Andrew R（follow back） pfp
Andrew R（follow back）
@hfdhjfrw6
By design, blockchains expose every transaction—DeFi swaps, governance votes, or tokenized assets—to ensure trust, but this transparency blocks adoption for privacy-sensitive use cases. Zama’s Confidential Blockchain Protocol uses Fully Homomorphic Encryption (FHE) to perform computations on encrypted data, enabling private smart contracts that remain verifiable without revealing sensitive information, even to nodes. Zama integrates with Ethereum (mainnet Q4 2025) and will support Solana in 2026, enhancing existing chains without requiring new infrastructure. Developers can create confidential dApps in Solidity with Zama’s FHEVM library, simplifying encrypted data management. Examples include stablecoins with hidden balances and compliant transfers, tokenized real estate traded privately on public ledgers, and governance systems with private DAO voting to prevent bias.
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Andrew R（follow back） pfp
Andrew R（follow back）
@hfdhjfrw6
Zama’s testnet runs at 20 TPS per chain, with ASIC plans targeting over 10,000 TPS. The $ZAMA token, set for release by late 2025, facilitates fees (priced in USD for cost predictability), staking, and governance, with volume-based discounts. Supported by $150M from Multicoin and founders like Anatoly Yakovenko, Zama’s cryptography experts are driving innovation. From private DeFi to secure identity and prediction markets, Zama is powering a Web3 ecosystem where privacy unlocks transformative applications for users and institutions.
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