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Capability 05 / 05

Tests, fixes and re-tests. Autonomously.

EnLab IDE connects to your board and instruments, reads the live state of the hardware and runs fast hardware-in-the-loop tests on its own. When something fails, it finds the cause, corrects the firmware, re-flashes and tests again, until the board passes.

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TEST24 HIL testsOBSERVEscope + registersDIAGNOSEfind the causeFIXcorrect firmwareFLASHre-flash boardRUN 1 · BOARD 01spi_stress failed12 CRC errors / 100kno person in the loopHEALED · PASS
enlab — autonomous test · board 01

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Illustrative session

See it run

A failure, healed without a person.

An SPI stress test fails. The agents read the scope, find ringing on the clock line, slow the pin’s edges in the firmware, re-flash and re-run all 24 tests.

Why it matters

Testing should not wait for a person.

Hardware tests are slow because a person runs them, reads the scope and decides what to change.

EnLab closes that loop itself: it tests, observes, diagnoses, fixes and re-tests, and keeps the evidence of every step.

What it does

Autonomous testing and self-healing, with EnLab IDE.

  • Hardware in the loop

    Tests run on the real board, with real signals, after every change.

  • Reads the live state

    Registers, serial output and instrument captures read while the board runs.

  • Self-healing

    When a test fails, it finds the cause, corrects the firmware, re-flashes and re-tests.

  • Rapid and repeatable

    Runs again and again, as fast as the hardware allows, with every run saved.

Questions

Asked a lot.

What does autonomous mean here?
The agents run the tests, read the results from the hardware and decide what to fix, without a person in the loop.
What does self-healing mean?
When a test fails, EnLab finds the cause on the live hardware, corrects the firmware or its configuration, re-flashes the board and re-tests until it passes.
Can it fix hardware faults?
It heals through firmware and configuration. When the cause is physical, like a missing part or a bad joint, it tells you exactly where to look.
How do I try it?
Request access for EnLab IDE.

All five capabilities

The whole board, start to finish.

  1. 01Schematics and PCB designReads your schematic net by net and lays out the PCB, checked against the firmware.Explore
  2. 02Board bring-upFrom first power to a running main loop, every step checked on the real board.Explore
  3. 03Talks to the live boardFlashes through your debug probe and reads the serial console and registers of the running chip.Explore
  4. 04Drives your instrumentsSets up your scope, logic analyzer and power profiler and reads the real state of the hardware.Explore
  5. 05Autonomous testing and self-healingTests the real board on its own, finds what fails, fixes the firmware and re-tests until it passes.You are here

Bring up your next board with EnLab IDE.

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