Discrete-event simulation engine
The deterministic simulation backbone we build benches on — repeatable runs, named scenarios, fault injection, and a scoring surface that survives audit.
SVC // 22
Robotics Sensor & Bus Systems
We stand up the sensors a robot would see in the wild — without leaving the lab. CAN/CAN-FD bus emulation, synthetic thermal, optical, audio, depth, and telemetry streams, and end-to-end bench harnesses that let your platform be trained, tested, and certified before it ever touches the real world.
▌▌▌ WHAT WE DELIVER ▐▐▐
DELIVERABLES
Sensors, buses, and edge cases — synthesized.
- // CAN BUS EMULATOR Multi-node CAN and CAN-FD simulation with timing-accurate traffic, replay from PCAP/DBC, and deliberate fault injection.
- // SYNTHETIC CAMERAS Photo-realistic optical, thermal, and IR imagery tuned to the lens, exposure curve, and sensor-noise profile of the target hardware.
- // SYNTHETIC AUDIO Microphone and speaker-pair synthesis with realistic acoustic environments, multi-source mixing, reverb, and configurable signal-to-noise.
- // SYNTHETIC TELEMETRY Thermal probes, IMU, LIDAR/radar, GPS, gas, pressure, current — time-series generated with controlled drift, noise, dropouts, and named failure modes.
- // BENCH HARNESS Hardware-in-the-loop scaffold that pipes synthetic streams into your real ECU/MCU/SBC over physical or virtual interfaces — and back out for scoring.
- // SCENARIO LIBRARY Reusable scenarios — adverse weather, sensor failure, calibration drift, contested environments, edge cases your QA hates — versioned with the bench.
▌▌▌ REPRESENTATIVE ENGAGEMENTS ▐▐▐
DOSSIER
Selected work — redacted.
Device-level integration & control
Hands-on experience with heterogeneous device estates, firmware-adjacent operations, and authorization-gated control surfaces — the foundation for any HIL bench.
▌▌▌ HOW WE WORK ▐▐▐
PROCESS
Spec. Synthesize. Certify.
- // 01 SPEC Identify every sensor, bus, and edge case the platform has to survive. We write them down — with acceptance criteria — before we synthesize anything.
- // 02 SYNTHESIZE Generate the streams, wire the bench, and seed the scenario library. Hardware-in-the-loop where it matters; pure software where it's faster.
- // 03 CERTIFY Run the library, measure failure modes, and hand over a reproducible test bed your engineers can re-run forever.