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Development of Smart Parking Sensor System for Realtime Urban Parking Management
  1. case
  2. Development of Smart Parking Sensor System for Realtime Urban Parking Management

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Development of Smart Parking Sensor System for Realtime Urban Parking Management

embiq.com
Environmental Services
Automotive
Information technology

The Challenge

Cities face challenges with inefficient parking space utilization leading to increased traffic congestion and CO2 emissions. Current systems lack real-time data accuracy and integration capabilities with urban mobility platforms. Sensor selection between light/distance measurement technologies presented technical complexity due to varying environmental conditions and data consistency requirements.

About the Client

IoT technology provider specializing in Smart City infrastructure solutions

Project Objectives

  • Implement real-time parking occupancy monitoring with 99% accuracy
  • Reduce urban traffic congestion by optimizing parking space utilization
  • Enable integration with ITS systems and mobile applications via RESTful API
  • Achieve scalable deployment across multiple Smart City zones

Key Features Delivered

  • Occupancy status detection (occupied/free) with 2KB memory optimization
  • Time-stamped occupation duration measurement
  • WebSocket-based real-time data streaming
  • Angular dashboard for status visualization
  • LoRaWAN wireless communication with Kerlink gateway integration
  • PostgreSQL database for historical data storage

Technology Stack

Python/Django backend
TypeScript/Angular frontend
PostgreSQL database
LoRaWAN protocol
WebSocket communication
Arduino-based sensor firmware

Integrations

  • Intelligent Transportation Systems (ITS)
  • Urban mobility mobile applications
  • Parking revenue management systems
  • CO2 emission monitoring platforms

Non-Functional Requirements

  • Sub-2KB memory footprint for sensor firmware
  • 99.9% system uptime requirement
  • Real-time data latency <500ms
  • IP68 environmental protection rating
  • AES-256 data encryption for sensor communications

Project Impact

Expected 30% reduction in urban traffic congestion from parking searches, 25% increase in parking revenue through optimized space utilization, and 15% reduction in CO2 emissions from decreased vehicle idling. System scalability enables deployment across 10,000+ parking spaces with centralized management via Django admin interface.

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