#MindNetwork全同态加密FHE重塑AI未来 @Mind Network
Brothers, the FHE airdrop event is here, you can join me in this, the minimum guarantee is also 10 FHE, with a limit of +400% APY, distribution date is May 21, steps are as follows:
Step 1: Connect your wallet to access the Agent launch page, connect your wallet (supports BNB Smart Chain and MindChain); if you are using a Binance wallet, click [Discover] -> [DApps]
Step 2: Activate Agent, get 10% of the principal for free
Staking threshold: ≥100 FHE to activate privacy agent permissions;
Limited-time benefits: An additional 10 FHE (≈10% of principal), event until May 9, 2025 (two-year bonus period, guaranteed profit).
Step 3: Choose a track to earn passively, preferably select one with high returns
Medical AI Track:
Staking FHE supports DeepSeek 'blind computation' of medical images (e.g., CT/MRI), earning data service fees + health technology dividends.
2. Cross-chain DeFi track:
Achieving encrypted cross-chain transactions through FHE Bridge, compliant transaction commissions (transaction fee earnings starting at 0.3% per transaction), must compete for institutional funds.
3. Autonomous agent track:
Deploy AI Agent to the Swarms network to 'work', earning shares of digital labor (the more tasks, the higher the earnings).
💡 Key point:
30-day lock-up + daily rewards: Stake FHE for 30 days, during which daily earnings are released ('earning interest on deposits' model);
Dynamic unbinding: After the lock-up period expires, the excess part can be redeemed (e.g., stake 500 FHE → after 30 days, withdraw 400 FHE, keep 100 FHE as a guarantee)
Project background: MindNetwork is a next-generation privacy computing network based on zero-knowledge proofs (ZKP) and fully homomorphic encryption (FHE), aiming to provide secure and verifiable data computing infrastructure for Web3 and AI fields. With the rapid development of blockchain and artificial intelligence, data privacy and computing security have become key challenges. MindNetwork, through innovative cryptographic technology, enables smart contracts, AI model training, and cross-chain transactions to operate without exposing raw data while maintaining auditability. The project primarily serves scenarios in fintech (DeFi, RWA), medical data, and enterprise-level AI, ensuring that sensitive information remains private during multi-party collaboration. Its core advantage lies in combining ZKP's efficient verification with FHE's real-time encrypted computation, addressing the centralization risk issues of traditional privacy computing solutions (e.g., TEE).
MindNetwork has built a revolutionary privacy computing protocol stack, with its technical architecture consisting of three core layers:
Base layer: Integrates an optimized zk-STARKs proof system and FHE computation accelerator
Middleware: Provides pluggable privacy computing modules, supporting WASM smart contracts
Application layer: Open API interface, supporting seamless access to cross-chain DApps
(1) Technical strength:
The world's first L2 solution to achieve ZKP-FHE hybrid proof
Single transaction verification time <50ms (industry average 200ms)
Supports privacy computing clusters with 100,000 TPS
Technical advantages:
- ZKP+FHE integrated architecture: Balances privacy and verifiability, outperforming traditional solutions.
- Cross-chain compatibility: Supports ecosystems like EVM, Cosmos, reducing migration costs for developers.
- Modular design: Can flexibly adapt to various application scenarios in finance, AI, IoT, etc.
(2) Team and funding sources
- Core Team: Cryptography experts from Stanford and MIT, former engineers from Coinbase and Chainlink.
- Investment institutions: Supported by top venture capital such as Binance Labs, Polychain, HashKey.
(3) Ecological progress
- Testnet has been launched, attracting over 50 projects for integration.
- Partners: Including well-known protocols such as Chainlink, Arweave, Scroll.
Summary
MindNetwork addresses the privacy computing challenges in Web3 and AI fields through cutting-edge cryptographic technology. Its airdrop plan aims to build an active community, while a strong technical team and funding background provide a solid foundation for long-term development. With the growing demand for data security, this project is expected to become an important infrastructure in the privacy computing track.