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@article{181054,
        author = {Shraddha Satpute and Archana Ugale and Vedanti Kulkarni and Dr. Vinita Philip},
        title = {Vehicle Overloading Challan and Alert System},
        journal = {International Journal of Innovative Research in Technology},
        year = {2026},
        volume = {12},
        number = {1},
        pages = {3309-3314},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=181054},
        abstract = {Maintaining road safety and regulatory 
standards in the quickly changing transportation 
world of today requires strict adherence to vehicle 
load 
restrictions, 
insurance 
regulations, 
and 
outstanding challans. We offer the "Real-time Vehicle 
Overload Alert, Insurance Verification, and Chala 
Status Monitoring System" an inventive solution that 
makes use of Arduino microcontroller technology to 
meet this pressing requirement. In order to precisely 
determine the weight of passing cars, this system uses 
sophisticated load sensors that are placed strategically 
along roads. An automatic GSM alarm is sent to the 
appropriate authorities as soon as a vehicle surpasses 
its weight limit, allowing for fast intervention and 
guaranteeing compliance with traffic safety laws. The 
system uses RFID receivers in addition to load 
monitoring to provide thorough confirmation of each 
vehicle's compliance status. In order to identify any 
outstanding challans or holes in insurance coverage, it 
seamlessly cross references against databases. The 
vehicle's current RFID card is smoothly integrated 
with this real-time verification process, which 
expedites record keeping and guarantees immediate 
access to vital compliance data. Our solution provides 
a thorough and proactive method of improving traffic 
safety and legal compliance by combining these 
elements. In addition to offering real- time insights, 
the smooth integration of load sensors, Arduino 
microcontrollers, GSM technology, and RFID 
verification makes it possible to monitor vehicle 
compliance effectively and precisely, greatly lowering 
the risk of accidents and legal infractions. We hope 
that this project will help create a more secure and 
controlled transportation environment, which will 
ultimately result in fewer collisions, safer roads, and 
better traffic control in general},
        keywords = {Load sensors, Arduino Microcontroller,  GSM, RFID reader, Power Supply, Display module},
        month = {January},
        }