"Revolutionize your ride with a Motor Management System that seamlessly bridges worlds — from the road to the digital realm. Embrace cross-platform compactibility and let augmented reality elevate your driving experience to new heights. It's not just a drive; it's a journey into the future of intelligent mobility."
To monitor and maintain motor and battery of electric vehicles for analysis and troubleshooting
Our system uses CAN enabled communication system for fast and seamless wired communication protocol
Machine learning model is used to make predictive analysis on health of motor and battery and to alert user on motor overheating vulnearabilities
To visualize thermal representation of motor and battery without extensive use of thermocouple
Implementing CAN enabled Communication Protocol
"The implementation of the CAN communication protocol in our motor management system has been a game-changer. It ensures seamless and efficient data exchange, enabling real-time monitoring and control."
Advantage of Cross-Platform Compactability
"The adoption of a cross-platform motor management system has greatly streamlined our operations. It provides a unified interface accessible across different devices and platforms, enhancing flexibility and ease of use. This has not only simplified our motor monitoring but also improved overall efficiency in managing diverse systems."
Challenging Machine Learning Implementation
"I am thrilled to share my positive experience with the implementation of machine learning in predictive analysis for electric motors. This innovative approach has revolutionized our maintenance strategies, allowing us to predict and address potential issues before they become critical."
Using NoSQL database for realtime monitoring
"Implementing a NoSQL real-time database in our motor management system has been a game-changer. The speed and flexibility it offers have significantly improved data handling, enabling real-time monitoring and analysis. This technology has not only enhanced the responsiveness of our motor management but also simplified the integration of dynamic data."
Integration of ML and AR/VR feature
"The integration of Machine Learning (ML) and Augmented Reality/Virtual Reality (AR/VR) in thermal mapping, without the need for additional sensors, has revolutionized our motor monitoring system. This innovative approach has empowered us to visualize and analyze thermal data in real-time, providing a comprehensive understanding of motor performance."
Kiosk Enabled Dashboard
"The user-friendly interface and accessibility of real-time data at kiosks have enhanced our monitoring capabilities. It provides a centralized and visual representation of motor performance, enabling quick decision-making. The kiosk dashboard has not only simplified the monitoring process but has also improved overall efficiency in managing and optimizing motor systems."
