Shanmukhananda Hall IoT
Engineered custom hardware and low-level firmware solutions for Asia's largest auditorium to manage massive infrastructure scale and hardware automation.
Client
Shanmukhananda Fine Arts
Sensors
Fleet Managed
Protocol
MQTT
Latency
Milliseconds
The Challenge
Managing physical infrastructure (HVAC, lighting, acoustic parameters) in an auditorium seating over 2,700 people was entirely manual. The facility managers needed a centralized command center to monitor environmental data and control hardware remotely without relying on public internet (due to reliability concerns).
The Solution
We deployed an on-premise Edge computing architecture. Custom microcontrollers running lightweight C++ firmware communicate over a local MQTT broker. We built a local React dashboard that connects directly to the broker, giving the control room instant, real-time command over the entire facility's hardware grid.
Technical Architecture
- 01ESP32 microcontrollers with custom C++ firmware
- 02Local MQTT Broker (Mosquitto) for high-throughput sensor telemetry
- 03React/Node.js control dashboard deployed on a local server rack
- 04Time-series database (InfluxDB) for environmental analytics
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