Unlocking 'Solidity 2.0' with Verifiable Zero-Knowledge Computation
**vlayer**, the next-generation zero-knowledge verifiable coprocessor layer, has officially launched its public developer devnet and interactive proving sandbox following a successful **$10 Million** pre-seed funding round led by **a16z crypto CSX**, **Credibly Neutral**, and **BlockTower Capital**, with participation from **Robot Ventures** and **Builder Capital**.
Until now, Ethereum smart contracts were strictly confined to their own isolated environment: they could not inspect past historical state without prohibitively expensive archive queries, could not perform intensive computation without hitting gas caps, and could not verify external Web2 internet data without centralized oracles. vlayer eliminates all three limitations simultaneously through its zero-knowledge coprocessor suite.
The Four Pillars of vlayer Infrastructure
* **Time Travel**: Smart contracts can trustlessly read and verify historical Ethereum state across any preceding block using succinct ZK proofs. * **zk-TLS Web Proofs**: Users generate client-side cryptographic proofs of private Web2 information (such as bank balances or KYC credentials) without disclosing underlying secrets. * **Teleport**: Seamlessly execute cross-chain contract calls with cryptographic certainty, avoiding bridge hacks. * **Off-Chain Gasless Compute**: Heavy logic is computed off-chain and verified on-chain at sub-cent gas fees.
With developer documentation and devnet endpoints live, vlayer is redefining what is possible for decentralized application development on Ethereum.
