ZK technology and the revolutionary transformation of the open proving market Why does ZK technology need an open proving market? Let me explain this revolutionary change with a simple comparison. 1️⃣ Pain points of traditional ZK development Imagine you are a developer who needs to perform on-chain computations for running AI models or complex financial simulations. In the past, you had to: Deeply learn the complex mathematical principles of ZK Write circuit code yourself Build proving infrastructure Manually optimize performance It's like wanting to eat a cake but having to start by raising chickens. The time cost and technical barriers are extremely high. 2️⃣ Boundless's solution and market mechanism Boundless's solution Now with Boundless, the entire process has turned into "ZK computation self-service shopping": Developers post "proving requests" on the network A large number of provers compete for orders—some attract with low prices, while others grab with high-performance hardware You get the best cost or the fastest results Once the proof is completed, Boundless automatically verifies it on the target chain 3️⃣ The significance of an open proving market and future outlook Why is this important? This is not just process optimization, but a fundamental transformation of ZK infrastructure. When proving becomes a standardized market service, the barriers to development drop sharply, and ZK applications will experience exponential growth. Future AI training, MEV computation, and DePIN scheduling will all unfold in this "order-taking-confirmation on-chain" manner. All computations will be traceable and trustworthy, and all tasks can be verified on-chain. This is the leap from "handcrafted workshops" to "industrial production" 🚀