Catch hardware regressions before they reach the field
A compact device attaches to your target hardware and connects it to CI. It handles power control, signal capture, firmware flashing, and digital/analog fault injection, all automatically triggered from version control.
Tell us your MCU, SoC, dev board, interfaces, or planned target hardware.
Short demo: flash, test, and debug a real target from CI.
Custom target validation
One device per target. CI runs itself.
Our small device attaches directly to your target hardware. Nothing is shared between targets, so your CI pipeline runs in parallel, unattended, and repeatable.
Step 1
Attach the device to your target
Power rail, UART, SWD, and up to 8 logic channels.
Step 2
Connect to your CI pipeline
GitHub Actions, GitLab CI, or any runner. Works offline too, no cloud account required.
Step 3
CI gates your firmware build
Power cycle, flash, boot, capture signals, fail the build if behavior changes.
Works with any MCU or SoC. No Linux required on the target.
How it works
One flow from commit to validated firmware: build success, flashing, boot, logs, tests, and result artifacts on your target setup.
Code
Push source refs and the validation flow for your target.
Build
Compile firmware and images in isolated runners.
Flash / Boot
The device flashes firmware and power-cycles the target.
Test
Run pytest against real hardware: GPIO, UART, analog signals, and current draw.
Debug
Serial, logs, and remote access when something fails.
Code
Push source refs and the validation flow for your target.
Build
Compile firmware and images in isolated runners.
Flash / Boot
The device flashes firmware and power-cycles the target.
Test
Run pytest against real hardware: GPIO, UART, analog signals, and current draw.
Debug
Serial, logs, and remote access when something fails.
Sound familiar?
If you’ve shipped embedded products, you’ve hit these walls. EmbeddedCI turns your lab into software-defined test infrastructure.
Before
- CI stops at build. The firmware regressions ship.
- Hardware testing is manual, slow, and easy to skip under pressure.
- Debugging needs a bench, cables, and someone in the lab.
- Flaky boards and environment drift break “it works on my machine.”
- Signal regressions like a changed current profile or wrong ADC threshold stay hidden until a field return.
- Scaling to many board variants or branches is painful without automation.
After
- CI catches hardware regressions on every commit, across power, signal, and behavior.
- Schedules and triggers keep devices busy, not people.
- The device captures current profiles, analog waveforms, and bus traces per run.
- Pipelines are versioned and repeatable per branch or product line.
Why EmbeddedCI
Our small device connects your CI pipeline directly to your hardware. “Build passed” means the firmware booted, the current profile looks right, and the signal behavior matches the last known-good run.
✓
Real hardware CIruns on the real device, not an emulator.✓
Software-defined testsstimulus, capture, and asserts in pytest.✓
Automated device controlflash, power, and orchestration built in.✓
Remote debuggingUART and signal capture per run.✓
Reproducible pipelinessame config, same hardware, every run.
Become a design partner
We're putting our hardware into the hands of a small number of teams before general availability.
If you're running CI that stops at the build step, or duct-taping a Raspberry Pi into your test rig, this is for you.
Design partners get:
- Early hardware access at partner pricing
- Direct line to the team for setup and firmware support
- Priority access to new features
- Preferential pricing
We're onboarding 5–10 embedded teams right now.