CFLabs

We provide the cutting-edge accelerated verifiable computation solution

CFlabs is a solutions provider focused on accelerating verifiable computing. We deliver ASIC solutions to speed up verifiable computing.

Define the ZKVM ASIC industry standard by working with partners.

Use Case

See how our products and ideas work in real life and make a difference.

Blockchains — privacy & scalability:

ZK enables private transactions and powers L2 ZK-rollups that batch transactions off-chain and verify with succinct proofs.

CF LABS

Privacy-preserving compliance/ID

Prove attributes (KYC, eligibility) without exposing raw private data in the government and finance areas.

CF LABS

Verifiable AI (ZKML):

Prove a model/inference was computed correctly—optionally without revealing inputs or weights—for trustworthy AI services

CF LABS

Research

Learn about our latest research findings

The Prover Network Landscape: A Comparative Analysis of Succint and Boundless Networks

Abstract 1. Network Snapshot: Scale, Trends, and Centralization At a glance, Boundless shows broader participation and openness, with many small and mid-sized nodes […]

Labrador: A New Era of Post-Quantum ZK Proofs

TLDR : Introduction With the rapid advancement of zero-knowledge (ZK) technology, a new project called Labrador has emerged, promising to revolutionize how […]

Boundless The Signal: An Architecture and Paradigm Innovation for Zero-Knowledge Cross-Chain Ultimacy Protocols

“Beyond traditional applications like ZK Rollups, emerging use cases in the ZK space now include cross‑chain operations such as The […]

Binius Proof System, PCS

TL;DR Binius Proof System is ZK proof system based on Binary Tower, which offers small memory footprint and high efficient […]

Aleo Roadmap 2025 and In-Depth Exploration of Varuna

TL;DR Recently, Aleo released their roadmap for 2025. We analyze the possible algorithms Varuna will use to achieve this goal. Varuna is […]

Finite Field Arithmetic Optimization

TLDR The finite field arithmetic operations are essential in ZKP proof systems, we introduce some simple novel field computation algorithms, […]

Introduction to SP1 zkVM

TL;DR 1. Purpose SP1 is a zkVM (zero-knowledge Virtual Machine) proof system based on the RISC-V instruction set and STARK […]

Advanced ZK Hardware Acceleration: The Technology Behind Aleo ASIC Miner

1. Introduction A high-performance ASIC mining machine for the Aleo project has recently entered the market — the GoldShell AE […]

RISC0 algorithm analysis, segment proof — Part1

TL;DR RISC0 is a zkVM (zero knowledge Virtual Machine) based on the RISCV instruction set and STARK (Scalable Transparency Argument […]

The Journey Toward Aleo’s Universal ZKVM

0. Background Aleo is a Layer-1 blockchain focused on enabling privacy-preserving, scalable decentralized applications using zero-knowledge proofs (ZKP). Since 2019, […]

An Introduction to Jolt: Core Proofs and Protocol Frameworks

TLDR： 0. Purpose Our aim is to introduce Jolt (Just one lookup table), a SNARK ZK proof system based on […]

Partner

Our Technology Partners

Team

Our team is composed of experts from around the world with deep experience in blockchain, cryptography, semiconductors, and AI.