IoT & Smart Irrigation
Sensor networks, edge gateways, AI-controlled valves. 20–50% water reduction in mature deployments.
The problem we solve.
Most farms irrigate on schedule — not on need. Soil-moisture varies by zone, by depth, by week, by storm. Fixed schedules over-water some zones and starve others, while pumps run when they don't need to and stop when they should.
JMJ designs the full IoT-and-irrigation stack: sensors, connectivity, edge compute, valve control, and the AI that closes the loop. Built for water-stressed enterprise farms in California, Arizona, Texas, MENA, and India.
Engineered, not improvised.
Per-zone soil-moisture, EC, and temperature sensor networks
LoRaWAN or NB-IoT connectivity designed for rural-edge coverage
Edge gateways with offline operation during connectivity loss
AI-driven valve scheduling combining ET (Penman-Monteith) + soil moisture + forecast
Pump-energy optimization and leak detection
What you should expect.
Engineering specifics.
We are vendor-agnostic where possible and opinionated where it matters. The stack above represents typical components; final selections depend on your operating environment, budget, and compliance posture.
Built to federal-grade standards.
Sensor data stays in your environment. SCADA-style isolation between OT and IT networks. Aligned with state water board reporting (California SGMA, Arizona AMA) and ISO 27001 information security controls.