Completed Projects
We are committed to meeting the unique needs of every project.


Charter High-Split Walkout
Collected and mapped data across more than 44,000 miles, covering a wide range of infrastructure elements including Residential, Commercial, and MDU (Multi-Dwelling Unit) locations. The data set also includes detailed information on equipment placement, cabling routes, pole positions, and fiber interconnect points. This large-scale effort ensures a comprehensive understanding of the existing network landscape, supporting accurate planning, design optimization, and efficient deployment of future fiber infrastructure.


Texas Fiber Aerial Construction
Completed over 600 miles of aerial fiber construction in San Antonio, supporting the expansion of high-speed network infrastructure across residential, commercial, and underserved areas. This large-scale deployment enhances connectivity, improves network reliability, and lays the groundwork for future growth in the region.


Texas Fiber Splicing
Completed 8,744 fiber splices across 1,951 locations, ensuring precise connectivity and network continuity throughout the deployment area. Each splice was executed with high attention to quality and performance to support a reliable and efficient fiber infrastructure.


MD Fiber Splicing Breezeline
Performed 1,068 fiber splices across 284 locations, ensuring accurate connections and maintaining high network performance standards. Each splice was executed with precision to support consistent signal integrity and long-term reliability within the fiber infrastructure.


Maybrook Virginia Fiber Splicing
Completed 1,524 fiber splices across 60 locations, enabling high-capacity connectivity and network continuity in key areas. Each splice was carried out with precision to ensure optimal signal performance and long-term reliability within the overall fiber infrastructure.


West North Carolina Fiber Splicing
Executed 1,238 fiber splices across 130 locations in the WNC region, ensuring reliable connectivity and network continuity. Each splice was performed with precision to maintain signal integrity and support the performance of the broader fiber infrastructure.


COAX Splicing
Successfully spliced over 11,700 active connections and replaced more than 3,000 pieces of COAX equipment. These upgrades were carried out to enhance network performance, improve signal quality, and ensure consistent service delivery across all affected areas.


Breezeline Fiber Aerial Construction
Completed over 45 miles of aerial fiber construction in St. Michaels, supporting Breezeline’s network expansion efforts. This deployment enhances regional connectivity by delivering high-speed fiber infrastructure to residential and commercial areas, ensuring reliable and future-ready broadband services.


Virginia Fiber Aerial Construction
Completed over 250 miles of aerial fiber construction across various regions in Virginia, significantly expanding broadband infrastructure to support high-speed internet access. This large-scale deployment strengthens network reliability, improves service coverage, and lays the foundation for future growth in both residential and commercial areas.


WNC Fiber Aerial Construction
Completed over 15 miles of aerial fiber construction in West North Carolina, enhancing connectivity and expanding high-speed network access across the region. This project supports reliable broadband services for both residential and commercial customers, contributing to the area’s digital growth and infrastructure modernization.


UG Fiber Construction
We completed 487 miles of underground fiber construction across North Carolina, utilizing horizontal directional drilling as a primary method for efficient and low-impact installation. This technique allowed us to place fiber infrastructure beneath roads, waterways, and developed areas with minimal surface disruption. Our team delivered a high-quality, durable underground network designed to meet current and future broadband demands, while maintaining compliance with all regulatory and environmental standards.