Project Overview
Client: Ashghal
Consultant: AECOM
Contractor: Leighton Contracting and Al Jabor Engineering
Solution Deployed: HD Live Camera and Time-Lapse System
Challenges
- Remote Location:
The project site was in a remote area, with little to no reliable internet coverage. This posed a significant challenge in maintaining consistent camera connectivity for live streaming and time-lapse recording. - Internet Connectivity Across 30 km:
The vastness of the project area required a solution to extend internet access over 30 kilometers. - Solar Power Dependency:
The lack of electrical infrastructure necessitated a fully reliable solar-powered system. - Camera Tower Stability:
The extreme wind conditions in the open desert environment required the construction of a high, wind-resistant camera tower. - Industrial-Grade Durability:
The harsh environmental conditions, including high temperatures and dust, demanded equipment capable of withstanding industrial-grade wear and tear.
Solutions Implemented
- P2P Multipoint Wi-Fi Network:
- Designed and implemented a Point-to-Point (P2P) multipoint Wi-Fi solution to provide internet connectivity.
- Internet was sourced from the site office and extended to the 30-kilometer project radius, ensuring uninterrupted live streaming and data uploads.
- Solar Power Integration:
- Installed solar-powered systems for each camera, ensuring uninterrupted operation without reliance on grid power.
- Custom Camera Tower Construction:
- Constructed a 28-meter-high camera tower with precise engineering and wind-resistance calculations.
- The tower was designed to withstand strong desert winds and maintain camera stability for high-quality images and live feeds.
- Industrial-Grade Equipment:
- Deployed IP66-rated components for all hardware, ensuring protection against dust and water ingress, along with durability in extreme temperatures.
Outcome
- Reliable Monitoring: The HD live camera and time-lapse systems provided Ashghal, AECOM, and contractors with consistent, high-resolution visuals for monitoring project progress remotely.
- Enhanced Connectivity: The P2P multipoint Wi-Fi solution delivered stable internet across the entire project area, solving the connectivity issue efficiently.
- Sustainability: Solar-powered systems reduced the carbon footprint of the project while ensuring continuous operation.
- Safety and Stability: The custom-built, wind-resistant tower ensured high performance and durability, minimizing maintenance needs.
- Improved Collaboration: The solution enabled stakeholders to access live and archived visuals, fostering better decision-making and collaboration.
This case highlights Widelapse’s commitment to providing innovative and sustainable solutions for complex and large-scale projects, meeting client needs with precision and reliability.