Revolutionizing ZK Proving with Custom Silicon and Decentralized DePIN
**Cysic**, the leading hardware acceleration network purpose-built for zero-knowledge cryptography, has officially launched Phase 2 of its incentivized testnet following an $18 million funding round led by **Polychain Capital**, **HashKey Capital**, and **ABCDE**.
As zero-knowledge rollups and decentralized AI inference explode across the Web3 ecosystem, the computational complexity of generating cryptographic proofs has emerged as the industry's most acute scaling bottleneck. Proving a single block of complex smart contract transactions can take minutes on consumer CPUs, creating latency delays and high verification costs. Cysic tackles this challenge head-on by manufacturing specialized FPGA accelerators and proprietary ASICs alongside an open, decentralized prover network.
"Zero-knowledge proofs are the ultimate scaling primitive for decentralized systems, but without hardware-level acceleration, proving times become untenable," stated Cysic's engineering team during the testnet reveal. "Cysic democratizes access to state-of-the-art compute silicon, enabling rollups to finalize proofs in sub-second intervals."
Network Performance Metrics and Prover Telemetry
Phase 2 of the Cysic testnet introduces distributed multi-prover coordination, allowing thousands of community hardware operators to contribute compute cycles:
* **Proof Generation Latency**: Reduced by up to 88% compared to standard cloud GPU instances. * **Connected Hardware Nodes**: Over 14,000 active nodes registered across 75 countries. * **Supported Proving Systems**: Native acceleration for Plonky2, Gnark, Halo2, and STARK architectures. * **Incentive Allocation**: 14% of genesis $CYSIC tokens reserved for verified testnet compute providers.
Individual users without specialized FPGA rigs can still participate by deploying lightweight verifier nodes or running desktop prover software to accumulate daily testnet reward points.
