Skip to content Skip to footer

Project Overview

  • Client: Qetaifan Island
  • Consultant: Atkins
  • Main Contractors:
    • Consolidated Contractors Group S.A.L (Offshore) (CCC)
    • Tyseer Contracting Company – JV
    • Al Jaber Trading and Contracting

Deployed Solutions:

  • AI-powered cameras for vehicle counting, license plate recognition, and vehicle type identification.
  • HD live streaming cameras and time-lapse solutions.
  • Solar-powered systems with P2P Wi-Fi network connectivity.
  • 15-meter custom-built camera towers.
  • Centralized and contractor-specific project dashboards.

Challenges

  1. Complex Stakeholder Requirements:
    • The project involved multiple contractors working on different tasks within the same location.
    • The client required a centralized dashboard for a holistic view of all ongoing projects.
    • Each contractor needed access to a tailored dashboard limited to their specific project data.
  2. Remote Monitoring Needs:
    • Real-time vehicle tracking at entry and exit points, including type differentiation and license plate recognition.
  3. Infrastructure Limitations:
    • Lack of a reliable power grid and internet connectivity.
  4. Tower Stability:
    • The need for 15-meter-high camera towers capable of withstanding harsh environmental conditions.

Solutions Implemented

  1. AI-Powered Surveillance:
    • Deployed advanced AI cameras at main entry and exit points for real-time vehicle counting, license plate recognition, and vehicle type identification.
  2. Custom Dashboards:
    • Delivered a centralized dashboard for the client to monitor all ongoing projects.
    • Implemented individual dashboards for each contractor, ensuring data privacy and streamlined project-specific insights.
  3. Sustainable Power and Connectivity:
    • Installed solar-powered systems for energy independence.
    • Used a P2P Wi-Fi solution to connect cameras and dashboards seamlessly.
  4. Custom-Built Camera Towers:
    • Designed and constructed 15-meter-high camera towers with robust materials to withstand environmental stress and ensure high performance.

Outcome

  • Enhanced Monitoring: The AI cameras provided precise, real-time data on vehicle movement, enabling efficient access management.
  • Streamlined Project Oversight: The centralized dashboard empowered the client with a comprehensive view, while contractor-specific dashboards fostered operational transparency.
  • Eco-Friendly Operations: Solar-powered systems eliminated dependency on conventional power sources, supporting sustainable infrastructure development.
  • Connectivity Across the Site: The P2P Wi-Fi network ensured reliable and secure data transmission between the cameras and dashboards.
  • Durable Infrastructure: The custom camera towers delivered stable, high-quality performance, even in challenging environmental conditions.

This case demonstrates Widelapse’s ability to deliver innovative, client-centric solutions that cater to the unique needs of multi-stakeholder projects while prioritizing sustainability and efficiency.