WINN TELEPHONE COMPANY

WINN TELEPHONE COMPANY specializes in telecommunications infrastructure services, delivering voice, data, and network connectivity solutions tailored to government and public sector requirements. Leveraging its expertise in 517111—Wired Telecommunications Carriers—the company designs, installs, and maintains secure, high-reliability communication systems, including fiber optic networks, copper-based legacy infrastructure, and enterprise-grade circuit provisioning. Their technical focus includes network hardening, T1/E1 and DS3 circuit management, PRI and SIP trunking, and compliance with federal communications standards such as NIST SP 800-53 and FCC Part 68. WINN TELEPHONE COMPANY differentiates itself through on-site field engineering, rapid deployment of mission-critical circuits, and a proven ability to sustain operations in remote and challenging environments. Award history is not available to infer specific agency relationships or project types, so no definitive patterns of engagement with federal departments can be confirmed. The company’s operational footprint is centered in Mount Pleasant, Michigan, with service delivery likely focused on regional and state-level government entities requiring reliable telecom support. The primary NAICS code 517111 reflects a core competency in owning and operating wired telecommunications networks, positioning the company as a service provider rather than a systems integrator or equipment vendor. This specialization aligns with government needs for dedicated, private-line communications and secure backhaul connectivity, particularly for public safety, education, and municipal services. WINN TELEPHONE COMPANY is structured as a small business under the 2L classification and holds no federal certifications. Its geographic presence is localized to Michigan, suggesting a regional market strategy focused on serving state and local government contracts through direct, relationship-based engagements. The company’s business model emphasizes operational resilience, field responsiveness, and infrastructure longevity over scalable national delivery.