People often say that zero-knowledge proofs are the future, but in reality, there are few implementations, and it often seems that form outweighs content. So, what hardcore real-world use cases does Succinct have? After reviewing a lot of materials, my impression is that it is not just talk; it truly addresses real needs.

First, let's talk about blockchain scaling, such as ZK rollups. They require generating proofs for a large number of transactions, but usually, you have to set up your computational power, which is costly. Succinct allows Rollup developers to offload the proof task to a distributed network, paying with $PROVE , which reduces costs, hides complexity, and improves efficiency.

Next, consider cross-chain verification and bridging. In inter-chain communication, you need to prove that a certain chain's state or transaction is valid on another chain. Traditionally, this relied on trusted parties, but now you can use Succinct's proof, which can be verified across Ethereum, Solana, the Web, and even mobile platforms, making it accessible with low barriers and broad use cases.

Additionally, in AI and identity privacy, if you want AI to verify certain data or logic but do not want to expose input details, zero-knowledge proofs can also be employed. For instance, in private voting, identity attestation, and privacy-preserving decision-making, Succinct can also handle these scenarios.

Most importantly, this is not a promise for the future; it genuinely supports dozens of projects and billions in TVL (Total Value Locked) that are active. It's no longer just theoretical, making it far more reliable than projects that sound impressive but have no real-world application. @Succinct $PROVE #SuccinctLabs #SuccinctLabsPROVE