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Another day understanding @SuccinctLabs. But let's talk about the "why" case of Zk first. Most protocols requires data to confirm certain transactions, or perform certain action Onchain, Zero-Knowledge (ZK) solves the core problem of trust — both in terms of privacy and computation integrity. Let me break it down this way Contest■■■■■ Here’s what ZK solves: 1. Trust without disclosure Problem: You want to prove something (e.g., identity, ownership) without revealing sensitive data. ZK Solution: Generate a proof that something is true without showing the data itself. 2. Scalable verification Problem: Verifying complex computations (like hundreds of blockchain transactions) is slow and expensive. ZK Solution: Prove computation off-chain once, then verify it quickly on-chain — saving time and gas. 3. Data minimization & privacy Problem: Sharing personal or business data can be risky or unnecessary. ZK Solution: Share just the proof — not the data. 4. Cross-chain & off-chain trust Problem: How do you trust what happened on another chain or off-chain server? ZK Solution: Verifiable computation lets you trust proof, not infrastructure. In short: ZK proofs solve the problem of needing to trust people, platforms, or code — by letting you trust math instead. ■■■■■■■■■■■■■■■■■■■ There are several major players building ZK infrastructure across different layers of the blockchain stack. Here are key categories with examples. 1. zkVMs What they are: zkVMs are virtual machines that let developers write general-purpose code (e.g., in Rust or Solidity) and then automatically generate zero-knowledge proofs from that code. Why they exist: They abstract away the hard cryptography. Instead of writing zk circuits manually, devs can just write normal code and prove its execution making ZK accessible to a broader dev audience. Examples: SP1 by (@SuccinctLabs), RISC Zero @RiscZero, zkSync Era by @zksync, Polygon zkEVM by @0xPolygon, Scroll by @Scroll_ZKP 2. ZK Rollups What they are: Rollups are layer-2 networks that batch and compress transactions, using ZK proofs to verify the correctness of those batches on Ethereum or another L1. Why they exist: Ethereum is slow and expensive. ZK rollups scale it massively while keeping its security — and zero-knowledge proofs ensure no invalid data gets included. Examples: StarkNet @Starknet, zkSync @zksync, Scroll, @LineaBuild, Polygon zkEVM 3. ZK Provers / Circuit Libraries What they are: These are lower-level libraries or cryptographic systems that allow you to define and prove specific computations (zk circuits), typically used by zkVMs and rollups. Why they exist: They’re the engines under the hood. Rollups and zkVMs use them to generate and verify proofs. Some are SNARK-based (Halo2), others are STARK-based (Cairo/StarkWare). Examples: Halo2 , gnark, SnarkyJS, Winterfell In Summary, to make it easy to understand. zkVMsMake proving general programs easy forDevelopers using tools like SP1, RISC Zero, zkSync Era. ZK RollupsScale blockchains with ZK proofsfor End-users + L2 builders like Scroll, Linea etc. ZK Provers build circuits & cryptographic proofsfor Cryptographers and L1 devs using Halo2, gnark, SnarkyJS pointer: Each layer builds on the one below it: Provers → zkVMs → Rollups → Apps. We'll stop there for now. Up next we'll talk about how relationship btwn Evms and Zk and we dive deeper into what @SuccinctLabs is cooking.. And @0xCRASHOUT I still do not have a code. I'll appreciate one. pls leave questions on what you don't understand in comment section, like and share this value pack. Took me forever to cook this.

Fvck !! I quit!!! Well. truth is I wouldn't need to if I had taken profits. Here's the story. Enter a token at 1m mcap, rode it up till 37m and back to 1m. But how epuld I have known that this isn't my 100X play. But they always said Hodl. I always said hodl