Solutions /
Aerospace & Defence
BootLoop orchestrates target hardware, controlled I/O, buses, fixtures, and instruments to produce deterministic verification evidence for embedded aerospace and defence systems.
The problem
Rare faults and degraded states are difficult to recreate, target hardware is scarce, and important procedures remain tied to custom scripts or individual engineers. When requirements, configurations, and results live in separate systems, integration failures surface late and verification evidence becomes expensive to reproduce.
With BootLoop
BootLoop turns requirements, interface documentation, schematics, and expected behavior into reviewable tests executed on target hardware. The hardware-aware agent accelerates test and firmware engineering, while every run remains explicit, repeatable, and tied to the exact hardware, software, fixture, and procedure used.
Workflow
STEP 01
Model requirements, interfaces, and configurations
Bring in system requirements, schematics, datasheets, bus definitions, operating modes, and expected results. BootLoop creates a hardware-aware foundation linking system intent to target interfaces and executable verification procedures.
STEP 02
Exercise faults and degraded modes deterministically
Connect target hardware, buses, I/O, fixtures, and instruments. Generate or codify tests for timing, initialization, communication loss, invalid sensor inputs, power events, redundancy, failover, and recovery behavior.
STEP 03
Preserve evidence across every change
Capture the exact configuration, stimuli, measurements, and results from every run. Reuse proven procedures for change-impact regression, hardware revisions, supplier integrations, and long-lived software baselines.
A common verification record across programs and suppliers
Systems, firmware, integration, verification, and supplier teams need more than shared scripts. BootLoop keeps requirements context, test definitions, configurations, and execution evidence together so critical behavior can be reproduced and reviewed across organizational boundaries.
Requirements connected to executable target-hardware tests
Configuration-controlled evidence for every test run
Anomalies and fixes preserved as repeatable regressions
Field note
Critical behavior should be reproducible in the lab—not rediscovered during flight or mission testing.
Built for verification and integration teams
Aerospace and defence
Configuration-controlled evidence
Timing, buses, power, and I/O
Repeatable impact regression
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