ALBION TELEPHONE COMPANY

ALBION TELEPHONE COMPANY specializes in telecommunications infrastructure services, with a focus on the design, installation, and maintenance of voice and data communication systems. Leveraging expertise in traditional and modern telephony networks, the company delivers end-to-end solutions for wired and wireless connectivity, including PBX systems, T1/E1 circuits, fiber optic cabling, and legacy POTS upgrades. Their technical capabilities center on ensuring reliable, secure, and compliant communication pathways for government and public-sector clients, with an emphasis on field deployment, network diagnostics, and lifecycle support for mission-critical voice services. The firm’s operational model emphasizes on-site responsiveness, adherence to federal telecommunications standards, and integration with existing government-wide network architectures. No award history is available to identify specific agencies or contract patterns, limiting the ability to characterize agency relationships or recurring programmatic engagements. Similarly, no recent contract awards or top NAICS codes can be confirmed, indicating that public performance data is not accessible for analysis. The primary NAICS code 517111 corresponds to Wired Telecommunications Carriers, reflecting a core business in operating and maintaining fixed-line communication networks. In practice, this means the company supports the physical layer of government communications—installing and servicing copper, fiber, and coaxial infrastructure—rather than providing cloud-based or managed services. Their market positioning is that of a regional infrastructure contractor focused on terrestrial telecom deployment and maintenance. ALBION TELEPHONE COMPANY is structured as a small business entity (ZZ) with a localized presence in Albion, Idaho. The company holds no federal certifications, and its operations appear to be geographically concentrated in the Mountain West region. Without public contract data, its scale and federal market footprint remain undefined, but its technical scope suggests a niche role in sustaining legacy and modern wired communication systems for public infrastructure.