Battery-powered sensors in your fields, tanks, and stores send readings over kilometres to one gateway, then on to your phone as charts and SMS/WhatsApp alerts.
Published studies put the water savings at 20 to 35% when irrigation follows real-time soil moisture readings instead of a fixed schedule.
Sensors run 5 to 10 years on a battery and reach the gateway from 10 km or more. Only the gateway needs power, and it can run on solar.
Open-field range from a single gateway to a sensor. Hundreds of sensors, one subscription.
No SIM card, cellular plan, or mains power at the sensor. Built on the open LoRaWAN standard, with no vendor lock-in.
Water savings when irrigation follows real-time soil readings, across multiple published studies.
Poor cell coverage, no power in the fields, decisions made on habit and hope. LoRaWAN was built for exactly this terrain.
Probes at root depth report hourly. You irrigate when the soil actually needs it, not on a fixed schedule. Published studies put the water savings at 20 to 35%.
Storage temperature, tank levels, pump status, and animals leaving a boundary. The urgent things arrive as ordinary SMS or WhatsApp messages, so nobody has to open an app to act.
Sensors run 5 to 10 years on a battery and reach the gateway from 10 km or more in open terrain. Only the gateway needs power and a connection, and it can run on solar. A peer-reviewed trial in rural Mozambique ran exactly this where no telecom infrastructure existed.
We walk the land with you, propose in plain language, install and test coverage across your plots, then train your team and stay reachable. No long contracts. Support is month to month, and you own the hardware and the data.
We'd rather show you research than promises. These numbers come from published studies and industry case studies, with sources below.
When irrigation follows real-time soil moisture readings instead of a fixed schedule, across multiple published studies.
Reported by farms in Spain's Valencia region after adopting LoRaWAN-based smart irrigation.
Documented on commercial farms in LoRa Alliance / Semtech smart-agriculture case studies.
Sources: Semtech LoRa smart agriculture · Concept13 on LoRaWAN soil moisture · HashStudioz LoRaWAN in agriculture · Peer-reviewed LoRaWAN field trial in rural Mozambique · IBM: What is smart farming?. Results vary by crop, soil, and season. We'll tell you what's realistic for your land.
A peer-reviewed field trial in rural Mozambique ran LoRaWAN soil monitoring on farmland with no electricity and no telecom coverage. A solar-powered gateway and battery sensors delivered reliable readings for the full study period. That is the same architecture we install on your land.
Read the studyProbes at root depth report hourly. You irrigate when the soil actually needs it, not on a fixed schedule.
Rainfall, humidity, and temperature per plot. Useful for spray timing, frost warnings, and disease-risk windows.
Valves and pumps switched remotely, or automatically when moisture drops below a threshold you set.
Tank levels, pump running status, and leak detection. Know a pump failed before the crop tells you.
Battery-powered GPS tags on animals and equipment, with alerts when something leaves a boundary you draw.
Temperature and humidity in stores and cold rooms, with an SMS the moment conditions drift out of range.
If your question isn't here, ask it at the walkthrough. Clarity is part of the service.
Yes, that's the situation LoRaWAN was designed for. Sensors run for years on batteries and don't need any signal except the gateway's radio, which reaches 10 km or more in open terrain. Only the gateway needs power and an internet connection, and it can run on solar with a single cellular or satellite link. A peer-reviewed trial in rural Mozambique ran exactly this setup where no telecom infrastructure existed.
Typically one gateway plus a handful of soil moisture probes on your most valuable or thirstiest plot, and alerts to your phone. That's enough to prove the value on your own land in one season. If the numbers work, you add sensors. The gateway you already have will handle hundreds of them.
Honestly: it depends. The 20 to 35% figures come from published studies, and they're real, but your savings depend on how much you currently over-water, your crop, and your soil. If you already irrigate carefully, the gain is smaller. That's why our proposals state what we'd measure, so you can judge the system on your own numbers, not someone else's.
Four steps, no mystery. We walk the land with you and find where water, crops, or money are being lost, free and with no obligation. You get a plain-language proposal: which sensors go where, what it costs, what it should save, and what we'd measure to prove it. We install the gateway and sensors and test coverage across your land. Then we train you and your workers, hand over plain documentation, and stay reachable.
The dashboard flags any sensor that stops reporting, and battery levels are part of every reading, so replacements are planned, not surprises. Batteries last 5 to 10 years depending on how often the sensor reports. Swapping a sensor is a ten-minute job we can do on a support visit, or show your team how to do themselves.
The urgent things arrive as ordinary SMS or WhatsApp messages, like "Plot 3 soil is dry" or "Cold room above 8°C", so nobody has to open an app to act. The dashboard with charts and history is there when you want to look deeper, and we train whoever will use it during handover.
You choose: run it yourself with the documentation and training we provide, or keep us on a light support arrangement for changes, new sensors, and updates. There are no long contracts either way. Support is month to month. You own the hardware and the data.
Tell us a little about your farm and what you're trying to fix. We reply within one business day, usually with a few questions and a suggested next step.
We typically reply within one business day. You can also email us directly at hello@techsolutionsagents.com.