Smart Home Control Hub
Integrated smart relays with Raspberry Pi controls and logic board mappings. Features real-time network states and neon ambient light sync triggers.
The Challenge
Developing high-reliability interfaces and hardware diagnostics for Smart Home Control Hub presented specific boundary challenges. System deployment required debugging logic errors, state collisions, and handling restrictive client specifications.
Primary Obstacle: Preventing relay state bouncing and syncing states instantly across three distinct web sockets.
System Implementation
Created a comprehensive micro-controller mapping that interfaces local Wi-Fi relays with modular light drivers, configured in custom C++ and mapped via responsive browser control interfaces.
Learnings & Engineering Telemetry
[01 // CORE CONSTRAINT]
Preventing relay state bouncing and syncing states instantly across three distinct web sockets.
[02 // POST-MORTEM TAKEAWAYS]
Through rigorous iteration, key system diagnostics were deployed to prevent bounces, optimize memory buffers, and guarantee consistent telemetry packets. Building this architecture enhanced understanding of complex low-level interrupts, firmware bindings, and real-time interface structures.
System Results
SUCCESS: Developed custom firmware debouncing algorithms and designed a centralized event loop listener to coordinate trigger messages.
