The innovation centers on a layered control architecture that integrates:
- Voice-command interpretation
- Real-time thermal and flow sensing
- Embedded safety override logic
- Physical constraint enforcement at the hardware level
Unlike conventional thermostatic mixing valves or smart faucet add-ons, the system enforces safety limits independent of user command execution. This constraint-based design prioritizes deterministic safety outcomes rather than interface convenience.
A provisional patent filing protects the system architecture integrating AI interpretation with hardware-level override enforcement.
The research questions under
investigation include:
- Reliability of voice-to-control translation under varied acoustic conditions
- Latency and stability of real-time safety constraint enforcement
- Retrofit compatibility across common residential plumbing configurations