Real-Time Proving

Real-Time Proving (RTP) enables immediate validation of computations, allowing systems to verify correct execution with minimal latency. This capability is particularly impactful in in blockchain ecosystems such as Ethereum, where the proliferation of layer 2 rollups has led to liquidity fragmentation and overall user experience degredation. RTP enhances composability by allowing chains and rollups to securely and efficiently interact with one another in near real-time, facilitating cross-chain operations such as asset transfers, contract calls, and state updates.

Within a Trusted Execution Environment (TEE), the computation of rollup state transitions can be securely executed, producing cryptographic proofs that attest to the correctness of these transitions. These proofs can be immediately submitted to other chains or Ethereum without requiring the delays associated with traditional mechanisms like ZK rollups or optimistic rollups. While proving via multisigs and proof-of-stake (PoS) can be fast, these methods face significant limitations. Multisig systems don'provide reliability and PoS systems are very expensive to run.

By leveraging TEEs, t1 allows chains and rollups to have near-instantaneous interactions with other chains. This real-time interaction reduces friction for developers and users, unlocking advanced use cases such as dynamic liquidity provisioning and seamless multi-chain dApp experiences.