New Paradigm of Privacy Protection: Lagrange Says Goodbye to 'Data Exposure' in Web3
#lagrange In the on-chain world, every transaction and operation feels like 'exposing oneself in a glass house' — address information, asset balance, and interaction records are laid bare. Lagrange proposes: Web3 can have a greater sense of 'proportion', and zero-knowledge proof (ZK) technology allows you to enjoy blockchain security while maintaining privacy.
Its solution is not to 'hide data', but to 'prove results'. For example, when you borrow on a DeFi platform, the traditional model requires disclosing the amount of collateral and borrowing records; with Lagrange's ZK technology, you only need to prove 'my assets are enough to cover repayment', without revealing specific numbers, allowing the platform to lend with confidence. In on-chain games, your card attributes and skill levels can be stored encrypted, and the battle results can be validated through ZK proof, preventing cheating while not disclosing tactical strategies.
#lagrange This 'privacy protection' can also extend to cross-chain scenarios. When you transfer assets from Ethereum to Solana, Lagrange's ZK proof verifies 'this asset truly exists', but does not disclose your transaction history or holdings. For privacy-conscious users, this is the experience Web3 should provide — safety does not mean 'transparency without limits', and freedom should not come at the cost of 'exchanging privacy for convenience'.
$LA Tokens are the 'core fuel' of all this: developers pay LA to use ZK services, nodes can earn LA by generating proofs, and stakers participate in governance and establish privacy rules through LA. @Lagrange Official Proving to the world with technology: The widespread adoption of Web3 lacks not speed, but the 'sense of security' that encourages ordinary people to use it. #lagrange may be the key project that finally helps blockchain 'understand proportion'.
