Work | Vec-643

| Role | FTE (weeks) | Comments | |------|--------------|----------| | Firmware Lead (FE) | 1.5 | Architecture, code review | | Embedded Engineer(s) | 4.0 | Implementation of scheduler & driver | | Safety Engineer (SC) | 1.0 | Timing analysis, safety case | | QA Lead | 1.0 | Test plan definition | | Test Engineer | 2.0 | HIL setup, NVH testing | | Configuration Manager | 0.5 | Branching, CI pipeline updates | | Documentation Specialist | 0.5 | Update design/spec docs |

| Feature / Parameter | VEC-643 | VEC-412 | IND-900 | |---------------------|---------|---------|---------| | Max Operating Freq | 100 MHz | 48 MHz | 200 MHz | | Analog Resolution | 16-bit | 12-bit | 16-bit | | GPIO Count | 24 pins | 16 pins | 48 pins | | Isolation Rating | 1.5kV RMS | None | 2.5kV RMS | | Sleep Current | 1.2µA | 0.8µA | 15µA | | Unit Cost (est.) | $5.40 | $3.20 | $8.90 | VEC-643

VEC-643—treated as a modular, extensible system architecture—serves as a fertile concept for innovation across sectors. Its promise lies in composability, adaptability, and resilience, balanced by attention to security, ethics, and long-term stewardship. A focused research and engineering program can turn the VEC-643 idea into robust, real-world capabilities that scale. | Role | FTE (weeks) | Comments |