Ethereum has secured more than $100B across multiple chains, but developers have long struggled with the EVM’s built-in limitations: no access to historical data, strict gas limits, and rigid smart contract design.
@SuccinctLabs ’s new primitive—SP1-Contract-Call (SP1-CC)—changes that.
Instead of being bound by onchain execution, SP1-CC introduces a new model: Read → Compute → Verify.
Read: Access historical blockchain state, events, or calldata.
Compute: Run arbitrary Solidity logic offchain with no gas constraints.
Verify: Prove it onchain with a single zero-knowledge proof.
This makes the EVM more introspective, programmable, and scalable—without modifying Ethereum itself.
How Developers Can Use SP1-CC
SP1-CC comes with three core tools:
call(): Emulate contract calls at any block without changing state.
create(): Simulate deploying contracts offchain, enabling complex behaviors and interactions without gas limits.
get_logs(): Query logs across arbitrary blocks, unlocking data normally inaccessible inside the EVM.
Real-World Use Cases
Onchain Governance: Upgrade governance without migrations—snapshot balances, verify votes, and prove results directly.
DeFi Oracles: Build verifiable price feeds without checkpoint transactions, enabling advanced metrics like VWAPs.
Security Disclosures: Whitehats can safely prove exploits with a ZK proof, without revealing attack details.
Airdrops: Run transparent, provable airdrops with complex eligibility criteria.
Already Powering Leading Teams
Projects like Eigenlayer are integrating SP1-CC. EigenDA uses it to verify data blobs offchain and post succinct proofs onchain—avoiding costly onchain computation.
Why It Matters
SP1-CC effectively removes the ceiling on what developers can build in Ethereum. Richer apps, scalable oracles, safer disclosures, and verifiable governance are all now possible—while keeping core logic in Solidity.
Succinct calls it the beginning of a “golden age of smart contract development,” powered by the Succinct Prover Network.
#SuccinctLabs $PROVE
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Succinct Launches SP1-CC: Unlocking the Full Power of the EVM
Ethereum has secured more than $100B across multiple chains, but developers have long struggled with the EVM’s built-in limitations: no access to historical data, strict gas limits, and rigid smart contract design.
@SuccinctLabs ’s new primitive—SP1-Contract-Call (SP1-CC)—changes that.
Instead of being bound by onchain execution, SP1-CC introduces a new model: Read → Compute → Verify.
Read: Access historical blockchain state, events, or calldata.
Compute: Run arbitrary Solidity logic offchain with no gas constraints.
Verify: Prove it onchain with a single zero-knowledge proof.
This makes the EVM more introspective, programmable, and scalable—without modifying Ethereum itself.
How Developers Can Use SP1-CC
SP1-CC comes with three core tools:
call(): Emulate contract calls at any block without changing state.
create(): Simulate deploying contracts offchain, enabling complex behaviors and interactions without gas limits.
get_logs(): Query logs across arbitrary blocks, unlocking data normally inaccessible inside the EVM.
Real-World Use Cases
Onchain Governance: Upgrade governance without migrations—snapshot balances, verify votes, and prove results directly.
DeFi Oracles: Build verifiable price feeds without checkpoint transactions, enabling advanced metrics like VWAPs.
Security Disclosures: Whitehats can safely prove exploits with a ZK proof, without revealing attack details.
Airdrops: Run transparent, provable airdrops with complex eligibility criteria. Already Powering Leading Teams
Projects like Eigenlayer are integrating SP1-CC. EigenDA uses it to verify data blobs offchain and post succinct proofs onchain—avoiding costly onchain computation. Why It Matters
SP1-CC effectively removes the ceiling on what developers can build in Ethereum. Richer apps, scalable oracles, safer disclosures, and verifiable governance are all now possible—while keeping core logic in Solidity.
Succinct calls it the beginning of a “golden age of smart contract development,” powered by the Succinct Prover Network. #SuccinctLabs $PROVE