[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  CRYPTO WELSH🍊,💊🔥 [@Hasdot313](/creator/twitter/Hasdot313) on x XXX followers Created: 2025-07-21 20:06:45 UTC Hey frens, I’ve been diving into @cysic_xyz lately — a project that’s doing some pretty wild things in the Zero-Knowledge Proof (ZKP) space. If you're into crypto, privacy, or scaling tech, this one's worth knowing about. So, quick refresher: ZKPs let you prove something is true without revealing why it’s true. Super powerful stuff, especially for privacy-preserving apps and scaling blockchains. But generating these proofs? It's still expensive and slow — that's the bottleneck. That’s where @cysic_xyz comes in. Their whole mission is to make ZKP generation and verification faster, cheaper, and more decentralized. And they’re doing it with some really interesting design choices. One of their big ideas is something they call Proof Deverticalization — basically breaking up the proof generation process so it’s not controlled by one entity. Instead, it’s distributed across many layers and participants. That makes things more robust and way more decentralized. They also tackle the cost issue head-on. Especially on chains like Ethereum, ZKP proof costs can be crazy high. @cysic_xyz uses proof aggregation to bundle multiple proofs together, which slashes gas fees and latency. Another interesting layer: they’ve got a native asset called the microtoken — total supply of 100M. It’s used to pay gas, run programs, and even participate in governance and consensus. It’s small but mighty. At the heart of the network is the Prover Network — anyone with hardware (think GPU servers, laptops, even phones and ASICs) can contribute compute to generate proofs. So the network scales with its community. Security-wise, @cysic_xyz runs on a CometBFT consensus mechanism — a type of Byzantine Fault Tolerant system. Even if some nodes are malicious or go down, the network still holds strong. It uses proposers and validators to finalize blocks in multiple stages for better reliability. What’s cool is how this all flows together. An agent kicks off a ZKP task → smart contract generates the challenge → provers race to solve it → verifiers validate it. If at least X verifiers approve, the proof gets confirmed on-chain. It’s a whole ecosystem of trustless coordination for ZKPs — scalable, decentralized, and way more efficient than traditional approaches. I’m excited to see how @cysic_xyz evolves. If you’re building with ZK, or just curious about what the future of on-chain privacy and compute looks like, keep an eye on them. This is real infrastructure. More soon 👀  XXX engagements  **Related Topics** [coins privacy](/topic/coins-privacy) [zkp](/topic/zkp) [Post Link](https://x.com/Hasdot313/status/1947387795787419783)
[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]
CRYPTO WELSH🍊,💊🔥 @Hasdot313 on x XXX followers
Created: 2025-07-21 20:06:45 UTC
Hey frens, I’ve been diving into @cysic_xyz lately — a project that’s doing some pretty wild things in the Zero-Knowledge Proof (ZKP) space. If you're into crypto, privacy, or scaling tech, this one's worth knowing about.
So, quick refresher: ZKPs let you prove something is true without revealing why it’s true. Super powerful stuff, especially for privacy-preserving apps and scaling blockchains. But generating these proofs? It's still expensive and slow — that's the bottleneck.
That’s where @cysic_xyz comes in. Their whole mission is to make ZKP generation and verification faster, cheaper, and more decentralized. And they’re doing it with some really interesting design choices.
One of their big ideas is something they call Proof Deverticalization — basically breaking up the proof generation process so it’s not controlled by one entity. Instead, it’s distributed across many layers and participants. That makes things more robust and way more decentralized.
They also tackle the cost issue head-on. Especially on chains like Ethereum, ZKP proof costs can be crazy high. @cysic_xyz uses proof aggregation to bundle multiple proofs together, which slashes gas fees and latency.
Another interesting layer: they’ve got a native asset called the microtoken — total supply of 100M. It’s used to pay gas, run programs, and even participate in governance and consensus. It’s small but mighty.
At the heart of the network is the Prover Network — anyone with hardware (think GPU servers, laptops, even phones and ASICs) can contribute compute to generate proofs. So the network scales with its community.
Security-wise, @cysic_xyz runs on a CometBFT consensus mechanism — a type of Byzantine Fault Tolerant system. Even if some nodes are malicious or go down, the network still holds strong. It uses proposers and validators to finalize blocks in multiple stages for better reliability.
What’s cool is how this all flows together. An agent kicks off a ZKP task → smart contract generates the challenge → provers race to solve it → verifiers validate it. If at least X verifiers approve, the proof gets confirmed on-chain.
It’s a whole ecosystem of trustless coordination for ZKPs — scalable, decentralized, and way more efficient than traditional approaches.
I’m excited to see how @cysic_xyz evolves. If you’re building with ZK, or just curious about what the future of on-chain privacy and compute looks like, keep an eye on them. This is real infrastructure.
More soon đź‘€
XXX engagements
Related Topics coins privacy zkp