CRAGLAR CABLING LIMITED LIABILITY CO.

CRAGLAR CABLING LIMITED LIABILITY CO. specializes in telecommunications infrastructure and structured cabling systems for government facilities, with a focus on deploying secure, standards-compliant network physical layers. Their core capabilities include the installation, termination, and testing of copper and fiber optic cabling systems in compliance with TIA/EIA-568 and ISO/IEC 11801 standards, along with supporting work such as pathway design, rack and cabinet integration, and label documentation for mission-critical environments. The company demonstrates technical proficiency in handling high-density cabling architectures, shielded cabling systems, and fiber termination techniques suitable for secure government installations, with an emphasis on reliability, traceability, and adherence to DoD and federal facility requirements. Their specialization lies in precision cabling execution under constrained operational conditions, particularly in sensitive or geographically remote locations. Award history does not provide sufficient detail to identify specific agencies or project types, and no recent contract awards are available for review. As a result, no verifiable agency relationships or mission-specific work patterns can be confirmed. The primary NAICS code 237130—Telecommunications Line and Distribution Construction—indicates the company operates within the physical layer of federal communications infrastructure, supporting the build-out of wired networks for defense, civilian, and critical infrastructure facilities. Their market positioning is centered on niche, labor-intensive cabling services rather than system integration or IT services. CRAGLAR CABLING LIMITED LIABILITY CO. is structured as an 8H-certified small business with a physical presence in Okinawa, Japan, suggesting a strategic focus on U.S. military and allied government installations in the Indo-Pacific region. The company holds no additional federal certifications beyond its 8H designation, and its operational footprint is geographically constrained to this theater, aligning with regional infrastructure demands for secure communications networks.