Solutions /
Automotive
BootLoop turns requirements, network definitions, and hardware context into deterministic tests on real ECUs, giving firmware teams earlier feedback before centralized HIL or vehicle integration.
The problem
HIL benches are powerful, but test authoring, specialist tooling, hardware queues, and vehicle configuration complexity keep them out of everyday development. Firmware changes accumulate before they reach real ECUs, making failures harder to isolate and more expensive to fix.
With BootLoop
BootLoop uses hardware-aware AI to generate and adapt firmware tests, then executes them deterministically across real ECUs, networks, power systems, simulated I/O, and existing instruments. Every failure produces structured evidence, and every fix can become reusable coverage across variants and programs.
Workflow
STEP 01
Model the ECU, network, and requirements
Bring in ECU requirements, schematics, datasheets, DBCs, diagnostic specifications, network behavior, and expected operating states. BootLoop organizes them into a hardware-aware foundation for test generation and execution.
STEP 02
Generate and run tests on real ECUs
Connect the ECU, networks, power controls, sensor I/O, fixtures, and instruments. Generate tests with the agent or codify existing procedures to validate startup, diagnostics, communications, power modes, fault reactions, updates, and recovery.
STEP 03
Scale coverage across variants and suppliers
Run deterministic tests on every firmware change, reuse definitions across ECU and vehicle configurations, and preserve failures as regressions. Give firmware, integration, OEM, and supplier teams the same evidence for reproducing and resolving issues.
One HIL language from firmware to vehicle integration
ECU validation should not begin only after firmware reaches a centralized test team. BootLoop gives developers, HIL engineers, integration teams, and suppliers shared test definitions and hardware evidence so failures can be found earlier and reproduced consistently.
Real-ECU feedback on everyday firmware changes
Reusable test definitions across variants and programs
Shared failure evidence across OEM and supplier teams
Field note
HIL delivers more value when every firmware engineer can use it before integration.
Built for ECU and HIL teams
Automotive
Real-ECU validation
Reusable across configurations
Networks, power, diagnostics, and I/O
Get started