Overweight Vehicle Detection System

AI-Powered Real-time Vehicle Weight Monitoring

Active Development Q2 2025

Project Overview

Our Overweight Vehicle Detection System represents a breakthrough in intelligent transportation monitoring. This comprehensive solution combines advanced computer vision algorithms with precision weight sensors to detect overweight vehicles in motion, automatically generating challans for traffic enforcement agencies.

Key Features

  • Real-time vehicle weight detection while in motion
  • AI-powered license plate recognition
  • Automatic challan generation and dispatch
  • Integration with existing traffic management systems
  • Weather-resistant design for 24/7 operation
  • Real-time data analytics and reporting

Technical Specifications

Detection Accuracy: 98.5% for vehicles 5-40 tons
Speed Range: 5-120 km/h operational detection
Response Time: < 2 seconds from detection to challan
Operating Conditions: -20°C to +60°C, IP67 rated

Technologies Used

TensorFlow & PyTorch
OpenCV
NVIDIA Jetson
AWS IoT Core
PostgreSQL
5G/4G Connectivity

Expected Impact

75%
Reduction in overweight vehicle violations
60%
Decrease in road infrastructure damage
90%
Automation in enforcement process

Oversize Vehicle Detection & Challan System

Intelligent Dimensional Analysis for Road Safety

Beta Testing Q3 2025

Project Overview

The Oversize Vehicle Detection System uses advanced computer vision and LIDAR technology to accurately measure vehicle dimensions in real-time. This system ensures compliance with road regulations and automatically generates citations for vehicles exceeding size limits.

Key Capabilities

  • 3D dimensional analysis using LIDAR and cameras
  • Multi-lane simultaneous monitoring
  • Integration with permit verification systems
  • Automatic route compliance checking
  • Real-time alert system for traffic control
  • Historical data analysis and trend reporting

Core Technologies

LIDAR Sensors
Stereo Vision
Point Cloud Processing
Edge Computing

Automated Calling Solution for RTO Challans

AI-Powered Voice Communication System

Prototype Phase Q4 2025

Project Overview

Revolutionary automated calling solution that uses advanced AI to handle pending RTO challan communications. The system employs natural language processing to conduct human-like conversations, payment reminders, and dispute resolution assistance.

Advanced Features

  • Natural language conversation capabilities
  • Multi-language support (Hindi, English, Regional)
  • Payment gateway integration
  • Sentiment analysis and escalation protocols
  • Automated follow-up scheduling
  • Compliance recording and documentation

AI Technologies

Speech Recognition
NLP Engine
Voice Synthesis
Conversational AI

AI-Driven Tyre Tread Wornout Detection

Computer Vision for Vehicle Safety Assessment

Research Phase Q1 2026

Project Overview

Cutting-edge AI system that automatically analyzes tyre tread patterns to determine wear levels and safety conditions. This system enhances vehicle safety by providing accurate tread depth measurements and predictive maintenance recommendations.

Innovation Highlights

  • Deep learning-based tread pattern analysis
  • Non-contact measurement technology
  • Predictive wear modeling
  • Integration with vehicle inspection systems
  • Mobile app for instant assessments
  • Fleet management integration

Advanced Technologies

Computer Vision
Deep Learning
Mobile AI
Predictive Analytics

Smart AgroSense: AI + IoT Farming Platform

Sustainable Agriculture Through Intelligent Technology

MVP Development Q2 2025

Project Overview

Smart AgroSense is a comprehensive IoT and AI platform designed to revolutionize sustainable and organic farming practices. The platform provides real-time monitoring, predictive analytics, and automated control systems to optimize crop yield while maintaining environmental sustainability.

Platform Features

  • Multi-sensor environmental monitoring
  • AI-powered crop health analysis
  • Precision irrigation control
  • Weather prediction integration
  • Pest and disease early warning
  • Yield optimization recommendations
  • Organic certification compliance tracking

Smart Technologies

IoT Sensors
Drone Integration
Cloud Analytics
Mobile Dashboard
Smart Irrigation
Climate Control

Sustainable Impact

40%
Water consumption reduction
25%
Increase in crop yield
50%
Reduction in pesticide use

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