Excellent arbitrage opportunity, stable four times the return! Staking FHE coins on the official website has a 400% interest rate, and at the same time, open a short position on Binance Futures that matches the staked amount to hedge! Steadily take this 400% interest rate!
Next is the tutorial:
1. Find the Binance wallet first. If you don’t have FHE coins, you can go to Binance wallet alpha to buy them.
2. Click [Others] on the Binance wallet page, click DAPP above, and find the FHE official website
3. Connect your wallet on the official website and choose to enable AI agent for staking. You will be asked to choose a profession, etc. You can choose any one and get a 400% interest rate.
4. At this time, after the pledge is successful, return to the Binance contract page to open a contract order for the same amount of FHE coins pledged for hedging. Stabilize the profit!
FHE not only gave away money in this staking activity, but also gave away more than 60 U in the previous Binance wallet IPO.
Why am I optimistic about this project in the long term?
Because FHE is important for future visions such as DeCC and HTTPZ:
What FHE means for DeCC (decentralized confidential computing)
- Data privacy protection: FHE allows data to be calculated in an encrypted state. Users can perform calculations and analysis without disclosing the original data, ensuring the confidentiality and privacy of the data.
- Computational integrity: With FHE, computational results can be verified without decryption, ensuring the correctness and integrity of the computational process and preventing data from being tampered with or computational results from being forged.
- Decentralized computing: FHE supports computing in a distributed environment without the need to store data centrally on trusted third-party servers, thus achieving a decentralized computing model.
What FHE means for HTTPZ
- End-to-end encryption: HTTPZ uses FHE to encrypt data throughout its entire life cycle of transmission, storage, and computing, ensuring that data is encrypted at all stages and improving the security of data transmission.
- Zero Trust Architecture: FHE supports the zero trust model, which does not presuppose any trust. Each data request and interaction is strictly verified and authorized to prevent unauthorized access and data leakage.
- Quantum-resistant: FHE is a post-quantum encryption technology that can resist attacks from future quantum computers, providing long-term quantum-safe encryption for HTTPZ.
In summary, FHE provides a solid technical foundation for future visions such as DeCC and HTTPZ, and provides the necessary conditions for Agents in terms of identity recognition, secure environment, decentralization, verifiable computing, and data protection, promoting the construction of a secure, trusted, and decentralized future network environment. #MindNetwork全同态加密FHE重塑AI未来
