✅ Why does this matter? zkSync Lite proved that zero-knowledge rollups can work in production — cheap transfers, fast settlement, NFT minting — all with validity proofs. But it lacked smart-contract support, which limited its scope. As zkEVM / zk-Stack ecosystems evolve, Lite’s

🔄 But what this transition reveals is broader: Web3 is evolving from simple transaction layers to full-fledged application & asset infrastructures (smart contracts, RWA, identity, AI, compliance, cross-chain bridges). With complexity comes new risks.

⚠️ In that context, legacy security models — where trust is only in code or protocol — begin to show limitations. Smart contracts + rollups handle logic, but cannot solve who verifies off-chain data, how to guarantee asset origin, how to prove identity / credit / compliance

🛡️ That’s where DeepSafe enters the picture: by offering a decentralized verification layer built on cryptography (ZK proofs), secure execution (TEE / enclaves), and distributed validators, we provide the missing trust infrastructure — enabling privacy-preserving, provable

🌐 As zk-rollup ecosystems iterate (Lite → Era → zk-Stack → modular ZK chains), bridging on-chain logic with off-chain reality becomes more common — real-world assets, compliance, identity, AI inputs. Without a robust verification backbone, scaling protocols risk becoming

🔎 So: zkSync Lite’s retirement isn’t just the closing of a chapter — it’s a signal: Web3 is entering its next phase. For protocols, developers, users — that means infrastructure matters as much as code. The rollup on chain is just the start. Verification & trust must be rebuilt

🔭 We believe the future of Web3 depends not only on decentralization at the ledger and execution layers — but on decentralized, cryptographically enforced trust infrastructure. That’s the promise of DeepSafe. #Web3 #ZK #zkSync #Rollup #Security #DeFi #VerificationLayer