Intercambiar Optimism OP a Roko ROKO

Optimism is a network of chains called the Superchain, built on the open-source OP Stack. OP Mainnet was the first chain, with several others now operating on the OP Stack architecture, including Base (by Coinbase), Unichain (by Uniswap), Ink (by Kraken), and World Chain (by Worldcoin). The OP Stack serves as a framework for Ethereum Layer 2 chains and supports significant L2 activity. Every OP Chain in the Superchain contributes back to the Optimism Collective and all chains follow a standardized revenue-sharing model: the greater of 2.5% of total chain revenue or 15% of onchain profit (defined as fees minus L1 gas costs) is paid back to the Optimism. By aligning economic incentives across many chains, Optimism aims to transform Ethereum scaling into a sustainable flywheel by delivering fast, low-cost transactions while reinvesting in the future of the ecosystem. OP holders participate in governance to shape protocol upgrades, funding decisions, and more

Roko Network is an EVM-compatible Layer-1 blockchain that makes time and transaction ordering part of its protocol. Smart contracts and external applications can use its temporal records to establish transaction sequences and enforce time-dependent conditions. Built on Substrate and the Polkadot SDK, Roko combines blockchain consensus with Proof of Accurate Time (PoAT), which incorporates validator timekeeping quality into the consensus process. A peer-to-peer timing mesh exchanges clock observations and assesses synchronization, while underlying timing sources provide the physical reference. Transactions receive canonical timestamps, and the network commits temporal metadata on-chain. Explicit ordering rules include fee-based priority, allowing sequencing to be checked against the protocol rather than left entirely to block-producer discretion. Timestamps have nanosecond resolution, but actual clock accuracy depends on timing sources and network conditions. Developers access this information through RPC interfaces and a native EVM precompile. RPC exposes mesh estimates, synchronization quality, and historical records; Solidity contracts can read transaction timestamps and time committed in block metadata. Live clock observations remain distinct from recorded chain state, and applications requiring irreversible results must wait for finality. Time-sensitive markets and sealed-bid auctions can use these primitives to enforce deadlines. Provenance applications can record the sequence of submissions, while autonomous agents and connected systems can anchor evidence of their activity to an on-chain timeline. Settlement logic can then reference when that evidence was submitted without treating the timestamp alone as proof that off-chain work was completed. Roko currently operates a public testnet where developers can deploy contracts and operators can run nodes. Timing services, staking, and governance tools are available for testing and participation.