Polygon Labs has recently announced a significant development in blockchain technology with the introduction of a new computer chip specifically designed for zero-knowledge cryptography (ZK) processing. This chip, built by hardware manufacturer Fabric, is part of Polygon’s AggLayer interoperability solution. It aims to streamline token transfers across different blockchain networks by enhancing privacy and efficiency through ZK technology. The chip, referred to as a “verifiable processing unit” (VPU), was developed in collaboration with Fabric, a company that raised $33 million in funding last month to focus on blockchain hardware solutions.
The key innovation behind this VPU is its ability to significantly speed up zero-knowledge proof generation, which is essential for securing blockchain transactions without exposing sensitive information. Polygon’s ZK team has been working with Fabric to integrate this technology with their prover libraries, Plonky2 and Plonky3, which are crucial to ensuring the secure and scalable implementation of ZK proofs within the AggLayer framework.
As part of the partnership, Polygon Labs has committed to purchasing $5 million worth of VPU-powered servers to accelerate the development of ZK-proof generation on AggLayer. This hardware will enable Polygon to drastically reduce the cost and time required to process zero-knowledge proofs, potentially shrinking the adoption timeline for this technology from years to just months.
Polygon’s co-founder, Mihailo Bjelic, emphasized that this advancement could revolutionize blockchain technology by making ZK proofs more accessible, affordable, and efficient. This development positions Polygon as a leader in the crypto industry’s move toward more scalable and secure solutions, particularly in the area of cross-chain interoperability and privacy.
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