Reddio

Build and test Ethereum-native apps on a fast zk L2 with parallel, GPU-boosted execution
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Spin up your next Ethereum-style app without changing your playbook. Point your tools at Reddio’s test network, deploy, and push transactions at volumes you can’t reach on most L2s. Start by adding the RPC endpoint to MetaMask and your Hardhat/Foundry configs. Compile your existing Solidity code, run tests, then deploy with the same scripts you use on Ethereum. Use the faucet to fund a test account, invoke methods from your console, and benchmark end-to-end latency as you iterate.

Migrating an existing dApp is straightforward. Keep your bytecode, ABIs, and addresses in the same layout, then retarget your backend to an Ethereum-compatible JSON-RPC URL on Reddio. Frontends that rely on ethers.js or web3.js work without code changes—just switch the network in your provider. For observability, verify contracts via an Etherscan-compatible explorer and stream on-chain data into Dune-style dashboards the way you already do today. If you maintain subgraphs or custom indexers, reindex against Reddio and compare query performance under load.

Design for scale from day one. Reddio executes transactions concurrently and uses GPU-backed proving to keep confirmation times predictable during traffic spikes. This is ideal for order books, on-chain games, NFT mints, social feeds, and other bursty workloads. Set up stress tests that fire batches of transactions, measure throughput, and identify contention points in your contract logic. Use queue-based job runners to schedule high-volume tasks (mints, settlements, rewards) and confirm they clear quickly without serial bottlenecks. With pluggable sequencing strategies, test different assumptions about ordering and latency before you ship.

Bring Reddio into your team’s delivery pipeline. Run CI jobs that compile contracts, fork the testnet for integration tests, and deploy preview builds on every pull request. Gate merges on gas usage, runtime checks, and fuzz results. For security reviews, you can keep all your EVM bytecode tooling—static analyzers, coverage reporters, and formal methods—unchanged. When you’re ready for user testing, share a testnet URL, guide users to switch networks in MetaMask, distribute test tokens, and collect feedback on UX under heavy activity. Because the stack preserves Ethereum conventions while adding serious compute headroom via parallelism and zk proofs, you can move fast without retraining your team or rewriting your app’s core logic.

Review summary

Features

  • Concurrent transaction processing, GPU-accelerated proving, Pluggable sequencing strategies, Full EVM bytecode support, Ethereum JSON-RPC compatibility, Works with MetaMask and common wallets, Toolchain-ready for Hardhat/Foundry/Apeworx, Explorer and analytics compatibility (Etherscan/Dune style), Testnet for trials and load testing, zk-proof security model, High throughput with predictable latency

How It’s Used

  • Quick-start deployment with Hardhat or Foundry, Port existing Ethereum dApps without code changes, High-frequency DeFi order books and market makers, On-chain games and real-time interactions, Large-scale NFT drops and batch mints, Social and creator apps with spiky traffic, CI/CD pipelines for smart contracts, Contract verification and analytics dashboards, Load testing and performance tuning, Wallet onboarding with MetaMask on testnet

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