Services
Testing and simulation infrastructure, built to your program.
From single-device test campaigns to the simulation infrastructure behind Zone of War, our services share one methodology: measure the real hardware, then build from what it actually does.
IoT device & sensor testing
Environmental, RF, power, and protocol validation for connected hardware.
IoT testing platforms →We build and run test rigs that validate connected devices against thermal, vibration, power, and RF conditions before they ship — plus protocol-level interoperability testing across the transports (LoRaWAN, cellular IoT, BLE, Zigbee) your device actually uses.
Typical deliverables
- —Custom environmental & RF test rigs
- —Protocol interoperability validation
- —Test reports mapped to your compliance targets
- —Failure-mode documentation for engineering teams
UAV hardware-in-the-loop testing
Flight controller, payload, and comms validation on physical test benches.
UAV testing platforms →We test flight controllers, payload integrations, and communications links using hardware-in-the-loop rigs that pair real UAV hardware with synthetic flight and sensor data — catching integration failures that pure-software simulation misses.
Typical deliverables
- —Flight controller & payload integration testing
- —RF link and telemetry validation
- —Failure and edge-case test campaigns
- —Data used to calibrate simulation models
Simulation platform engineering
The modeling and scenario infrastructure behind Zone of War, available as a foundation for custom builds.
UAV simulation tools →For institutions that need simulation infrastructure beyond what Zone of War offers out of the box, we engineer custom scenario, physics, and sensor-modeling systems using the same hardware-anchored methodology.
Typical deliverables
- —Custom scenario & physics modeling
- —Sensor-response curve calibration from test data
- —Integration with existing training or research pipelines
- —Zone of War platform licensing & deployment
Testing program consulting
Advisory work for teams building or scaling an internal testing function.
For organizations standing up their own IoT or UAV testing capability, we advise on rig design, test coverage strategy, and how to structure testing data so it remains useful for simulation, compliance, and engineering review.
Typical deliverables
- —Test program design & gap analysis
- —Rig specification & sourcing guidance
- —Testing data architecture recommendations
- —Staff training & handover documentation
How engagements run
A four-step process, regardless of scope.
Scope & constraints
We define test coverage, compliance targets, and program constraints together before any rig work starts.
Rig design & build
We design or adapt test infrastructure to your hardware, timeline, and budget.
Testing & data capture
Test campaigns run with full data capture — every result is structured for reuse, not just a pass/fail report.
Reporting & handover
You receive structured reports, failure documentation, and — where relevant — calibrated simulation data.
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