Search, visualize, and triage your entire embedded systems stack—from Simulink models to C++ firmware. Self-hosted. Secure. Git-Native.
Bring your own weights. Deploy local LLMs or connect to private enterprise endpoints. Data never leaves your VPC.
We don't just read code; we write documentation back to your repo. Works seamlessly with GitHub, GitLab, and Bitbucket.
Native support for .slx, .c. We parse the logic gates, not just the text pixels.
Don't just search for text strings. Search for logic.
When you ask UnboxLogic a question like "How is SOC calculated?", it doesn't just give you a text answer. It opens the exact subsystem in a lightweight, browser-based viewer.
Chat responses contain deep-links to specific blocks.
See the inputs, outputs, and signal flow immediately.
UnboxLogic acts as an autonomous agent in your CI/CD pipeline. It detects changes in your Simulink models and automatically updates the corresponding functional documentation.
No more stale wiki pages. The AI explains complex logic changes—like the switch to Kalman Filter estimation—in plain English, stored separately from the code.
The previous Coulomb Counting method has been replaced.
The new **EKF Core** block fuses current integration
(prediction step) with voltage-based correction
(update step) using the OCV-SOC curve.
Ask questions in plain English. The AI maintains full repository context, indexing your entire codebase including .slx, .c, .cpp, and .m files.
It traces deep dependencies across languages to answer complex queries.
"Where is the EGR valve failsafe defined?"
UnboxLogic scans 3 repos, tracing signal path from egr_control.slx to driver in powertrain_core.c.
Diagnose issues instantly. Upload experimental data (logs, CAN traces) and UnboxLogic analyzes it against your entire repository.
Watch the AI agent autonomously work—searching code, reading files, and checking git history—to pinpoint the root cause in seconds.
Improper tuning of idle_pid_config.
Controller lacks temperature-based RPM scaling, causing integral windup.
Tracing undocumented spaghetti logic.
For complex legacy software bugs.
Piling up due to knowledge gridlock.
Don't let software and calibration hold back your launch. Reduce debugging cycles from weeks to minutes and ensure Start of Production (SOP) stays on track.