XRComm: Pioneering Real-Time Wireless Testing and 6G Innovation
As the world moves rapidly toward 6G, AI-driven networks, and Non-Terrestrial Connectivity (NTN), the way we test, validate, and deploy wireless systems must evolve just as fast. At XRComm, we’re building open, programmable, and real-time platforms that make that evolution possible.
Our vision is clear: to be the number one system-level platform provider for wireless testing, prototyping, and field-deployable solutions, enabling the next generation of innovation in wireless and satellite communications.
Founded and headquartered in Austin, Texas, XRComm is a technology company built for the future of wireless.
Our mission is simple yet bold: To deliver disruptive, field-ready, real-time test and prototyping platforms for next-gen wireless and Non-Terrestrial Networks.
But our philosophy goes beyond building hardware and software — it’s about accelerating innovation through collaboration. By partnering with research institutions, satellite pioneers, and telecom leaders, we’re shaping the foundations of the 6G and NTN ecosystem and redefining how networks are designed, tested, and optimized.
At XRComm, we don’t just simulate wireless performance — we enable it to thrive under real-world conditions. Our system-level platforms are designed to test, emulate, and analyze connectivity across diverse and complex environments, bridging the gap between lab validation and field deployment.
- Real-Time Prototyping: A dedicated and purpose-built platform designed to help researchers and developers push the boundaries of the wireless network in terms of throughput, ultra-low latency, scalability, distributed processing and native support of AI.
- Cross Domain Research: A platform designed from ground up to empower domain experts in RF, DSP, wireless and network stack, all to design and prototype on a single common platform.
- 6G Research: Requires “tight” integration of the RF frontend with the physical layer (PHY), coupled with a platform architecture that offers AI processing. In addition, the platform offers full integration of RF frontends mmWave and sub-THz research.
- Field-Deployable testing: Unique IP that delivers robust performance, bringing the testing from controlled labs environment into a live, evolving environments — from low-Earth-orbit (LEO) satellite systems to the cellular networks of the future – 6G.
- AI Native: XRComm’s NativeAI technology not only optimizes real-time performance but provides a platform that can unleash the power of AI/ML to predict anomalies, and accelerate decision-making
- RF propagation modeling: AI native platform that opens the door for RF propagation modeling based on ground truth data, replicating complex environmental dynamics of RF channels.
At the heart of our technology lies TruSystems™, XRComm’s flagship real-time test and prototyping platform.
TruSystems is a reconfigurable, AI-native system built to support a wide range of wireless infrastructure — including cellular, Wi-Fi, mesh, satellite, and NTN networks. Designed for researchers, developers, and field test engineers, TruSystems helps users:
- Prototype next-gen solutions for hybrid terrestrial-satellite systems.
- Validate new network designs faster.
- Detect and resolve anomalies before deployment and in-field after deployment.
- Analyze performance metrics and KPIs in real time.
With TruSystems, wireless innovation doesn’t stop at the lab — it continues in the field, where real conditions drive real progress.
At the heart of our As 6G emerges, connectivity will extend beyond the ground, integrating terrestrial, aerial, and satellite systems into one seamless communication fabric. XRComm is at the center of this evolution — enabling faster experimentation, smarter diagnostics, and scalable validation across technologies.
We believe the future of wireless testing must:
- Have AI Native capabilities to enable real-time analytics and reporting even at high data rates.
- Be deployable in field
- Enable terrestrial and non-terrestrial networks to operate seamlessly to ensure truly ubiquitous
This is the foundation of XRComm’s philosophy: to make testing as advanced as the networks it enables.
XRComm’s success is driven by collaboration. We partner with leading research labs, universities, and industry innovators to push the boundaries of what’s possible in wireless communication. These partnerships ensure our solutions stay ahead of the curve — enabling faster innovation across 5G-Advanced, D2C, 6G, ISAC, and NTN ecosystems.
Whether it’s accelerating satellite deployment, enhancing spectrum efficiency, or optimizing measurement and analysis with AI we work with our partners to turn bold ideas into operational reality.
At XRComm, we’re building the future of wireless, This requires a new breed of test and measurement instrument platforms to enable the Design to test and Test to design concept to go from an idea or theoretical concept to a full product development cycle in an iterative way. XRComm is here to deliver the platforms that make it possible.
What solutions does XRComm provide for wireless testing and prototyping?
XRComm provides advanced real-time platforms for wireless testing, prototyping, and validation across 5G, 6G, satellite, and Non-Terrestrial Network (NTN) environments.
What is XRComm TruSystems™ and how can it help my organization?
TruSystems™ is XRComm’s AI-native, reconfigurable platform that enables organizations to prototype, test, and validate next-generation wireless systems faster and more efficiently in both lab and field environments.
How can XRComm platforms accelerate 6G research and development?
XRComm platforms integrate RF frontends, AI processing, and real-time analytics, allowing research teams and telecom innovators to prototype, test, and optimize 6G technologies more rapidly.
Can XRComm solutions be deployed in real-world field environments?
Yes. XRComm platforms are designed for both lab and field deployment, enabling engineers to test wireless systems in real-world environments such as satellite networks, LEO systems, and future 6G infrastructures.
How does AI improve XRComm’s wireless testing platforms?
XRComm’s AI-native architecture enables real-time performance monitoring, anomaly detection, predictive analytics, and faster decision-making during wireless testing and network validation.