet. For most UK farms, the connectivity gap is the single biggest barrier to agricultural technology.

Care homes depend on connectivity for telecare, remote consultations, and resident safety. Standard broadband isn't built for that level of responsibility.

Private 5G networks in logistics depots reduce fuel waste, prevent equipment failures, and cut emissions. Here are five practical ways connected depots save money.

Bad broadband costs UK farms more than just slow email. From livestock theft to missed market opportunities, poor connectivity has a real financial impact.

The story of how we brought 5G broadband to one of Wales's most remote communities, transforming life in the Brecon Beacons.

A plain-English guide to private 5G networks — what they are, how they work, and why they matter for communities and businesses across the UK.