Using an iot for under and overloading the railway wagons.

Inspiration

The inspiration for this project came from the pressing need to enhance safety and efficiency in the railway freight industry. Overloading and under-loading of railway wagons can lead to accidents, damage to goods, and operational disruptions. It was crucial to find a solution that could help prevent these issues, and that's where the idea of an IoT-based system came into play.

How we built it

Research and Planning Hardware Design and Sensor Integration Communication Data Analysis Alerts and Reporting Maintenance and Improvement

Challenges we ran into

Environment factors Data security Cost and scalability

Accomplishments that we're proud of

What we learned

IoT Technology Sensor integration Unique challenges

What's next for Using an iot for under and overloading the railway wagons.

Prototype and Develop the project

Built With

• cloudservices
• communicationprotocols
• databases
• edgecomputing
• iotframeworks
• machine-learning
• powermanagement
• programminglanguages
• railwayapi
• sensors