The rise of decentralized proof networks, $PROVE becomes the 'hard currency' of the ZK ecosystem.

In the past, ZK proof generation relied on a few specialized nodes, which were prone to monopolization and single point of failure risks. However, the decentralized network built by @Succinct allows global nodes to participate together, with home GPUs, data centers, and even enterprise servers becoming verifiers, fundamentally solving the centralization issue.

The verifier network of @Succinct employs a 'bidding mechanism'. After tasks are released, nodes compete in speed and cost, with the best performer winning rewards. This model not only reduces proof costs but also strengthens the network's resistance to censorship—if some nodes go offline, others can seamlessly take over. Currently, the network has achieved uninterrupted operation 7×24 hours, with stability far exceeding expectations.

PROVE is the 'hard currency' of this network, and verifiers need to stake PROVE to participate in bidding, with rewards also distributed in PROVE; developers using network services must pay PROVE as a fee. With the in-depth use of 35 cooperative agreements, the circulation speed and demand of $PROVE are both rising, naturally driving up the token's value.

From cross-chain transactions to on-chain voting, from supply chain traceability to medical data verification, Succinct's network is becoming the infrastructure for 'trusted computing'. #Succinct uses decentralization to safeguard the fairness of ZK proofs. #Succinct allows every node to share in the dividends of ZK technology. #Succinct 40 billion assets are safeguarded, witnessing the reliability of the network. The trusted network of #Succinct will surely have the presence of $PROVE in the future.