Solutions /
Industrial
BootLoop validates controllers, protocols, sensors, actuators, safety states, and recovery behavior on real hardware, helping teams update industrial equipment without introducing operational risk.
The problem
Industrial systems combine long-lived hardware, legacy protocols, customer-specific configurations, and equipment that cannot afford unexpected downtime. Tests depend on custom benches and senior engineers, while the fault and recovery paths that matter most remain difficult to exercise before deployment.
With BootLoop
BootLoop turns control requirements, interface documentation, schematics, and real equipment behavior into repeatable hardware tests. Generate or adapt firmware, exercise normal and degraded operation, and validate each change against the controllers and connected devices it must operate in the field.
Workflow
STEP 01
Model the controller and connected equipment
Bring in requirements, datasheets, protocols, wiring, and expected operating states. BootLoop organizes controllers, sensors, actuators, gateways, power systems, and industrial interfaces into one hardware-aware test foundation.
STEP 02
Exercise normal, fault, and recovery paths
Connect real controllers, field devices, fixtures, and instruments. Generate tests with the agent or codify existing procedures to validate startup, interlocks, communications, failover, power loss, safe states, and recovery behavior.
STEP 03
Reuse coverage from engineering to acceptance
Run tests throughout development, promote them into CI, and carry proven procedures into factory and site acceptance. Reproduce field incidents in the lab and preserve each fix across supported configurations and firmware branches.
One validation system across the equipment lifecycle
Product engineering, controls, manufacturing, commissioning, and service teams should not maintain separate definitions of correct behavior. BootLoop keeps hardware context, test procedures, and results together so every team can reproduce issues and evaluate changes against the same acceptance criteria.
Shared test definitions from engineering through acceptance
Repeatable fault and recovery testing on real controls
Field incidents become protection for future releases
Field note
The safest firmware update is one whose failure paths have already been exercised.
Built for embedded and controls teams
Industrial systems
Validated against real controls
Engineering through acceptance
Reusable field regression coverage
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