THE WORLD’S FASTEST FULL-STACK PROCESSING FOR ZERO-KNOWLEDGE AND BEYOND

Encryption and decryption secured the Internet as we know it. _______________ A new paradigm of cryptography is revolutionizing trust, privacy and identity.

We are building a general-purpose processor for next-gen cryptography to deliver a new base layer of compute for the Internet.

Powered by our custom silicon for the fastest cryptography on Earth.

INTRODUCING THE FABRIC VPUTM

The Fabric Verifiable Processing Unit (VPU) is the world’s first massively parallel processor for cryptography. The VPU's cryptography-native instruction set can run a wide range of cryptography workloads, including zero-knowledge proofs (ZKP) and fully homomorphic encryption (FHE), much like a GPU facilitates a wide range of graphics and AI applications.

Prove zkEVM blocks in seconds. Scale zkRollups exponentially. Accelerate zkOracles, zkBridges, zkML and more by orders of magnitude. No matter what your proof system is.

SHIPPING IN 2024

ZXTM 100 ($60+ million of units pre-ordered)

VPUTM 8060

The Fabric ZX 100 server, our inaugural server product, will enter mass production in 2024 and will ship to a range of customers for zero-knowledge proof workloads. The Fabric VPU 8060, our PCIe card offering, will also be available in 2024 for development partners and researchers to accelerate their projects and research on the VPU.

FULL STACK TEAM.
AI HARDWARE DNA.

“The playing field for cryptography looks a lot like AI in the 2010s. Evolving fast, algorithms constantly changing in form and function. We get to have better and better AI because of one thing: the GPU. Because NVIDIA had the vision to make a general purpose processor that now generations of graphics and AI algorithms have run and evolved on.

We share that vision for cryptography – powerful general purpose acceleration of its fundamental building blocks. A blank canvas for accelerated research and blazing fast applications for web3 and beyond. Towards a more trustworthy world with secure, private computation at its core.”

– Michael Gao, Co-Founder & CEO

Where we COME from
PhDs held

25%

US patents held

150+

Chip tapeouts

100s

BACKED BY
DEVELOPMENT PARTNERS
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