Accelerating the
Zero-Knowledge
Revolution

Accelerating the
Zero-Knowledge
Revolution

Irreducible provides fast and cost-effective computation of zero-knowledge succinct proofs.

We operate FPGA clusters tailor-made for cryptographic computation at scale, purpose-built to support  blockchain protocols.

Zero-knowledge REvolution

Zero-knowledge and verifiable computing is defining the next generation of blockchain technology. These advanced cryptographic innovations are the key to scaling blockchain systems without compromising their essential privacy and auditability guarantees. The ZK revolution is an industry-wide effort to build an ecosystem of secure, scalable, and interoperable protocols, including Ethereum Layer 2 and cross-chain bridge protocols. Irreducible aims to power the ZK revolution with fast and cost-effective custom compute.

Zero-knowledge and verifiable computing is defining the next generation of blockchain technology. These advanced cryptographic innovations are the key to scaling blockchain systems without compromising their essential privacy and auditability guarantees. The ZK revolution is an industry-wide effort to build an ecosystem of secure, scalable, and interoperable protocols, including Ethereum Layer 2 and cross-chain bridge protocols. Irreducible aims to power the ZK revolution with fast and cost-effective custom compute.

Zero-knowledge and verifiable computing is defining the next generation of blockchain technology. These advanced cryptographic innovations are the key to scaling blockchain systems without compromising their essential privacy and auditability guarantees. The ZK revolution is an industry-wide effort to build an ecosystem of secure, scalable, and interoperable protocols, including Ethereum Layer 2 and cross-chain bridge protocols. Irreducible aims to power the ZK revolution with fast and cost-effective custom compute.

Prover

Irreducible offers easy-to-use proving as a service, built for scale and powered by our FPGA-accelerated server clusters.

Irreducible operates our own bare-metal infrastructure, which allows us to create customized network topologies and adopt the latest and greatest in high-performance hardware before it becomes available through public cloud providers. Our infrastructure runs on climate-friendly energy sources and our datacenter partners guarantee low-cost and reliable operation.

Today we support popular proof systems such as plonky2 and Polygon zkEVM, and in the future will support next-generation systems like Binius and plonky3.

Binius

Binius: a binary proof system designed for high performance

Based on a unique mathematical primitive called a binary field tower, Binius lends itself to highly optimized custom hardware implementation without sacrificing performance on standard CPU architectures.

The Binius software stack is developed in Rust and open-source under the Apache 2.0 license.

Who We are

We are a small, focused team of applied cryptographers, software and hardware engineers, data center and cloud architects, and operators from all around the world.

Who We are

We are a small, focused team of applied cryptographers, software and hardware engineers, data center and cloud architects, and operators from all around the world.

Who We are

We are a small, focused team of applied cryptographers, software and hardware engineers, data center and cloud architects, and operators from all around the world.

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Need large scale
zero-knowledge
proof generation?

© 2024 Irreducible Inc. All rights reserved.

Need large-scale zero-knowledge
proof generation?

© 2024 Irreducible Inc. All rights reserved.

Need large scale
zero-knowledge
proof generation?

© 2024 Irreducible Inc. All rights reserved.