Deployment of a Seamless Roaming Area Coverage
Successfully Modeled Mesh Networks for Connectivity Applications
Local & Period
North Carolina, Ongoing
Industries
Portfolio & Technologies
Mesh Network, Geospatial, Field Services, Computer Vision, Digital Transformation, Systems
Summary
Aquila embarked on a pioneering project to create seamless roaming area coverage for a construction company in the initial phases of their jobsite. The objective was to establish a mesh network with robust connectivity capabilities, facilitating the deployment of a Computer Vision application in an area devoid of cellphone coverage. This project served as a vital infrastructure component for the construction of a new Car Manufacturing plant on a sprawling 900-acre site in North Carolina.
The Challenge:
Aquila's client, a prominent Construction Company, was entrusted with the construction of a state-of-the-art Car Manufacturing plant, spanning an expansive 900 acres in North Carolina. This ambitious project required innovative solutions to address the challenges posed by the remote, rural location and the absence of cellular coverage.
The Solution:
Aquila harnessed a diverse array of cutting-edge technologies to address the unique requirements of this project:
1. Mesh Network: The foundation of the solution, creating a robust, self-sustaining network for seamless connectivity.
2. Geospatial: Utilized for precise location-based services and data mapping.
3. Field Services: Ensuring the system's operational efficiency on-site.
4. Digital Twin: Facilitating real-time monitoring and management of physical assets.
5. AI and Computer Vision: Empowering the Computer Vision application to enhance site security and efficiency.
Outcomes:
Aquila's deployment of the mesh network resulted in a range of remarkable outcomes:
1. High Data Transmission Reliability: The network consistently delivered high rates of data transmission, ensuring the reliability required for critical operations.
2. Extended Coverage: Aquila's solution expanded the coverage area to a remarkable 1,800 acres, surpassing the initial requirement.
3. Low Latency and Real-Time Processing: The low-latency network allowed for real-time data processing, critical for the Computer Vision application.
4. Low Infrastructure Cost: The solution minimized redundancy, significantly reducing infrastructure costs.
5. Energy Efficiency: With power sources limited in the remote area, Aquila's solution incorporated battery-powered nodes that ran for extended periods, reducing maintenance needs.
6. Remote Monitoring and Management: The network provided remote monitoring and management capabilities, ensuring continuous operation and prompt issue resolution.
7. Strong Encryption and Security: Security measures were a paramount concern, and Aquila implemented robust encryption and data integrity safeguards.
8. Scalability and Adaptability: The solution was designed for future scalability, enabling easy expansion as the job site evolved, accommodating changes in terrain and environmental conditions.
9. Customized Dashboard: Aquila delivered a fully customized dashboard to the client, offering a user-friendly interface for managing and monitoring the network and its associated applications.
Conclusion:
Aquila's successful deployment of seamless roaming area coverage in a challenging, remote environment not only met but exceeded the client's expectations. The mesh network's reliability, extended coverage, low latency, cost-efficiency, energy sustainability, and scalability have laid the foundation for the client's new Car Manufacturing plant construction, enabling enhanced productivity and security. This project showcases Aquila's commitment to innovative technological solutions that solve real-world challenges and contribute to the success of ambitious endeavors.
Design, Implementation & Quality
February 2023 - March 2023
Stage 1: Design
Objective: The design stage involves planning and strategizing the comprehensive solution for creating seamless roaming area coverage in a remote construction site.
Problem Identification: In this phase, Aquila identifies the challenge faced by the construction company, which is the need for robust connectivity in an area devoid of cellphone coverage. The objective is to establish a mesh network to facilitate the deployment of a Computer Vision application.
Solution Development: Aquila designs a comprehensive solution that harnesses a diverse array of cutting-edge technologies, including a mesh network, geospatial technology, field services, digital twin, AI, and Computer Vision. The solution is designed to provide high data transmission reliability, extended coverage, low latency, energy efficiency, security, scalability, and a customized dashboard.
Infrastructure Planning: Aquila plans the infrastructure requirements, including the placement of network nodes, power sources, and the deployment of digital twin technology for real-time monitoring.
March 2023 - May 2023
Stage 2: Implementation
Objective: The implementation stage involves executing the designed solution to create seamless roaming area coverage for the construction site.
Technology Deployment: Aquila deploys the mesh network and integrates geospatial technology, field services, digital twin, AI, and Computer Vision. The network is established to ensure high data transmission reliability.
Coverage Expansion: The solution extends the coverage area to meet the project's requirements, surpassing the initial acreage.
Low Latency and Real-Time Processing: The network is configured to provide low latency for real-time data processing, which is essential for the Computer Vision application.
Cost-Efficiency: Aquila's solution minimizes redundancy to significantly reduce infrastructure costs, making the project more cost-effective.
Energy Sustainability: Battery-powered nodes are deployed to ensure energy efficiency in the remote area, reducing maintenance needs.
May 2023 - August 2023
Stage 3: Quality Control
Objective: The quality control stage ensures that the project's outcomes meet the desired standards and objectives.
Performance Evaluation: Aquila assesses the performance of the mesh network in terms of data transmission reliability, coverage area, low latency, cost-efficiency, and energy sustainability.
Security and Encryption Assessment: The security measures and encryption safeguards are evaluated for data integrity and protection.
Scalability Check: The scalability and adaptability of the solution are reviewed to ensure it can accommodate future changes in the job site's terrain and environmental conditions.
Dashboard Verification: The customized dashboard provided to the client is verified for its user-friendliness and effectiveness in managing and monitoring the network and its associated applications.