How UK Agritech Startups Are Using LoRaWAN for Precision Farming in 2026

The UK agritech sector isn’t slowing down. According to IMARC Group’s market research, the market was valued at $635 million in 2024 and is projected to reach $1.76 billion by 2033, with a significant part of that growth driven by startups moving away from guesswork farming toward sensor-driven, data-backed decisions. The technology making this possible for UK farms, more often than not, is LoRaWAN.

Why LoRaWAN Fits UK Farms So Well

Most UK farmlands don’t have reliable Wi-Fi or cellular coverage stretching across every field, polytunnel, or livestock shed. LoRaWAN solves this with long-range, low-power connectivity – a single gateway can cover several kilometres, and sensor nodes can run for months or years on a small battery. For precision farming, where you need dozens of sensors spread across acres, that combination of range and battery life is hard to beat.

What UK Agritech Startups Are Actually Building With It

A few precision farming applications we’re seeing gain traction across the UK right now:

• Soil moisture and irrigation automation – sensors trigger irrigation only when soil conditions actually need it, cutting water waste
• Livestock and water trough monitoring – tracking water levels and flow remotely instead of manual field checks
• Hay and forage storage monitoring – temperature and moisture sensors inside stored haystacks, catching the early heat build-up that leads to spoilage or spontaneous combustion, long before it’s visible from outside the stack
• Greenhouse and polytunnel climate control – temperature and humidity data feeding automated ventilation
• Aquaponics and controlled-environment farming – closed-loop systems where water quality has to be monitored continuously

We’ve worked directly on a few of these. Our LoRaWAN in Aquaponics build automated pond water conditioning using a LoRaWAN master-slave sensor setup, and our Smart Poultry Farming with LoRaWAN project used the same low-power approach to monitor bird health across a poultry house without running cables everywhere. Our Haystack Monitoring project applied a similar sensor network to track temperature and moisture deep inside stored hay – a problem UK livestock farms deal with just as much, especially during damp storage seasons. If you want the fuller UK-specific picture, our guide on IoT for Aquaponics and Smart Farming in the UK walks through the opportunity in more depth.

Getting Started Without Overbuilding

Most startups don’t need a custom platform on day one. A typical LoRaWAN precision farming setup is just three pieces:

1. Sensor nodes (soil, water, temperature, or livestock trackers)
2. A gateway to collect and forward the data
3. A dashboard to visualise it and set alerts

That’s where a lot of startups get stuck longer than they should – building the dashboard layer from scratch. Our SAAS IoT Platform – SensorVision platform is built to skip that step, ingesting LoRaWAN data directly and giving you a live dashboard in days rather than months. For teams that already have some in-house capability and just need the sensor or firmware side handled, our IoT Solutions Development and LoRaWAN services pages cover what we typically take on.

Where This Is Headed in 2026

As UK agritech funding grows, expect more startups to move from single-farm pilots to multi-site deployments – which is exactly where LoRaWAN’s low running cost and easy scaling start to matter more than flashier connectivity options.If you’re building something in this space and want a second opinion on your sensor architecture, get in touch – happy to talk through what’s worked for similar setups.