Request access

EnLab IDE

Autonomous agents that work on real boards.

EnLab IDE’s agents know your exact chip. They design the PCB, write the firmware, flash it, talk to the live board, measure it with your instruments and test it, fixing what fails on their own, and keep the evidence of every step.

Request access See inside
enlab — chip knowledge

›

Illustrative session

Answers from the datasheet, not from memory.

EnLab reads SVD files, datasheets, reference manuals and errata, and builds a queryable context for your exact chip. Ask about a register and get the real bitfield definition.

The loop

Knowledge in. Evidence out.

Most AI tools stop at the compiler. EnLab keeps going. It flashes the board, watches what the hardware does, and fixes it on its own until the result holds on the bench.

  1. 01KnowledgeChip context from your datasheets and manuals.
  2. 02BuildYour real compiler and toolchain.
  3. 03FlashThrough the probe you already own.
  4. 04MeasureRegisters, scope, logic and power on the real board.
  5. 05Self-healWhen a test fails, it fixes the firmware and re-tests.
  6. 06EvidenceEvery step leaves a record you can share.

Why a harness

What our harness looks like on a real board.

A model that must work on hardware needs more than answers. The harness gives it tools, perception, memory and limits, so it can act, check the result and recover when something fails, instead of guessing.

ENLAB HARNESSAGENTplans the next stepbring up the IMU on SPI1MEMORYdatasheets · errataTOOLSbuild · flash · debugLIMITSyou stay in controlPERCEPTIONserial · scope · logicJ1U1STM32F407U2LSM6DSOY1C1C2TP1TP2R1D1J2IMU NODE · REV AYOUR BOARDSTM32F407 · LSM6DSO

Vendors

Grounded in the vendors you ship on.

Texas InstrumentsRenesasInfineonNordic SemiconductorMicrochipNXPSTMicroelectronicsEspressifAnalog Devices

Capabilities

Five jobs it does on its own.

  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.Explore

Bring up your next board with EnLab IDE.

Request access See it work
Request access for EnLab IDE