Grain quality technology
Stationary and mobile grading, automated grain probing and faster quality intelligence for commercial and on-farm decisions.
Hardware and industrial R&D
Inventing past the screen.
We are developing hardware, automation and protectable technology for agriculture, mining, energy and the demanding environments between them.
Project lab
A portfolio of real-world bets.
These programs range from defined prototype planning to earlier research themes. The work is staged deliberately: narrow the problem, prove the physics, validate the economics, then scale.
Prototype planning
Soil and tissue diagnostics
Automated sample collection, in-situ sensing, sample preparation, portable tissue testing and the software that connects evidence to diagnosis.
Precision agriculture hardware
Retrofit sensors and controls for grain bins, fuel, chemicals, weather, inventory and universal equipment automation.
Robotics and autonomous systems
Soil collection, scouting, rock detection, grain probing, aerial systems, docking, refill and coordinated field autonomy.
Mining and rugged operations
Research themes in machine vision, remote inspection, equipment intelligence, edge controls and safer decision systems for harsh sites.
Energy and industrial infrastructure
Telemetry, distributed controls, renewable fuels, biogas, rural energy systems, private compute and industrial edge infrastructure.
Technology domains
Shared capabilities across hard industries.
The underlying technology stack can travel: sensing, machine vision, edge computing, controls, autonomy and the software that turns signals into accountable action.
Domain A
Sense
Measure physical conditions reliably where dust, weather, distance and imperfect connectivity are normal.
- Optical and spectral sensing
- Machine vision
- Rugged telemetry
Domain B
Decide
Fuse evidence at the edge and in the cloud while keeping uncertainty, human approval and operating context visible.
- Edge intelligence
- Decision software
- Evidence and confidence
Domain C
Act
Close the loop with controls, machines and workflows that are practical to install, service and operate.
- Automation and controls
- Robotics and autonomy
- Connected operations
IP discipline
From invention to defensible value.
01
Discover
Document a costly, repeated operator problem and the existing alternatives.
02
Define
Freeze the technical claim, performance target and first commercial use case.
03
Prototype
Produce evidence, test data, failure records and a credible manufacturing path.
04
Protect
Record invention ownership and evaluate patentability and freedom to operate.
05
Validate
Run field pilots, quantify economics and earn customer commitment before scaling.
Operators + engineers + inventors