Modern cryptography has been the guardian of our digital world for half a century. Today, we stand at the threshold of its next evolution.
At Fabric, we empower both cryptographers and cryptography engineers — the innovators and builders — to push boundaries.
Our chip doesn't commit to a single system. Instead, we've accelerated core cryptographic primitives, providing a flexible foundation for transforming breakthrough research into real-world applications.
The Verifiable Processing Unit (VPU) incorporates the best features of GPUs and ASICs to create a chip whose components exclusively serve cryptographic purposes.
Our instruction set is carefully crafted to balance extreme speed for today's workloads, and flexibility for tomorrow's workloads.
Looking for an introduction to Fabric?
Stay tuned! We are giving an overview of our founding thesis, the VPU architecture, and our vision for the future.
End-to-end acceleration with ultra-wide vector lanes, 40 tiles and RISC-V on every chip. High bandwidth, unified memory architecture.
3 FC 1000 chips per card. Nearly 1 TB/s of memory bandwidth to 30 GB of memory. Lovingly known as the "Bit Smasher".
Up to 8 VPU 8060 cards per server. >1 TB/s of recursion-friendly arithmetic hashing per box. A byte's worst nightmare.
Our powerhouse team unites GPU and AI chip architects, software and compiler experts, and veteran cryptographers — all with a decade plus of industry experience.
Our edge: Codesign. Fabric's software, hardware, and cryptography experts collaborate from day one to create breakthrough solutions for programmable trust.
