Terabit-Class Wireless Systems for Earth and Beyond

RIVVOR FOUNDATION

Developed in collaboration with industry, national laboratories, and leading research institutions, Rivvor designs advanced RF-based interconnect technology for data-center and HPC environments on Earth and beyond. 

Our systems provide high-bandwidth, low-latency, cable-free connectivity to support scalable AI and distributed computing workloads.

THE CHALLENGE

Blue Ethernet cables connected to a network switch with yellow indicator lights.

As AI and accelerated workloads scale, physical interconnects—cables, connectors, and static layouts—have become a primary constraint on how systems are built and operated.

Cabling increases system complexity, limits modularity, and slows deployment and reconfiguration at scale.

OUR APPROACH

Rivvor replaces short-reach 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.

Close-up of a server rack with multiple server units, featuring ventilation holes and network ports, branded with 'RIVAVOR' and the slogan 'Wireless for Earth and Beyond'.

BUILD FOR MODERN SYSTEMS

Inside a server rack with multiple servers and electronic components.

Data Centers

  • Cutting-edge wireless-enabled data center infrastructure designed to replace traditional cabling with high-throughput wireless interconnects that simplify deployment and scale performance for modern workloads.

  • Wireless-fabric-optimized compute clusters engineered to deliver terabit-class throughput and sub-microsecond latency for AI training, high-performance computing, and advanced research workloads.

Rivvr cooling and data center infrastructure with solar panels on the roof, set against a blue sky with clouds.

Tactical & Orbital Systems

  • Secure, modular wireless connectivity and compute infrastructure built to support defense operations and edge computing where traditional networks are impractical.

  • Terabit-class modular wireless links that replace cables to enable flexible, scalable, and high-speed data transmission across compute, edge, and distributed environments.

A spacecraft in orbit with Earth's atmosphere and clouds in the background.

Space Connectivity

  • High-throughput wireless links engineered to support next-generation satellite networking and global data relay with low latency and scalable capacity.

  • Specialized communication and compute systems purpose-built for reliable performance in orbital and lunar mission environments, enabling robust connectivity beyond Earth. R

The interior of a spacecraft looking outward through circular and hexagonal windows, with Earth and an astronaut's spacecraft outside visible in space.

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.