Remote Generator Monitoring & Control System
IoT-based system enabling real-time monitoring and remote control of generators with offline data buffering and reliable command execution.
Country
India
Industry
Energy / Infrastructure
Project Duration
3–5 months
Overview
A system designed to remotely monitor and control power generators from anywhere in the world through a centralized dashboard.
The system focuses on reliability, ensuring that control operations are executed correctly even during network failures.
Challenges & Solutions Provided
The Challenges
Generator operations were dependent on manual intervention and unstable network environments, leading to delays and inefficiencies.
- No remote control of generators
- Manual monitoring required on-site presence
- Network issues caused data loss
- No reliable way to execute commands during downtime
The Solutions
Developed a system integrating IoT devices with a backend platform to enable real-time monitoring and reliable remote control.
- Remote ON/OFF control of generators
- Real-time status monitoring dashboard
- Local data and command storage
- Automatic sync after network recovery
Key Architecture Decisions
Offline Command Buffering
Implemented local storage on the device to queue commands and data during network failure.
Reliable Sync Mechanism
Designed a synchronization system to ensure commands execute in correct order after reconnection.
Device-Backend Communication
Established stable communication between IoT device and backend for real-time updates.
Project Flows
Remote Control Flow
User sends command from dashboard
Command processed by backend
Command forwarded to IoT device
Device executes command
Status updated in system
Offline Resilience Flow
Network becomes unavailable
Device stores commands locally
Operational data stored in local memory
Network restored
Stored data synced to backend
Dashboard reflects latest state
Key Features
Remote Control
Turn generators ON/OFF from anywhere in the world.
Real-Time Monitoring
View generator status, usage, and performance live.
Offline Data Storage
Store commands and telemetry locally during network downtime.
Auto Sync
Synchronize data and commands automatically after reconnection.
Multi-Location Tracking
Monitor multiple generators across locations.
Business Benefits
Enabled remote generator control without physical presence
Prevented data loss during network failures
Improved monitoring efficiency across multiple locations
Global
Remote Accessibility
Improved
Command Reliability
Near Zero
Downtime Data Loss
+30%
Operational Efficiency
Technology Stack
Next JS
TypeScript
Tailwind CSS
Node JS
TypeScript
PostgreSQL
Socket.IO
MQTT
AWS
Next JS
TypeScript
Tailwind CSS
Node JS
TypeScript
PostgreSQL
Socket.IO
MQTT
AWS
Next JS
TypeScript
Tailwind CSS
Node JS
TypeScript
PostgreSQL
Socket.IO
MQTT
AWS
Conclusion
This system transformed generator management from manual and location-dependent operations into a reliable, remote-controlled workflow. By integrating IoT devices with a centralized platform, operators can monitor and control generators from anywhere with confidence.
