- Topic
62k Popularity
17k Popularity
3k Popularity
14k Popularity
4k Popularity
2k Popularity
17k Popularity
22k Popularity
12k Popularity
2k Popularity
- Pin
- 🌟 Photo Sharing Tips: How to Stand Out and Win?
1.Highlight Gate Elements: Include Gate logo, app screens, merchandise or event collab products.
2.Keep it Clear: Use bright, focused photos with simple backgrounds. Show Gate moments in daily life, travel, sports, etc.
3.Add Creative Flair: Creative shots, vlogs, hand-drawn art, or DIY works will stand out! Try a special [You and Gate] pose.
4.Share Your Story: Sincere captions about your memories, growth, or wishes with Gate add an extra touch and impress the judges.
5.Share on Multiple Platforms: Posting on Twitter (X) boosts your exposure an
- 🎉 [Gate 30 Million Milestone] Share Your Gate Moment & Win Exclusive Gifts!
Gate has surpassed 30M users worldwide — not just a number, but a journey we've built together.
Remember the thrill of opening your first account, or the Gate merch that’s been part of your daily life?
📸 Join the #MyGateMoment# campaign!
Share your story on Gate Square, and embrace the next 30 million together!
✅ How to Participate:
1️⃣ Post a photo or video with Gate elements
2️⃣ Add #MyGateMoment# and share your story, wishes, or thoughts
3️⃣ Share your post on Twitter (X) — top 10 views will get extra rewards!
👉
ZK Co-processor: Breaking the Ethereum Bottleneck and Opening a New Era of Large-scale Applications in Web3
ZK Co-processor: The Key Technology for Large-scale Applications in Web3
In the field of computers, a coprocessor is a processing unit responsible for handling complex tasks for the CPU. From Apple's M7 motion coprocessor to Nvidia's GPU, coprocessors accelerate applications by offloading specific computational tasks.
Ethereum faces two major challenges: high gas fees limit the range of applications, and smart contracts can only access a limited amount of historical data. These issues severely restrict the development and large-scale adoption of complex applications.
ZK co-processors can solve these problems. As an auxiliary processing unit of Ethereum, it can handle compute-intensive and data-intensive tasks while utilizing ZK technology to ensure the credibility of off-chain computations.
The application range of ZK co-processors is extensive, including social networking, gaming, DeFi, risk control systems, oracles, data storage, and large language models. Theoretically, any Web2 application can be implemented on the blockchain through ZK co-processors.
The main ZK co-processor projects currently include:
Risc Zero's Bonsai: A general zkVM based on the RISC-V architecture, supporting multiple programming languages.
Lagrange: Build co-processors and verifiable databases to support trustless application development for on-chain historical data.
Succinct: Integrate programmable facts into various aspects of blockchain development.
These projects converge on the technical path, all adopting the encapsulation of STARK to SNARK, supporting recursive proofs, and constructing prover networks. Currently, competition among the projects is more reflected in ecological resources and market expansion.
Unlike Layer 2, ZK co-processors are application-oriented rather than user-oriented. They can serve as off-chain VM components for Layer 2, or as off-chain computing units, cross-chain data oracles, and cross-chain bridges for public chain applications.
The main challenges facing ZK co-processors include high development thresholds, being in the very early stages of the track, and immature hardware support. However, in the long run, ZK co-processors are expected to reconstruct the middleware ecosystem of blockchain, providing key support for large-scale applications in Web3.