Introducing SP1 GPU, a next-generation prover for SP1.
SP1 GPU brings a 10x reduction in cost and latency, another critical step towards making ZK accessible to any developer 👇
Today, SP1 achieves state of the art performance based on our precompile-centric architecture, which reduces zkVM cycle-count substantially for real-world workloads.
SP1 GPU is another phase shift in SP1's performance, driving down cost and latency by another 10x.
Our benchmarks with GPU show that parts of our prover benefit from GPU acceleration by 20x.
The dominant prover time today is spent on committing and quotient computation. With GPU this reduces substantially and is no longer a bottleneck.
Already, we are collaborating with leading hardware teams on GPU implementations for integration with Succinct's prover network. This is enabled by SP1's 100% open-source codebase.
Users will seamlessly access SP1 GPU's benefits on Succinct's decentralized prover network.
Succinct's prover network allows rollups, oracles, and other SP1 users to outsource complex proof generation infrastructure to specialized hardware teams with one unified API.
Expect support for SP1 GPU on an early version of our prover network in the upcoming weeks.
If you're a hardware team interested in hardware acceleration for zkVMs, please reach out.
If you're an engineer interested in pushing the boundaries of ZK performance with next-generation techniques, apply here:
1/ We are excited to announce Succinct Processor 1 (SP1), our first generation, 100% open-source zkVM that proves arbitrary Rust programs.
SP1 targets an order of magnitude performance improvement vs. existing zkVMs, and is already up to 28x faster for certain programs.
Blog:
2/ The future of programmable truth is normal code. Performant, general-purpose zkVMs like SP1 will disrupt the status quo of one-off, custom proving stacks, and create a future where all blockchain infra uses ZKPs via maintainable Rust code.blog.succinct.xyz/introducing-sp…
3/ SP1 is 100% open-source and achieves state of the art performance on real-world workloads.
Its speed comes from using the latest ZKP research, with a cross-table lookup architecture, a customizable “precompile” system that can accelerate any performance bottleneck, and more.
We're excited to introduce Telepathy, the first decentralized and secure zkSNARK interoperability protocol for Ethereum.
Read Ethereum state on any chain with the security of Ethereum's light client protocol.
Live on Mainnet today.
For the first time, Ethereum bridge security does not depend on a multisig or an optimistic fraud system. Instead, it directly verifies Ethereum validator signatures in a zkSNARK. Proof of consensus enables interoperability without compromise. Read more: blog.succinct.xyz/blog/telepathy
The core innovation powering Telepathy is something we call "proof of consensus": a zero-knowledge succinct proof of Ethereum's light client protocol, allowing us to run a gas-efficient on-chain light client for Ethereum on any chain.
1/ Over the past few months, we've been hard at work at Succinct Labs working on the future of interoperability. Some of you might have seen our talks and today we're releasing a blogpost with the ideas that we've been presenting. Summary below...
2/ The current state of interoperability is very centralized. Popular multisig-based designs place immense trust on a small group of people. It's critical that the future of interop is as secure, decentralized and uncensorable as the underlying blockchains bridged between.