Roboticks
Use case · Embedded Development

Embedded Development

Cross-compile, test on hosted ARM64 runners, ship to NVIDIA Jetson / Qualcomm RB6 / Raspberry Pi. The same @confirms decorator gates merges across platforms.

IEC 62304ISO 14971IEC 60601ISO 13485
Read the docs
app.roboticks.io / acme-robotics / compliance
Compliance overview
Surgical robotics · IEC 62304 + ISO 14971
x86 desktop ↔ ARM64 edge
Same matrix
IEC 62304 · Class C
204 / 204
ISO 14971 · risk mgmt
112 / 112
IEC 60601 · safety
78 / 84!
ISO 13485 · QMS
55 / 55
FDA 510(k) submission
12 / 14!
evidence pack #1247 · sealedReady for assessor
Without Roboticks

Spreadsheet day before the audit.

Embedded ROS2 teams cross-compile for Jetson, build a Yocto image, flash a board, and find out at integration time that something works on amd64 but breaks on arm64. The dev loop is slow, the failure mode is hardware-specific, and the test discipline that exists on the desktop side doesn't carry to the board.

With Roboticks

Audit-ready bundle on every release.

Run colcon test on hosted ARM64 Fargate Spot runners — same binaries as Jetson — on every PR. Self-host a runner on the lab Jetson connected via Ethernet for the on-hardware step. The @confirms decorator carries across both: an arm64 sim test that passes plus a Jetson HIL test that passes both confirm the same requirement, and the matrix reflects it.

Industry-specific recipes in the docs.

Standard-mapping templates, code samples, audit-pack examples.

Get audit-ready for embedded development.

Free for OSS & research · honest pricing for teams · custom for enterprise.

See pricing