System Origin
AI for embedded software development — built by automotive engineers, not retrofitted from a chat tool. Generate, refactor, and validate firmware code with awareness of the hardware, the standards, and the test rig.
// Access is rolling out in waves. We'll reach out before adding you.
Generic AI tools don't understand your firmware.
Embedded teams have the same code-generation tools as web developers, and that's the problem. Generic models suggest dynamic allocation in interrupt context, ignore MISRA, hallucinate register addresses for the wrong silicon revision, and produce test stubs that don't compile against your HIL harness.
The output looks plausible. The signoff doesn't. Engineering hours that should have gone to validation go to scrubbing the AI's work for things a static analyzer wouldn't catch until integration.
Built around how embedded software is actually shipped.
MISRA & AUTOSAR-aware code generation
Generated C and C++ respects your project's coding standard from the first token — not after a static analysis pass. Configurable rule sets for MISRA C:2012, AUTOSAR C++14, CERT-C, and your team's house overlay.
Hardware-aware suggestions
Point it at your MCU's reference manual and pin map. Suggestions reference the right peripheral, the right register, the right silicon revision — and flag when an idiom is fine on a Cortex-M7 but a bug on an M0+.
HIL & VIL test scaffolding
Turn a requirement into a runnable test against your existing rig. Generates restbus stubs, scenario fixtures, and assertions in the format your AutomationDesk, vTESTstudio, or VeriStand suite already uses.
Traceability & signoff evidence
Every generation produces audit-ready trace: requirement → code → test → result. ISO 26262 and IEC 61508 evidence isn't an afterthought you reconstruct three months later.
How it fits your workflow
Requirement in
Point System Origin at a requirement, a ticket, or a plain-English description of the behavior you need.
Generate
Standards-aware code and test scaffolding, generated against your target MCU and your project's coding standard.
Verify
Output compiles against your toolchain and runs on your rig. You review every line before it merges.
Trace
Requirement-to-test evidence is recorded automatically, ready for signoff — no reconstruction at audit time.
Built by engineers who've shipped automotive software.
System Origin isn't a wrapper around a general-purpose model. It's tuned on the parts of embedded development that generic AI gets wrong — interrupt safety, deterministic timing, fixed-point math, hardware abstraction boundaries, and certification workflows. The team building it has lived inside HIL labs, ECU bring-up, and ISO 26262 audits. The tool reflects that.
Get on the waitlist
We're onboarding embedded teams in waves. Drop your work email and we'll reach out when there's a slot that fits your stack.
// We'll only use this email to coordinate access. No newsletter.
Common questions
When does System Origin launch?
Early access is rolling out now in small waves. General availability follows once we've validated the tool inside several real ECU programs. Joining the waitlist is the fastest way to hear when your stack is in scope.
Which silicon does it support?
Early access targets the common automotive MCU families — NXP S32, Infineon AURIX, STM32, Renesas RH850 — with broader coverage rolling in. If you're on something specific, mention it when we reach out.
How does it handle our IP and code?
Code generation can run against project-local context only. Nothing about your firmware, your hardware files, or your test artifacts is required to leave your environment. Deployment options are part of the early-access conversation.
Does it replace our existing toolchain?
No. System Origin slots in alongside the toolchain you already validated — your compiler, your static analyzer, your HIL stack, your version control. It accelerates the work between those tools; it doesn't ask you to replace them.
What languages does it support?
C first — because that's where most production firmware still lives — with C++ next. Support is aligned to embedded reality, not language fashion: MISRA C:2012 out of the gate, AUTOSAR C++14 as C++ coverage lands.
How is it licensed, and what will it cost?
Early access is free for design partners. Commercial pricing will be set together with early users, based on how the tool is actually deployed — per seat, per program, or site-wide. Nothing you adopt during early access locks you into a pricing model.
Does it integrate with our IDE and CI?
System Origin is CLI-first, which makes it CI-friendly by design — it runs anywhere your build runs, from a Jenkins node to a GitLab runner. Editor integrations are on the roadmap; the CLI is the stable surface early-access teams build on today.