Paris, FRANCE — Software developer =nil; Foundation and semiconductor startup Fabric Cryptography said they are working to ensure their products are compatible as they look to accelerate the deployment of zero-knowledge (ZK) proofs.

Zero-knowledge proofs are a type of cryptographic process that allow one party to prove to another that something is true while revealing no information about the statement itself, beyond its validity. They are widely held as one of the most important advances in blockchains due to their privacy-preserving attributes.

Theorized uses of ZK proofs range from decongesting networks such as Ethereum to helping with data provenance in artificial intelligence applications. But adoption has remained low due to bottlenecks in computation, the two organizations said in the press release.

“The strategic alliance between Fabric and =nil; Foundation paves the way for almost unlimited, cost-effective, and high-speed ZKP-dedicated computing power readily available, making them a viable tool for every digital transaction, cloud service, and privacy-sensitive application,” they said a press release.

The foundation launched in 2018 as a research collective before morphing into a traditional startup. In January, it raised $22 million to build a marketplace for ZK proofs and has developed a zero-knowledge Low-Level Virtual Machine (zkLLVM), which aims to streamline workloads for ZK developers.

Fabric Cryptography, based in Silicon Valley, is developing a general-purpose processor for “next-gen cryptography,” including ZK proofs, called the Verifiable Processing Unit (VPU), according to the release.

The virtual machine and processing unit have been made compatible with each other, such that the zkLLVM software will see “major performance advantages” when running on Fabric’s hardware in order to accelerate the implementation of ZK proofs.

Read more: Zero-Knowledge Cryptography in 2023: The Year Privacy Becomes Practical