#Write2Earn

🔐With their new SP1-Contract-Call (SP1-CC), Succinct Labs is changing what you can accomplish on Ethereum. This zero-knowledge (ZK) primitive works well with the EVM as a coprocessor. This new idea, which is based on the Succinct Decentralized Prover Network and SP1, makes it very easy and fast to set up general-purpose zero knowledge. You don't need to build a lot of complicated, heavy infrastructure.

The Ethereum Virtual Machine (EVM) is what makes apps that don't depend on a central server operate. It secures assets worth more than $100 billion on a number of chains. Even though it has a number of serious flaws, the EVM is the most popular: • Can't See Old Data: Smart contracts can only tell you how much a storage space is worth right now. You have to employ expensive SSTORE operations and build intricate proprietary logic to maintain track of past states. • Gas Bottlenecks: It is challenging to build dApps that have a lot of features and use a lot of computational power since gas prices are high and gas constraints are strict. • Immutable Contracts: Upgrades are costly, so many organizations can't afford to plan ahead for them.

These limits make Ethereum safe and decentralized. But they also stop new ideas from coming up. SP1-CC makes everything different.

With SP1-CC, developers may use a Read → Compute → Verify approach that is better than what they could do before: 1. Read: You can obtain the blockchain's prior state from any block, together with storage, events, and calldata. 2. Compute: Run Solidity logic offchain without any gas limits and with complete freedom. 3. Verify—Add a single ZK proof to the blockchain to prove that the calculation is correct.

Ethereum can do all of these things without losing its trustlessness: next-gen DeFi protocols, enhanced analytics, AI-driven dApps, and more.

In summary, Succinct's SP1-CC speeds up and strengthens the EVM, turning it into a really programmable space t