vlayer Airdrop
Zero-Knowledge verifiable coprocessor bringing 'Solidity 2.0', zk-TLS Web Proofs, and historical time-travel queries to Ethereum smart contracts.
vlayer Developer Badges & Genesis Allocation
$10M
ZK Infrastructure
a16z crypto CSX, Credibly Neutral, BlockTower Capital, Robot Ventures, Builder Capital
๐ Protocol Overview & Significance
vlayer is pioneering 'Solidity 2.0' โ an extensible zero-knowledge verifiable coprocessor layer that empowers Ethereum smart contracts with trustless off-chain computational superpowers. While smart contracts have traditionally been restricted by gas limits, single-block state access, and inability to interact with the broader internet, vlayer introduces four paradigm-shifting primitives directly into the developer workflow.
Key features include: (1) Time Travel, allowing smart contracts to trustlessly read and verify historical Ethereum state across any prior block; (2) Teleport, enabling cross-chain contract execution without bridge risks; (3) Web Proofs, using client-side zk-TLS to prove private Web2 data (such as bank balances or Twitter followers) on-chain without disclosing user credentials; and (4) Off-chain Computation with ZK proofs verified on-chain at sub-cent gas fees.
Backed by $10M from a16z crypto CSX, Credibly Neutral, and BlockTower Capital, vlayer's devnet is open for developers and early Web3 users exploring verifiable internet proofs.
๐ฏ Pro Farming Strategy & Multipliers
To maximize your positioning for vlayer rewards and developer badges:
1. Connect your Web3 wallet (Rabby or Rainbow) to the vlayer Devnet Sandbox. 2. Test the interactive Web Proofs demo by generating a verifiable zero-knowledge proof of private Web2 credentials. 3. Deploy an example vlayer coprocessor contract using standard Solidity on Sepolia. 4. Execute time-travel queries accessing historical blockchain data. 5. Star and fork the official vlayer GitHub repositories and submit test feedback.
๐ Tokenomics, Allocation & Vesting
The protocol token aligns decentralized prover networks, pays for zero-knowledge proof generation and verification gas, and coordinates protocol parameter governance. 14% of the supply is set aside for early developers, proof testers, and testnet participants.
๐ก๏ธ Sybil Protection & Snapshot Defense
vlayer verification requires generating cryptographic zk-TLS proofs and deploying verifiable contracts on supported testnets. Synthetic bot activity that fails zero-knowledge circuit constraints is automatically filtered out.
Step-by-Step Farming Tracker
Track your farming progress. Your checklist saves automatically in your browser.
โ Frequently Asked Questions
What is a ZK Coprocessor?
A ZK coprocessor handles heavy computation and complex data lookups off-chain, then generates a succinct zero-knowledge proof verified on-chain cheaply.
What are vlayer Web Proofs?
Web Proofs use zk-TLS to let users prove facts from private Web2 websites (like university degrees or account holdings) to smart contracts without revealing passwords or personal data.
Do I need coding experience to test vlayer?
No, vlayer provides interactive no-code browser playgrounds for testing Web Proofs alongside advanced Solidity SDKs for developers.
Important Disclaimer: Not Financial Advice & Safety Notice
This guide for vlayer is published strictly for educational and informational research purposes. Airdrop participation, testnet tasks, and smart contract interactions involve technical and financial risks. Airdroplyx is not a financial advisor, broker, or custodian, does not provide investment, legal, or tax advice, and cannot guarantee token allocations, eligibility, or future monetary value.
Always conduct your own due diligence (DYOR), use a dedicated burner wallet with zero primary funds, and never share your seed phrase or private keys. Read our full Risk Disclaimer →
