We integrate drones, AI, IoT, and enterprise IT under one 8(a)-certified roof — so your farm operates as one intelligent system. From sensor to satellite. From drone to dashboard. From field to ERP.
Most AgriTech vendors do one thing. We engineer all three — and the integration layer that makes them work as one system.
Spray drones, multispectral surveillance, and fixed-wing long-range UAS — engineered under our JMJ Propulsion Labs heritage. CMMC-aligned. FAA Part 137 ready. Built for federal-adjacent customers who can't use Chinese-origin platforms.
Explore drone solutionsComputer vision for crop scouting, predictive yield models, anomaly detection — built on your data, owned by you. No SaaS lock-in, no vendor cloud, no surprise IP claims on your harvest data.
Explore AI solutionsTwenty years of federal IT modernization, now applied to your farm operations. We integrate sensors, drones, ERPs, and accounting systems into one operating picture from field to boardroom.
Explore IT integrationWHAT WE DELIVER
Each solution is built to ship, not to demo. Quantified outcomes. Audited compliance. Operated to spec.
Every JMJ engagement is scoped to measurable outcomes — reported quarterly, defended publicly.
These ranges describe mature, fully-deployed engagements after season-on-season optimization. Year-one outcomes are typically the lower bound.
We assess. We engineer. We integrate. We operate. Every engagement, every customer, every season.
Capability and infrastructure baseline. Data and sovereignty audit. Compliance posture review. Outputs: prioritized 18–36 month roadmap.
Architecture design across drone, AI, data, ERP, and energy layers. Vendor selection. Reference deployments. Outputs: signed-off blueprints.
Build and deploy with federal-grade engineering discipline. Documented. Tested. Audited. Outputs: a system that operates.
Managed services, continuous optimization, quarterly business reviews against the original outcome targets. Outputs: outcomes — measured.
We assess. We engineer. We integrate. We operate. Every engagement, every customer, every season.
Capability and infrastructure baseline. Data and sovereignty audit. Compliance posture review. Outputs: prioritized 18–36 month roadmap.
Architecture design across drone, AI, data, ERP, and energy layers. Vendor selection. Reference deployments. Outputs: signed-off blueprints.
Build and deploy with federal-grade engineering discipline. Documented. Tested. Audited. Outputs: a system that operates.
Managed services, continuous optimization, quarterly business reviews against the original outcome targets. Outputs: outcomes — measured.
A vertically-integrated corn and soy operation across 8,000 acres in three states was running John Deere Operations Center, Climate FieldView, a separate scouting app, two drone vendors, and SAP for accounting — none of them talking to each other.
JMJ deployed a sovereign farm data fabric, retired the duplicate platforms, integrated drone scouting on a 14-day cadence, and connected outputs to the customer's SAP S/4HANA. First-season result: 18% reduction in input spend, 11% yield uplift on enrolled fields, and one operating picture from field to CFO.
Enterprise agribusinesses, state agencies, federal agencies, cooperatives, and food primes — each with their own constraints, their own compliance posture, and their own definition of success.
JMJ AgriTech Labs is where we test the hardware, the AI models, and the data architectures we deploy a year later. It's why our customer engagements aren't experiments — we already ran the experiments.
Vertical takeoff with fixed-wing endurance — purpose-built for canopy-dense operations that legacy multirotors can't cover in a single mission.
JMJ AgriTech is the agricultural arm of JMJ Consultants — sharing CAGE, 8(a) status, and 20+ years of federal delivery DNA with our sister defense practice, JMJ Propulsion Labs.
This practice — Federal-grade discipline applied to the farm. Drone, AI, IoT & data fabric integration.
Book a 45-minute discovery call with our AgriTech team. We'll walk through your current stack, your constraints, and where we'd start.
