TERABIT-CLASS WIRELESS FABRIC
Cable-free. Software-defined. Built for the challenging environments on Earth and in Space
RIVVOR FOUNDATION
Rivvor builds a sub-terahertz wireless fabric for AI data centers, HPC clusters, defense systems, robotics, and orbital compute. One platform. Advanced RF-based interconnect technology. No cables. Reconfigurable in software.
MODULAR FUTURE
PURPOSE
We believe compute infrastructure should be faster, simpler, and modular. We work closely with universities and industry leaders, combining new ideas with proven execution.
Our mission is to deliver wireless systems that transform how future compute clusters are built and make this breakthrough technology available to the organizations that need it most.
THE CHALLENGE
As AI scales across data centers, defense systems, robotics, and orbital environments, the demand for fast, reliable data transmission is outpacing what physical cables can deliver. Cables, connectors, and fixed topologies were not built for the environments or the workloads that define computing today. Cabling drives up complexity, reduces modularity, and slows large-scale deployment and reconfiguration.
OUR APPROACH
Rivvor replaces short-range physical cables with software-defined wireless connectivity designed for controlled compute environments.
By making connectivity programmable, Rivvor enables infrastructure that is easier to assemble, easier to evolve, and better aligned with modern workloads. This approach enables more predictable system behavior for modern, synchronized workloads.
Wireless paths may initially be deployed alongside existing infrastructure to add operational flexibility and resilience, and expanded over time as system requirements evolve.
BUILD FOR MODERN SYSTEMS
Data Centers
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Direct node-to-node wireless paths for AI training, inference, and high-performance computing. Eliminates extra hops, reduces tail latency, and recovers GPU utilization lost to a fixed cable plant.
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Wireless links replace short-reach copper and fiber inside racks and between adjacent racks. Less hardware. Simpler deployment. Topology that reconfigures in software, not by hand.
Space & Lunar
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High-throughput wireless links engineered to support next-generation satellite networking and global data relay with low latency and scalable capacity.
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High-throughput wireless links engineered to support next-generation satellite networking and global data relay with low latency and scalable capacity.
Robotics & Industrial
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Wireless fabric across robot joints and between cooperative systems. Torsion significantly reduces cable life at rotary joints. Wireless removes the failure mode entirely within the short-range operating envelope.
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Short-range wireless between compute and control systems in high-density industrial environments. No cable degradation from mechanical stress. Reconfigure as systems are retooled or expanded without physical intervention.
Defense & Edge
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Secure, modular wireless connectivity and compute infrastructure built to support defense operations and edge computing where traditional networks are impractical.
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Terabit-class modular wireless links that replace cables, enabling flexible, scalable, high-speed data transmission across compute, edge, and distributed environments.
WHY NOW
Advances in wireless integration and compute density have made short-range wireless practical inside modern systems—just as traditional interconnect approaches are reaching their limits.
JOIN THE MISSION
At RIVVOR, we’re assembling a world‑class team of innovators driven by a shared belief: America should lead the next frontier across AI, quantum computing, and deep‑space connectivity.