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- 📢 Exclusive on Gate Square — #PROVE Creative Contest# is Now Live!
CandyDrop × Succinct (PROVE) — Trade to share 200,000 PROVE 👉 https://www.gate.com/announcements/article/46469
Futures Lucky Draw Challenge: Guaranteed 1 PROVE Airdrop per User 👉 https://www.gate.com/announcements/article/46491
🎁 Endless creativity · Rewards keep coming — Post to share 300 PROVE!
📅 Event PeriodAugust 12, 2025, 04:00 – August 17, 2025, 16:00 UTC
📌 How to Participate
1.Publish original content on Gate Square related to PROVE or the above activities (minimum 100 words; any format: analysis, tutorial, creativ - 💙 Gate Square #Gate Blue Challenge# 💙
Show your limitless creativity with Gate Blue!
📅 Event Period
August 11 – 20, 2025
🎯 How to Participate
1. Post your original creation (image / video / hand-drawn art / digital work, etc.) on Gate Square, incorporating Gate’s brand blue or the Gate logo.
2. Include the hashtag #Gate Blue Challenge# in your post title or content.
3. Add a short blessing or message for Gate in your content (e.g., “Wishing Gate Exchange continued success — may the blue shine forever!”).
4. Submissions must be original and comply with community guidelines. Plagiarism or re - 🎉 The #CandyDrop Futures Challenge# is live — join now to share a 6 BTC prize pool!
📢 Post your futures trading experience on Gate Square with the event hashtag — $25 × 20 rewards are waiting!
🎁 $500 in futures trial vouchers up for grabs — 20 standout posts will win!
📅 Event Period: August 1, 2025, 15:00 – August 15, 2025, 19:00 (UTC+8)
👉 Event Link: https://www.gate.com/candy-drop/detail/BTC-98
Dare to trade. Dare to win. - 📢 Gate Square Exclusive: #WXTM Creative Contest# Is Now Live!
Celebrate CandyDrop Round 59 featuring MinoTari (WXTM) — compete for a 70,000 WXTM prize pool!
🎯 About MinoTari (WXTM)
Tari is a Rust-based blockchain protocol centered around digital assets.
It empowers creators to build new types of digital experiences and narratives.
With Tari, digitally scarce assets—like collectibles or in-game items—unlock new business opportunities for creators.
🎨 Event Period:
Aug 7, 2025, 09:00 – Aug 12, 2025, 16:00 (UTC)
📌 How to Participate:
Post original content on Gate Square related to WXTM or its
FHE Technology: The Future and Challenges of Blockchain Privacy Computing
FHE: The Future of Privacy Computing
Fully Homomorphic Encryption ( FHE ) is an advanced encryption technology that allows computations to be performed directly on encrypted data, thereby processing data while protecting privacy. FHE has potential applications in various fields such as finance, healthcare, and cloud computing, and is particularly suitable for data processing and analysis under privacy protection. However, due to its significant computational and memory overhead, the commercialization of FHE still requires time.
The basic principle of FHE is to hide the original information through polynomials and introduce random noise to enhance security. To achieve infinite depth of computation, FHE employs techniques such as key switching, modulus switching, and bootstrapping to manage noise. Currently, mainstream FHE schemes include BGV, BFV, CKKS, and TFHE.
Despite the promising prospects of FHE technology, its biggest challenge is computational efficiency. Compared to ordinary computation, the computational overhead of FHE can be millions of times higher. To address this, the U.S. Department of Defense Advanced Research Projects Agency ( DARPA ) launched a dedicated Dprive program aimed at improving the computational speed of FHE to about 1/10th of ordinary computation. The program focuses on increasing processor word length, building dedicated ASIC chips, and implementing MIMD parallel architecture, attempting to break through the performance bottleneck of FHE.
In the field of blockchain, FHE is mainly used to protect data privacy, including on-chain privacy transactions, AI training data privacy protection, privacy voting, etc. Some projects like Fhenix and Privasea are exploring the application of FHE in blockchain. Among them, Zama has developed a relatively mature FHE toolchain based on the TFHE scheme, providing convenience for blockchain projects.
Although FHE is still in its early stages and faces numerous technical challenges, with the development of dedicated chips and ongoing capital investment, FHE is expected to bring disruptive changes in the future, particularly in fields that have high privacy requirements such as defense, finance, and healthcare. As a highly promising cutting-edge technology, FHE deserves continuous attention and exploration from the industry.