Run CI on the hardware you actually ship
Flash firmware, power-cycle targets, capture logs, and run tests on your own hardware: dev kits, prototypes, custom PCBs, and production devices.
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
Start testing before your hardware is ready
No final board yet? Tell us your MCU/SoC, interfaces, and what you need to test. We build a close-to-reality setup and connect it to EmbeddedCI.
Step 1
Tell us your target
MCU, SoC, interfaces, and what you need to validate.
Step 2
We build a validation setup
Dev kit, SoC module, or custom hardware around your interfaces.
Step 3
We connect it to EmbeddedCI
Power control, UART, flashing/netboot, GPIO, I2C/SPI, and CI runs.
Not a full custom PCB service, but a validation target to catch real hardware issues early.
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
Flash firmware, boot images, and prepare the device.
Test
Run suites on real DUTs, custom boards, and lab fixtures.
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
Flash firmware, boot images, and prepare the device.
Test
Run suites on real DUTs, custom boards, and lab fixtures.
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, nobody boots the image on real silicon.
- 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.”
- Labs are hard to treat as software-defined test infrastructure.
- Scaling to many board variants or branches is painful without automation.
After
- CI runs through deploy and test on real hardware.
- Schedules and triggers keep DUTs busy, not people.
- Serial and logs in the browser, debug from anywhere.
- Pipelines are versioned and repeatable per branch or product line.
Why EmbeddedCI
EmbeddedCI connects your build system to real hardware through software-defined test infrastructure, so “passing CI” means the firmware actually runs on the device you care about.
✓
Real hardware CIevery merge can be validated on a device.✓
Software-defined test infrastructuredefine lab behavior in YAML.✓
Automated DUT controlflash, power, and orchestration built in.✓
Remote debuggingserial and logs without walking to the lab.✓
Reproducible pipelinessame YAML, same hardware, every run.
Become a design partner
We are working with a small number of embedded teams to shape how testing on real hardware in CI should work in practice.
If you are currently testing on real boards or struggling to move beyond mocks and simulations, this is for you.
Design partners get:
- Direct input into product direction
- Help setting up real hardware testing workflows
- Priority access to new features
- Preferential pricing
We're onboarding 5–10 embedded teams right now.