@Zun2025 Thanks for this Zun. Do you think it will work to recover the last 7 seed phrases in a 12 word recovery phrase. I have the wallet address and only 5 phrases.
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Less than 48 hours ago, I was opportuned to take part in the Caldera wins, it was wonderful. But while I was glad about the win, I wasn’t happy about the gas I used to claim and send. All in all, I spent close to $50.
While thinking about it, I noticed something about @SuccinctLabs SP1-CC that might help combat this issue.
Succinct’s SP1-CC (Smart Contract Compute Cluster) is designed to address challenges like high gas costs by enabling scalable, low cost computation for smart contracts. Here’s how I feel it could remedy this issue:
1. Low, Fixed-Cost Transactions
SP1-CC allows smart contracts to consume as much gas as needed for a fixed, low cost. This could significantly reduce the expense of claiming airdrops, as the high gas fees associated with Ethereum transactions (like my $50 claim) would be replaced by a predictable, lower fee structure, regardless of computational complexity.
2. Off-Chain Computation with On-Chain Verification
SP1-CC enables complex computations to be performed off-chain while maintaining Ethereum’s security through succinct proofs. For airdrop claims, this could mean processing eligibility checks or token distributions off-chain, drastically cutting gas costs, with only a minimal on-chain transaction to finalize the claim.
3. Interoperability with Rollups
Caldera operates as a rollup-as-a-service platform, and SP1-CC’s ability to integrate with rollups could further reduce costs. By leveraging Caldera’s Metalayer or rollup infrastructure alongside SP1-CC, airdrop claims could be processed on Layer 2 or Layer 3 solutions with lower fees, settling to Ethereum only when necessary.
4. Accessible Historical State
SP1-CC provides access to all blockchain state, including historical data, which could streamline airdrop eligibility checks without requiring costly on-chain queries. This could reduce the gas needed for verifying user qualifications during claims.
Less than 48 hours ago, I was opportuned to take part in the Caldera wins, it was wonderful. But while I was glad about the win, I wasn’t happy about the gas I used to claim and send. All in all, I spent close to $50.
While thinking about it, I noticed something about @SuccinctLabs SP1-CC that might help combat this issue.
Succinct’s SP1-CC (Smart Contract Compute Cluster) is designed to address challenges like high gas costs by enabling scalable, low cost computation for smart contracts. Here’s how I feel it could remedy this issue:
1. Low, Fixed-Cost Transactions
SP1-CC allows smart contracts to consume as much gas as needed for a fixed, low cost. This could significantly reduce the expense of claiming airdrops, as the high gas fees associated with Ethereum transactions (like my $50 claim) would be replaced by a predictable, lower fee structure, regardless of computational complexity.
2. Off-Chain Computation with On-Chain Verification
SP1-CC enables complex computations to be performed off-chain while maintaining Ethereum’s security through succinct proofs. For airdrop claims, this could mean processing eligibility checks or token distributions off-chain, drastically cutting gas costs, with only a minimal on-chain transaction to finalize the claim.
3. Interoperability with Rollups
Caldera operates as a rollup-as-a-service platform, and SP1-CC’s ability to integrate with rollups could further reduce costs. By leveraging Caldera’s Metalayer or rollup infrastructure alongside SP1-CC, airdrop claims could be processed on Layer 2 or Layer 3 solutions with lower fees, settling to Ethereum only when necessary.
4. Accessible Historical State
SP1-CC provides access to all blockchain state, including historical data, which could streamline airdrop eligibility checks without requiring costly on-chain queries. This could reduce the gas needed for verifying user qualifications during claims.
Understanding Succinct Proofs in Crypto; A Thread 🧵
1. What are Succinct Proofs?
Succinct proofs, especially in the context of zero-knowledge proofs (ZKPs), allow one party to prove the truth of a statement without revealing any underlying data. This enhances privacy and