Riding the Digitalisation Wave in Marine Remote Monitoring
Leading solution provider in optimizing power and energy usage through Remote Monitoring, telemetry, control, and fuel optimization systems for marine vessels.
Our Flagship Product
eGenkit Remote Fuel Monitoring System (eRFMS) - The Future of Marine Vessel Optimization
Remote Fuel Monitoring System (RFMS)
Our flagship eGenkit specializes in monitoring vessel activities, engine performance and optimizing fuel consumption. It is the ideal solution for Remote Monitoring, Vessel Tracking, Fuel Monitoring System, and Digitalization of marine vessels.
Vessel Activity Monitoring
Engine Performance
Comprehensive monitoring of main and auxiliary engine systems.
Real-time tracking of vessel operations and performance metrics.
Fuel Optimisation
Advanced algorithms to reduce fuel consumption and operational costs.
1. System Architecture
Comprehensive IoT infrastructure connecting engine sensors, data transmission panels, and cloud-based monitoring systems. The architecture includes main engine monitoring, flow meters, RPM sensors, electronic control units, and tank level transmitters for complete vessel fuel management.
✓ Main Engine & Auxiliary Engine Monitoring
✓ Flow Meters & RPM Sensors Integration
✓ GPS & GSM Antenna Connectivity
✓ Satellite Terminal Data Transmission
✓ Cloud Server & Web Browser Access
2. Live Web Monitoring
Real-time vessel tracking and monitoring through our web-based platform. Track vessel locations on interactive maps, monitor live engine parameters, fuel consumption rates, and operational status from anywhere in the world.
✓ Interactive vessel tracking on world map
✓ Real-time vessel profile and status
✓ Live engine measurements and parameters
✓ Comprehensive sensor data monitoring
✓ Multi-vessel fleet management dashboard
3. Automated Daily Reports
Comprehensive automated reporting system generating detailed daily performance analysis. Reports include fuel consumption summaries, engine utilization statistics, and operational mode breakdowns to help optimize vessel performance and reduce costs.
✓ Daily fuel consumption summary reports
✓ Engine speed and running hours analysis
✓ Utilization statistics by operational mode
✓ Fuel consumption percentage breakdowns
✓ Automated email delivery to stakeholders
4. AI Machine Learning Analytics
Advanced AI-powered analytics engine that analyzes fuel efficiency patterns and provides optimization recommendations. Machine learning algorithms identify optimal operating parameters, predict maintenance needs, and suggest fuel-saving strategies based on historical data and real-time performance metrics.
✓ Fuel efficiency optimization algorithms
✓ Predictive analytics for maintenance scheduling
✓ Engine performance curve analysis
✓ Optimal RPM recommendations
✓ Cost-saving strategy identification
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