Hashpower projects need to be implemented, and the key points are twofold: first, how to coordinate the operation of diverse machines; second, who verifies the results after computation and how to distribute the rewards.

$cys's approach is straightforward. First, use a relatively centralized method to run through the process, with the goal of verifying whether ZK proofs can be scheduled and support collaboration in an actual system. Once feasibility is confirmed, the network will gradually open up. Introduce verifiers to check results, hashpower providers to contribute computing resources, and stakers to provide economic guarantees—all three parties working under the same set of rules.

This evolutionary approach is very pragmatic—rather than decentralizing from the start, it first ensures technical feasibility, then gradually moves toward decentralization. ZK proofs make computations verifiable, multi-role participation creates a self-consistent incentive mechanism, ultimately forming a self-operating system.