MISSION

We build the wireless infrastructure for giga-scale data. Our mission is simple: make data move instantly, anywhere. This mission drives every decision we make, from engineering breakthroughs to how we collaborate across borders.

VISION

To become the world’s most advanced wireless infrastructure company, powering data movement across Earth and beyond.

FOCUS

We believe 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 AI and HPC clusters are built and make this breakthrough technology available to the organizations that need it most.



WHY RIVVOR

Computing performance has advanced rapidly.
Physical connectivity has not.

As systems grow denser and more complex, cables and static topologies increasingly constrain system design, deployment, and operation. Rivvor was founded to rethink how data moves inside modern infrastructure.


HOW WE THINK

Rivvor takes a system-first approach, working at the intersection of wireless engineering, compute system architecture, and software-defined infrastructure.

Our focus is not replacing entire networks, but removing friction where physical connectivity creates the greatest limitations.

Group of fifteen people standing on steps outside a building, wearing black t-shirts with a logo, smiling for a photo.

ECOSYSTEM AND COLLABORATIONS

Rivvor works with industry, academic, and public-sector partners to advance modular compute infrastructure.

We engage with research institutions, government programs, and open infrastructure communities to ensure alignment with real-world system needs and long-term industry direction.

Inside a server rack with multiple server blades, cooling pipes, and a circuit board.

THE BREAKTHROUGH

Our wireless fabric replaces physical cabling with wireless NICs and modular rack systems built for terabit-class throughput and sub-microsecond latency.

By eliminating cables, we enable data centers to scale faster, simplify deployment, and unlock performance that traditional networks cannot match.