FullRays provides an Inbuilding Connectivity OS platform for designing, deploying, and monitoring high-availability wireless systems including 5G, WiFi, and CBRS. The platform integrates tools for accurate propagation modeling via EM ray-tracing, budgeting, and project management throughout the telecom infrastructure lifecycle. This streamlines deployment, validates designs with measurement imports, and reduces maintenance costs through near real-time performance monitoring.
Funding
Funding not disclosed
Founders
Product
Problem
Designing, deploying, and managing robust in-building wireless systems for diverse technologies like Wi-Fi, 5G, and IoT presents significant complexity. Inaccurate propagation modeling, inefficient deployment workflows, and a lack of real-time performance visibility lead to suboptimal coverage, increased costs, and extended project timelines.
Solution
FullRays offers an integrated Connectivity OS platform that streamlines the entire lifecycle of in-building wireless network projects. The platform provides advanced electromagnetic ray-tracing and empirical propagation modeling capabilities for precise RF design and simulation. It facilitates efficient deployment management and offers real-time monitoring of network performance, enabling proactive issue resolution and reduced maintenance overhead. This end-to-end solution empowers users to build high-availability, cost-optimized wireless systems.
Target Audience
The platform targets wireless network designers, RF engineers, system integrators, and telecommunications project managers involved in the planning, deployment, and maintenance of in-building wireless infrastructure.
Features
- Advanced 3D modeling for building environments to support accurate propagation simulations.
- Pure electromagnetic ray-tracing engine for spatio-temporal channel modeling without empirical parameters.
- Empirical propagation models, including COST231 Multi-Wall, for detailed power contour analysis.
- Support for designing and simulating various wireless technologies: Wi-Fi, 5G, 4G, CBRS, IoT, and Public Safety systems.
- Angle of Arrival (AoA) capabilities for advanced indoor positioning with BLE 5.1.
- RF measurement import and validation tools to calibrate propagation models.
- Project management tools specifically designed for wireless infrastructure deployment.
- Near real-time performance monitoring and reporting for in-building wireless services.
- Automated report generation for design, validation, and closeout documentation.