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ZK技术

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Alpha灯塔
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LA's New Technological BreakthroughCan code be “edited on the go”? This technology really solved the pain points I was thinking about... To be honest, I used to think some zero-knowledge proof (ZKP) projects were a bit “too idealistic”😅. For instance, if you want to update a proof logic— even if it’s just adding a field or changing a small parameter, The system immediately gives you a big eye roll: “Sorry, the whole proof has to start from scratch.” 🤯 Recalculate, regenerate, revalidate... Time-consuming and labor-intensive, like taking apart and reassembling a whole car during repairs. Until I saw @Lagrange's Dynamic SNARKs,

LA's New Technological Breakthrough

Can code be “edited on the go”? This technology really solved the pain points I was thinking about...
To be honest, I used to think some zero-knowledge proof (ZKP) projects were a bit “too idealistic”😅.
For instance, if you want to update a proof logic— even if it’s just adding a field or changing a small parameter,
The system immediately gives you a big eye roll:
“Sorry, the whole proof has to start from scratch.”
🤯 Recalculate, regenerate, revalidate... Time-consuming and labor-intensive, like taking apart and reassembling a whole car during repairs.
Until I saw @Lagrange's Dynamic SNARKs,
See original
Understanding Succinct and $PROVEIn the past, people thought ZK was impressive but distant, with high barriers and slow implementation. However, after understanding Succinct, one may find that the transformation of ZK could be faster and more thorough than expected. Succinct is providing a general layer for ZK, just as Ethereum made smart contracts ubiquitous. Its Prover Network connects global GPUs with tokens, allowing any chain or application to utilize secure and efficient ZK computing power—now ZK can be used not only in L2 and privacy protocols but also in any chain, model, or Web2 scenario. Developers are also welcoming the ZK revolution: previously, working with ZK required understanding circuits and mathematics, which could lead to pitfalls; now, Succinct's SP1 zkVM is like Solidity to EVM, allowing ordinary developers to write logic in mainstream languages like Rust, and generate ZK proofs post-compilation, significantly increasing developer friendliness, which is a prerequisite for the large-scale explosion of ZK applications.

Understanding Succinct and $PROVE

In the past, people thought ZK was impressive but distant, with high barriers and slow implementation. However, after understanding Succinct, one may find that the transformation of ZK could be faster and more thorough than expected.
Succinct is providing a general layer for ZK, just as Ethereum made smart contracts ubiquitous. Its Prover Network connects global GPUs with tokens, allowing any chain or application to utilize secure and efficient ZK computing power—now ZK can be used not only in L2 and privacy protocols but also in any chain, model, or Web2 scenario.
Developers are also welcoming the ZK revolution: previously, working with ZK required understanding circuits and mathematics, which could lead to pitfalls; now, Succinct's SP1 zkVM is like Solidity to EVM, allowing ordinary developers to write logic in mainstream languages like Rust, and generate ZK proofs post-compilation, significantly increasing developer friendliness, which is a prerequisite for the large-scale explosion of ZK applications.
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Today let's talk about how Succinct aims to create an underlying engine for a full-chain proof network. I have been following this project for a long time, so let me analyze it for everyone. As zero-knowledge proofs (ZK) gradually transition from technical prototypes to practical applications, developers face a new problem: ZK is undoubtedly the future, but why is it still so difficult to use? Succinct's answer is to turn the act of 'using ZK' into an infrastructure service — they have built a global ZK network: Succinct Prover Network (SPN), providing unified ZK proof capabilities for developers, chains, Rollups, AI models, and more. The nodes of this network consist of global GPU devices, generating proofs upon receiving orders and earning incentives; the task publishers (including Ethereum mainnet, L2, cross-chain bridges, Web2 projects, etc.) do not need to build their own proof systems, they just need to call the network. The core token here is $PROVE , and nodes must stake $PROVE to participate in task distribution. All on-chain and off-chain ZK demands could potentially settle in the staking pool of $PROVE . In comparison, the revenue from Rollup projects comes only from transaction fees on their own chains, while $PROVE captures the entire ZK demand of Web3 (and even Web2), playing a role similar to 'oil' in the ZK application field. This model also means that Succinct is not creating a single-chain ZK application but is providing ZK capabilities for the entire ecosystem, just as Ethereum once turned smart contracts into standard tools. The lineup behind Succinct is also quite impressive. After two consecutive funding rounds led by Paradigm, they have raised over $55M in total. Investors include Bankless, Standard Crypto, Polygon co-founders, early investors in Twitter, and others. If L2 is the answer to scaling Ethereum, then what Succinct aims to solve is how to make ZK a universal capability that everyone can use and be available across all chains. And $PROVE is the underlying fuel that connects all of this, potentially igniting the market. #ZK技术 #wbe3基建 #PROVE
Today let's talk about how Succinct aims to create an underlying engine for a full-chain proof network. I have been following this project for a long time, so let me analyze it for everyone.

As zero-knowledge proofs (ZK) gradually transition from technical prototypes to practical applications, developers face a new problem: ZK is undoubtedly the future, but why is it still so difficult to use?

Succinct's answer is to turn the act of 'using ZK' into an infrastructure service —
they have built a global ZK network: Succinct Prover Network (SPN), providing unified ZK proof capabilities for developers, chains, Rollups, AI models, and more.

The nodes of this network consist of global GPU devices, generating proofs upon receiving orders and earning incentives; the task publishers (including Ethereum mainnet, L2, cross-chain bridges, Web2 projects, etc.) do not need to build their own proof systems, they just need to call the network.

The core token here is $PROVE , and nodes must stake $PROVE to participate in task distribution.

All on-chain and off-chain ZK demands could potentially settle in the staking pool of $PROVE .

In comparison, the revenue from Rollup projects comes only from transaction fees on their own chains, while $PROVE captures the entire ZK demand of Web3 (and even Web2), playing a role similar to 'oil' in the ZK application field.

This model also means that Succinct is not creating a single-chain ZK application but is providing ZK capabilities for the entire ecosystem, just as Ethereum once turned smart contracts into standard tools.

The lineup behind Succinct is also quite impressive.

After two consecutive funding rounds led by Paradigm, they have raised over $55M in total.

Investors include Bankless, Standard Crypto, Polygon co-founders, early investors in Twitter, and others.

If L2 is the answer to scaling Ethereum, then what Succinct aims to solve is how to make ZK a universal capability that everyone can use and be available across all chains.

And $PROVE is the underlying fuel that connects all of this, potentially igniting the market.
#ZK技术 #wbe3基建 #PROVE
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Today, we're discussing the value of the $PROVE token. This is a zero-knowledge proof project. Previously, developers needed to understand cryptography, design circuits, and build their own zkVM and proof system, which discouraged many developers. They've created a zkVM—SP1—that's as easy to use as a modern programming language. Writing applications is as natural as writing code, eliminating the need for understanding arcane mathematical principles. Combined with the Prover Network, a global network of GPU nodes, you can instantly access powerful ZK capabilities with a single click. Even more impressively, they haven't compromised on performance. Using SP1 Hypercube technology, transactions per second (TPS) can soar from a few dozen on Ethereum to tens of thousands, while maintaining extreme security and decentralization. Even running verification on a Raspberry Pi is no problem—no exaggeration. Furthermore, it doesn't serve a specific chain or use case; rather, it's a universal ZK infrastructure—serving Ethereum, Rollups, Solana, Bitcoin bridges, AI model verification, and countless other use cases. $PROVE is the unified payment and incentive core of this system, serving as the "ZK computing fuel" shared across multiple ecosystems. The 2025 White House Digital Asset Report specifically named ZK as a key technical path to achieving "privacy protection and regulatory compliance." This positions the network built by Succinct in a position of exceptional policy potential. Rather than developing another ZK project, they are laying the "ZK universal foundation" for the entire Web3 ecosystem. This will enable all chains and applications to easily utilize zero-knowledge proofs. Follow us, ZK is no longer a niche topic. Succinct is making it accessible, affordable, and reliable future infrastructure for every developer. #ZK技术 #Web3基建 #PROVE
Today, we're discussing the value of the $PROVE token. This is a zero-knowledge proof project. Previously, developers needed to understand cryptography, design circuits, and build their own zkVM and proof system, which discouraged many developers.

They've created a zkVM—SP1—that's as easy to use as a modern programming language. Writing applications is as natural as writing code, eliminating the need for understanding arcane mathematical principles. Combined with the Prover Network, a global network of GPU nodes, you can instantly access powerful ZK capabilities with a single click.

Even more impressively, they haven't compromised on performance. Using SP1 Hypercube technology, transactions per second (TPS) can soar from a few dozen on Ethereum to tens of thousands, while maintaining extreme security and decentralization. Even running verification on a Raspberry Pi is no problem—no exaggeration.

Furthermore, it doesn't serve a specific chain or use case; rather, it's a universal ZK infrastructure—serving Ethereum, Rollups, Solana, Bitcoin bridges, AI model verification, and countless other use cases.

$PROVE is the unified payment and incentive core of this system, serving as the "ZK computing fuel" shared across multiple ecosystems.

The 2025 White House Digital Asset Report specifically named ZK as a key technical path to achieving "privacy protection and regulatory compliance." This positions the network built by Succinct in a position of exceptional policy potential.

Rather than developing another ZK project, they are laying the "ZK universal foundation" for the entire Web3 ecosystem.

This will enable all chains and applications to easily utilize zero-knowledge proofs.

Follow us, ZK is no longer a niche topic. Succinct is making it accessible, affordable, and reliable future infrastructure for every developer.

#ZK技术 #Web3基建 #PROVE
Reda mo:
prove
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Bullish
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Recently discovered an interesting ZK infrastructure player - Succinct. They are building a global zero-knowledge proof network, the core of which is the Prover Network, using $PROVE tokens to incentivize global GPU nodes to help generate proofs, providing secure and verifiable computing services to Ethereum, L2, AI and other chains or applications. The key to their current market share is lowering the barrier for developers to deploy ZK technology, allowing service deployment using common languages, which greatly improves the development experience. Succinct has now helped customers protect over $4 billion in on-chain assets, which is a very large protection range in ZK infrastructure. Even more interesting is that Google Wallet's "prove you're over 18 without revealing your actual age" feature uses their lightweight ZK framework - which shows that Web2 is also starting to use ZK technology in a real way. The most impressive thing is their financing, Paradigm has led the seed round and Series A, with a total of over $55 million, and investors include Robot Ventures, Bankless, and even Polygon co-founders and early Twitter investors. ZK technology has gone from a niche cryptographic tool to a general-purpose infrastructure, Succinct's operation is really impressive. #ZK技术 #Web3基建 #PROVE
Recently discovered an interesting ZK infrastructure player - Succinct. They are building a global zero-knowledge proof network, the core of which is the Prover Network, using $PROVE tokens to incentivize global GPU nodes to help generate proofs, providing secure and verifiable computing services to Ethereum, L2, AI and other chains or applications. The key to their current market share is lowering the barrier for developers to deploy ZK technology, allowing service deployment using common languages, which greatly improves the development experience.

Succinct has now helped customers protect over $4 billion in on-chain assets, which is a very large protection range in ZK infrastructure. Even more interesting is that Google Wallet's "prove you're over 18 without revealing your actual age" feature uses their lightweight ZK framework - which shows that Web2 is also starting to use ZK technology in a real way.

The most impressive thing is their financing, Paradigm has led the seed round and Series A, with a total of over $55 million, and investors include Robot Ventures, Bankless, and even Polygon co-founders and early Twitter investors.

ZK technology has gone from a niche cryptographic tool to a general-purpose infrastructure, Succinct's operation is really impressive.

#ZK技术 #Web3基建 #PROVE
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