Physical AI for Shared Spectrum

Getting started is straightforward: 

1. Reach out to schedule a consultation or demo and we’ll review your use-case, spectrum context and business goals. 
2. Select the product module(s) that best address your needs (spectrum controller, network planner, etc.). 
3. We’ll help onboard, integrate with your workflow/OSS/BSS, ingest your data, and configure models and analytics. 
4. Deploy, monitor and optimize — leveraging our lifecycle tools and analytics to continuously refine performance and spectrum usage.
   Our team will guide you through planning ongoing operations, ensuring regulatory compliance, and performance optimization. 

We support the entire regulatory lifecycle from spectrum availability and safe assignment to compliance reporting and interference avoidance. Our platforms integrate modules for regulatory-case management, field testing, environmental sensing (for incumbent protection) and 24×7 operational support. 

Several factors set us apart: 

• A proven high-availability platform with deep domain expertise in shared spectrum, including regulatory work and standard-setting.  
• AI-native architecture and cloud-native deployment which enable scalable, extensible solutions for dynamic spectrum environments.  
• Multi-band support (e.g., CBRS, 6 GHz) and end-to-end lifecycle coverage (assignment → planning → optimization). 
• Carrier-grade support, interoperability with multiple OEMs, and strong partner/ecosystem engagement.  

Federated Wireless is a leader in shared- and unlicensed-spectrum management. With over a decade of experience, we’ve built a cloud-native, AI-native platform that enables dynamic and efficient use of spectrum bands such as CBRS (3.5 GHz) and 6 GHz.  We specialize in providing solutions that cover the entire lifecycle of shared spectrum — from spectrum availability and assignment, through network planning, deployment, and ongoing optimization.  

By leveraging our shared-spectrum solutions and planning tools, customers often realize: 

• Lower cost of deployment (avoiding over-build, wrong site selection, misconfiguration) 
• Faster time to market for private or shared-wireless networks 
• Higher utilization of available spectrum, improved throughput/coverage 
• Better scalability and flexibility in network architecture (multi-band, multi-use-case) 
• Stronger regulatory risk-mitigation and futureproofing of wireless infrastructure 

Our product suite is designed to manage the full lifecycle of shared and unlicensed spectrum. Key capabilities include: 

• Spectrum Controllers (for CBRS, 6 GHz) that enable spectrum assignment, monitoring, regulatory compliance and optimization.  
• Network / RF-planning tools (e.g., AI-enabled network-planner modules) that help with site selection, deployment modelling, interference analysis, and multi-band optimization.  
• Multi-band, cloud-native, AI-driven platforms with carrier-grade support.  

AI and automation are core to our platform’s value proposition. By incorporating real-world spectrum data (e.g., live SAS/AFC inputs), ray-tracing/terrain/building data, and machine learning models, we enhance predictive accuracy in deployment modelling, optimize real-time spectrum availability and interference, and enable smarter network operations. 

We recommend visiting our website’s Products page to explore each solution module in detail (CBRS, 6 GHz, Planner) and our About page for company insights and ecosystem engagement. You can also subscribe to our updates to receive industry insights, announcements, and exclusive content.

Our solutions are built for a wide range of stakeholders, including: 

• Service providers (wireless, broadband) looking to deploy in shared spectrum bands 
• Enterprises deploying private wireless networks (industrial automation, logistics centers, venues) 
• Network planners and RF engineers needing advanced modelling and spectrum-planning tools 
• Organizations needing regulatory-compliance, spectrum-assignment and interference-management capabilities 
• We have demonstrated success across sectors including telecom, government, industrial, energy and beyond.  

Shared spectrum allows organizations to access wide-swaths of wireless spectrum that were previously under-utilized or restricted, enabling new deployment models including: 

• Private LTE/5G networks for enterprises (such as manufacturing, logistics, campuses) 
• Fixed wireless access (FWA) and high-capacity outdoor wireless broadband 
• Enhanced Wi-Fi and unlicensed / license-exempt operations in bands like 6 GHz
  It helps bridge the digital divide, accelerate innovation in wireless networks, and provide more flexibility and performance than traditional exclusive-use spectrum models.