Federated Wireless

High-Level Overview

Federated Wireless is a technology company founded in 2012 that specializes in AI-driven shared and unlicensed spectrum management, primarily through its Spectrum Access System (SAS) for 3.5 GHz CBRS and Automated Frequency Coordination (AFC) for 6 GHz bands[1][3][4]. It builds products like the CBRS Spectrum Controller, 6 GHz Spectrum Controller, Adaptive Network Planner, and Premium Enterprise-Grade Spectrum (PEGS) services, serving over 600 customers across telecommunications, government, energy, manufacturing, logistics, hospitality, education, retail, municipal, and residential sectors[1][2][4][5]. These solutions solve spectrum scarcity and interference challenges by enabling dynamic, efficient access to shared spectrum for private wireless networks, Industrial IoT, network densification, and mobile offload, with proven metrics including 99.999% availability, over 185,000 access points deployed, and migration of more than 100,000 CBRS devices[3][4][5]. The company's growth is evident in its expanding partner ecosystem of over 100 solution and edge partners, recent DoD contracts, and advancements like cloud-native 5G SAS and AI-powered planning tools[1][4][6].

Origin Story

Federated Wireless was founded in 2012 as a pioneer in shared spectrum, initially driving regulatory initiatives and CBRS service trials in the 3.5 GHz band[1][2][3]. Key milestones include launching the first nationwide Environmental Sensing Capability (ESC) network, developing a cloud-native 5G SAS platform, achieving FCC certification for 6 GHz AFC, and introducing the CBRS/AFC Adaptive Network Planner[3][4]. Under CEO Iyad Tarazi, the company evolved from spectrum advocacy and standards definition to AI-native solutions, leveraging petabytes of data from 250,000 active CBRS radios across 600 customers[3][6]. Early traction came from CBRS leadership, enabling commercial deployments and federal collaborations, such as the US Navy's incumbent protections and recent USMC private 5G sustainment contracts with partners like JMA Wireless and Hewlett Packard Enterprise[4][6].

Core Differentiators

• AI-Native Spectrum Management: Uses AI for real-time optimization across planning, deployment, and operations, analyzing factors like spectrum availability, equipment specs, terrain, and usage patterns; shifting to GPUs enables 100x faster processing and tracking of every CBRS antenna/user[3][5][6].
• Proven Scalability and Reliability: Delivers 99.999% SAS availability, manages 185,000+ access points, and supports vendor-neutral, cloud-native platforms with 24/7/365 NOC support[3][4][5].
• Comprehensive Product Suite: Includes CBRS SAS, 6 GHz AFC, Adaptive Network Planner for predictive analytics, and PEGS for high-demand enterprise features; over a decade of leadership in shared spectrum with regulatory compliance[3][4][5].
• Ecosystem and Expertise: Partners with 100+ solution/edge providers, 40+ device manufacturers, OEMs, and standards bodies; offers services like Certified Professional Installer training and CBRS optimization[1][2][4][5].

Role in the Broader Tech Landscape

Federated Wireless rides the wave of shared spectrum proliferation, enabling 5G private networks amid spectrum shortages through CBRS (3.5 GHz) and emerging 6 GHz AFC for Wi-Fi 7, which improves coexistence, efficiency, and utilization via dynamic sharing technologies like SAS and ESC[3][4][7]. Timing aligns with 5G adoption, Industrial IoT growth, and AI integration in wireless, where its petabytes of real-world data provide a competitive edge for precise propagation modeling and interference-free access[6][7]. Market forces favoring it include regulatory wins (e.g., FCC certifications), DoD programs, and demand for cost-effective private LTE/5G in verticals like logistics and energy; it influences the ecosystem by spurring competition, innovative models under CBRS tiers (PAL/GAA), and tools for federal-commercial sharing in bands like 7 GHz[4][7].

Quick Take & Future Outlook

Federated Wireless is poised to expand AI capabilities, with a Q4 2025 network-planning tool release enabling prompt-based deployments, full network mapping via GPUs, and power boosts for operators[6]. Trends like AI-driven edge intelligence, cognitive transceivers, and 6/7 GHz sharing will shape its path, potentially extending to open architectures and cybersecurity-enhanced platforms[6][7]. Its influence may grow through larger-scale 5G/6E integrations (e.g., HPE Aruba pilots) and DoD expansions, solidifying leadership in unlocking spectrum for mission-critical networks[4][6]. This positions it to deliver on its founding promise of making shared spectrum accessible and transformative.