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The Unrivaled Parallel EVM

High performance parallel Ethereum-compatible, leveraging zero-knowledge technology to achieve unrivaled computation scale with Ethereum-level security.

Backed By

Multi-thread Parallel Execution

Enables all transactions within the same block to be executed in parallel optimistically across multiple threads, leveraging multi-core servers to achieve high throughput and low transaction fees.

Multi-thread Parallel Execution
GPU Acceleration

GPU Acceleration Optimization

Using NVIDIA's CUDA parallel computing engine, the EVM instruction set has been optimized to accelerate its execution on GPU machines, resulting in performance that is magnitudes higher than the original multi-threaded parallel execution.

Highly Secure by ZK and Ethereum

The first L2 that can achieve parallel acceleration for Parallel EVM, ensuring high performance of our L2 while providing the most reliable ZK proof on Ethereum.

ZK Security
EVM Compatibility

EVM Compatibility

Bytecode level compatibility enables smooth transition to with all of your Solidity smart contract code.

Ecosystem and Customers

Scale Effortlessly

Trusted by thousands of developers, Reddio handles millions of transactions every month

115.38 M
Transactions
3,068
Developers
17,890,687
Wallet Addresses

Frequently Asked Questions about Parallel EVM

What is Parallel EVM?

Parallel EVM is an enhanced Ethereum Virtual Machine that executes smart contracts concurrently instead of sequentially. Reddio pioneered Parallel EVM with GPU acceleration to achieve unmatched scalability.

How does Parallel EVM improve scalability?

By running transactions in parallel, Reddio's Parallel EVM significantly increases throughput and reduces latency compared to traditional sequential execution.

Why does Reddio use GPUs for Parallel EVM?

GPUs enable massive parallelization, allowing Reddio's Parallel EVM to process complex workloads such as gaming and AI inference directly on-chain.

Roadmap

Q3 2024

  • Parallel EVM L2 devnet

Q4 2024

  • Parallel EVM L2 testnet
  • Bridge to Sepolia

Q1 2025

  • Parallel EVM testnet
  • GPU compatible

Q2 2025

  • Parallel EVM mainnet

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