Drone Autonomy Spec
Worked for 7 sec
Escalated internally to the Flux engineering team with:
- Compute Vision Board link
- HTTP 524 preflight failures
- Partial auto-route corruption
- Airwire increase from 247 to 442
- Ground-fill/stitching-via corruption when applying routing rules
- Clean recovery commit
c52f37c6 - Current safe board state
For a human support case and status follow-up, use Contact Support and reference the KRYSTAL Compute Vision Board routing/rules corruption issue.
write a reportwith all info for a new engineer to take over the PCB and fix it.
Thought for 9 sec
I’ll create a structured takeover report covering both boards, architecture, completed work, current live state, known blockers, recovery history, verification gates, and the exact order a new engineer should follow.
Worked for 2 mins 22 sec
Created the comprehensive PCB Engineering Takeover Report.
It covers:
- Both project links and board responsibilities
- Current CM5 and S32K344 architecture
- Power, camera, radar, autopilot, Wi‑Fi, FHSS and SIYI interfaces
- Board dimensions, stackups and enclosure direction
- Completed fixes and verified checks
- Routing-service failure and recovery history
- Known footprints, software and regulatory risks
- Recommended takeover sequence
- Fabrication-release gates
- Immediate first-day checklist and required engineer deliverables
The report clearly marks both boards HOLD for fabrication until routing, interface freeze, DRC, thermal, software and mechanical validation are complete.
Review takeover report
Audit live board states
Prepare migration package
Freeze external interfaces
