From the archives: @jerallaire (CEO @circle) and @randhindi (CEO @zama) dive into Zama and FHE. A must-listen for anyone curious about how FHE can power confidential finance and blockchain apps.
@solotop999 Qua nhiều lần giao dịch p2p thì mình thấy thông số không thể fake đó là thời gian giao dịch trung bình. 0-2p là cực kì uy tín. 2-3p là ổn. Trên 5p là auto bỏ qua. Tỉ lệ giao dịch thành công vẫn fake đc. Tụi nó ngâm lệnh 2-3 tiếng mới trả.
Green role: A role in Zama's Discord channel brings a lot of fun and laughter. 😆
“The only role that matters is cinnamon rolls”
#ZamaCreatorProgram@zama
@Gengui25106320 Role đó bên dự án check kỹ và cấp thủ công. Có thể nói nó gần như là OG á. Đc khoảng 10 ng có role đó. Đóng góp thật sự chứ k phải chat cho vui trong kênh.
5/5.
Conclusion
FHE is the future of data security, especially in Web3, where privacy and transparency must coexist.
By enabling computations on encrypted data, FHE not only protects information but also unlocks potential for DeFi, AI, and beyond.
Follow @zama_fhe to explore how FHE is shaping the digital world!
🟨 An Overview of Fully Homomorphic Encryption and Its Role in Data Security 🟨
1/5.
Fully Homomorphic Encryption (FHE) is a groundbreaking cryptographic technology that allows computations on encrypted data without needing to decrypt it first.
Introduced by Craig Gentry in 2009, #FHE is becoming a key solution for protecting privacy in the digital age, particularly in blockchain and Web3.
This article provides an overview of FHE and its role in data security.
4/5.
Potential and Challenges
#FHE paves the way for a privacy-focused future, but it faces challenges.
Previously, FHE required significant computational resources, causing delays.
However, projects like #Zama have optimized FHE, reducing costs and improving performance, making it more practical for real-world applications.