From Centralized
to Distributed Intelligence
Access a Sovereign Compute Grid that aggregates global consumer VRAM to run AI models. Experience enterprise-grade inference with P2P latency, absolute privacy, and unkillable resilience.
Infinite Scalability
A network that grows stronger with every user.
Monetize Your Hardware
Turn your idle gaming PC or laptop into a passive income stream.
Zero-Latency P2P
Our direct peer-to-peer tunnels remove the middleman, reducing lag and censorship risks.
How it Works?
Local-First Orchestration
Kassai begins at the edge. The SLM Router on the user's device instantly anonymizes the prompt and converts text into abstract mathematical vectors. Sensitive context remains locked in the local environment, ensuring that only encrypted compute signals—never raw data—enter the public grid.
Global VRAM Aggregation
The network creates a Virtual Supercomputer. Kassai fragments massive AI models into shards and distributes them across a daisy-chain of consumer GPUs. By aggregating the VRAM of multiple idle devices, the protocol executes enterprise-grade inference on commodity hardware without relying on centralized servers.
Zero-Latency Streaming
Intelligence is delivered in real-time. Utilizing proprietary Speculative Decoding and Activation Compression, Kassai masks network latency by validating tokens in parallel. The result is an instant, verified stream of intelligence that feels as fast as local compute, but with the power of a global swarm.
Trustless by Architecture
We replace 'Trust' with 'Math.' Through Split Computing and Hardware-Level Isolation, Kassai guarantees that your data remains invisible—even to the nodes processing it.
People behind
Kassai
Miguel Jalon
Omar Alshaeb
Alvaro Luque
Andrea Nadal
Santiago Beltrán
Fionn Malone
.png)
Mark Lee
Our Partners
Frequently asked questions
How is Kassai different from centralized cloud AI like AWS or OpenAI?
Centralized AI relies on massive, fragile data centers that hoard your data and can censor your access. Kassai is a Sovereign Compute Grid. We aggregate dormant VRAM from billions of consumer devices to create a censorship-resistant, decentralized supercomputer. We offer lower costs, zero downtime, and absolute data ownership.
Distributed networks are notoriously slow. How does Kassai achieve real-time latency?
We don't use standard API requests. We built a proprietary P2P protocol using Activation Compression (reducing data size by 90%) and Decentralized Speculative Decoding. This allows our network to 'guess' tokens locally and verify them globally in parallel, masking network lag and delivering inference speeds comparable to local compute.
If my data is processed on a stranger's node, is it safe?
Yes. We use Split Computing, meaning your raw text is converted into abstract mathematical vectors before leaving your device. Nodes process the math, not the meaning. For highly sensitive workloads, our Fortress Zone routes tasks exclusively to nodes with Trusted Execution Environments (TEEs), guaranteeing that even the node operator cannot view the data in memory.
How can I monetize my idle hardware?
Kassai operates as a DePIN (Decentralized Physical Infrastructure Network). You can download our Node Client to contribute your idle GPU or CPU power to the grid. In exchange, you earn micropayments for every token you process, turning your dormant hardware into a passive income stream.
Power the Future of Distributed Intelligence
Join the movement to build a sovereign, private, and infinite compute layer owned by the people.