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Satori
Project
Satori is building open source infrastructure to make verifiable compute fast, cheap, and massively scalable. Its prover platform distributes workloads across a decentralized network, segmenting programs into parallelizable tasks. Even consumer grade machines can contribute partial proofs, which are efficiently aggregated into a final, verifiable result. Applications submit proving jobs via RPC or smart contract, with support for custom programs and integration into existing zk workflows. By lowering hardware requirements, Satori makes large scale proving accessible and censorship resistant for any zk application.
Satori
Project
Satori is building open source infrastructure to make verifiable compute fast, cheap, and massively scalable. Its prover platform distributes workloads across a decentralized network, segmenting programs into parallelizable tasks. Even consumer grade machines can contribute partial proofs, which are efficiently aggregated into a final, verifiable result. Applications submit proving jobs via RPC or smart contract, with support for custom programs and integration into existing zk workflows. By lowering hardware requirements, Satori makes large scale proving accessible and censorship resistant for any zk application.
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Use Cases
Satori serves critical infrastructure needs from high volume proof aggregation for decentralized identity to generating proofs for blockchain scalability. It can support arbitrary programs that require fast, affordable proving accessible through standard endpoints.
Impact
Satori’s architecture delivers scalable verifiable compute without relying on expensive or specialized hardware. Initial benchmarks have shown that aggregating proofs using Satori achieves over 100x cost savings onchain, demonstrating that decentralized infrastructure can achieve high performance while remaining efficient and accessible.
Team & Background
Team Track Record
The Satori team brings together PhD experts, big tech engineers and researchers, and has contributed significantly to open source, including co-creating Apache Arrow and Apache Drill. Previously experienced at Amazon, Google, Salesforce, and other top Silicon Valley companies, the team was incubated out of the Stanford Blockchain Accelerator and is focused on making verifiable compute scalable.
Ecosystem Fund’s Mission
Milestones
Milestone 1: Gateway
Satori Gateway to Golem Gateway provisions compute clusters via Golem, accepts proving tasks over REST or CLI, and coordinates communication between a central controller and worker nodes.
Milestone 2: Satori Worker on Golem
Satori Worker on Golem Integrates Gateway with real ZK proving workers. Tasks submitted via API now return valid proofs, with up to 16 partial proofs aggregated and verified.
Milestone 3: Support user contracts
Arbitrary Programs Enables support for user defined proving tasks. Users can deploy custom circuits, generate public parameters, and prove them via a new API, unlocking user defined programs.
Milestone 4: Frontend
Frontend Dashboard Introduces a dashboard to track proving jobs, view history, and monitor live usage across Golem nodes.
Milestone 5: Integration testing on Golem mainnet
Golem Mainnet Integration Tests end-to-end proving at scale on Golem mainnet. Aggregates and verifies multiple ZK proofs to validate performance and throughput under realistic workloads.
Milestone 6: Pilot campaign
Pilot Campaign Launches public facing pilot with targeted workloads and community engagement. Proving tasks will run at 20-30% utilization across a 200 CPU footprint, demonstrating real world impact and readiness.
Project Scope
Resources & Links
