Diagnosis
Is this board healthy?
A bring-up ties up two engineers for the better part of a week, every board revision. The agent runs the loop, flashing, probing, iterating, so a person isn't the bottleneck.
Autonomous board diagnosis and validation
An agent that runs your hardware test bench.
Firmware gets written in minutes. Proving it works on real hardware still takes days. Revalabs works out whether a physical board is healthy, figures out why it isn't, and turns that engineering knowledge into permanent automated validation.
Now booking design-partner pilots
5 daysA manual bring-up, per board revision
2 engineersTied up for the whole of it
6Instrument types it connects to
$0New hardware to buy
Instruments
On the bench you own.
Revalabs connects to your oscilloscope, debugger, logic analyzer, power profiler, DMM and power supply through their existing control interfaces. Anything we do not drive yet, we write the driver for during your pilot. Nothing to buy, no capex sale.
Validation
Every revision, proven.
It measures against spec and shows exactly what passed, what failed, and why, then reruns the whole suite on the next board revision.
Safety
Nothing reaches your instruments unchecked.
A rail you declare at 5.5 V cannot be handed 100 V. That ceiling lives in the bench profile, not in anything the model writes.
- 01
Agentic exploration
The model reads the schematic and the datasheet, forms a hypothesis about what is wrong, and proposes what to measure next.
- 02
Validated actions
Every instrument command is checked against the limits declared for that bench before it is issued. An out-of-range setpoint is rejected, not clamped.
- 03
Deterministic test execution
The approved sequence then runs as a fixed script. Same inputs, same commands, same order, every rerun.
We come at it from the board.
Agents that write firmware use your instruments to prove the code runs. We start one question earlier: is this physical instance healthy? Which rail sagged, which part is dead, which layout choice failed. Firmware generation goes on top of that. Starting from the board is the harder half to retrofit.
What a pilot looks like.
One board, one full bring-up cycle, run together with us on your bench. You keep the test suite, and it reruns on every revision after that.
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