Why ParaTon

Feature	ParaTon	Ton	Ethereum
DAPP Bridge	Yes	No	No
Parallel Execution	Yes	No	No
Sub-second Latency	Yes	No	No
Clustered Network	Yes	No	No
Pre Compiles	Yes	No	No
EVM Compatibility	Yes	No	Yes
Tools: Hardhat, Truffle	Yes	No	Yes
MEV in PE environment	Yes	No	Yes
Tact	Yes	Yes	No
Cross-chain Interoperability	Yes	Yes	No
TVM Compatibility	Yes	Yes	No

Parallel Execution

The parallel execution architecture enhances processing efficiency by allowing multiple transactions to be processed simultaneously.

This significantly increases throughput and reduces latency, providing a powerful solution for applications that require high speed and reliability. Through simulation trading, correlation analysis, and group execution of transactions, the architecture avoids data overwriting and helps identify and mitigate potential transaction conflicts.

This architecture supports the grouped execution of transactions, where transactions are bundled into groups based on predefined conflict rules (such as duplicate register modifications or asynchronous writes across multiple addresses). This approach ensures high resource utilization and consistent performance across all transactions under varying load conditions. Users benefit from a smooth and effective blockchain experience, characterized by higher TPS, rapid transaction processing, and scalable system resilience.

Sub-Second Latency

Sub-Second Latency refers to the ultra-fast response times achievable in blockchain architectures.

We utilize an optimized version of the Tendermint consensus algorithm, known as ParatonMint, which enables our performance to reach millisecond-level latency.

This feature ensures that transactions and operations are processed in less than a second, dramatically enhancing user experience by providing immediate feedback and interaction. Ideal for applications requiring real-time data processing, such as financial trading platforms and interactive services, sub-second latency helps maintain a continuous, high-performance environment conducive to rapid decision-making and efficient system.

Clustered Network

In a low-latency node cluster, all requests are broadcast within a small cluster, and results are broadcast to all full nodes at the end of an epoch or during periodic checks.

This setup combines the strengths of a Clustered Network, Content Delivery Network (CDN), and edge computing to create an efficient and responsive system.

The use of CDN technology allows for data caching at multiple global locations, significantly reducing data transmission times and latency. Meanwhile, edge computing brings data processing closer to the source, enabling real-time data processing and enhancing system responsiveness. This integrated approach ensures a robust, high-performance network environment suitable for applications requiring fast and efficient data processing.

EVM Compatibility

ParaTon is a fully compatible Ethereum Virtual Machine (EVM) solution built on the Ton blockchain(TVM). This platform enables developers to deploy Ethereum decentralized applications (dApps) seamlessly without the need for significant reconfiguration.

ParaTon supports developers using Solidity to develop dApps, thereby achieving low transaction fees, high transaction speeds, and the capability to execute transactions in parallel. This means that developers can create Ethereum-compatible contracts using familiar tools from the Ethereum ecosystem.

ParaTon ensures that key Ethereum dApp tools, including Solidity, MetaMask, Foundry, Hardhat, Remix, and Truffle, are compatible with Ton. This compatibility allows any Ethereum application, including major platforms like Uniswap and Opensea, to operate on Ton with minimal reconfiguration, efficiently bridging the gap between the Ethereum and Ton ecosystems.

Pre-Compiles

Pre-compiles will compile and embed many commonly used basic smart contracts into ParaTon, allowing developers to avoid multiple deployments and calls. This facilitates convenient cross-chain operations.

Inspired by Vitalik's article "Should Ethereum be okay with enshrining more things in the protocol?", blockchain systems can actually be divided into the system zone, development zone, and user zone. Through pre-compile, we aim to incorporate more complex workloads into the system zone, further streamlining ParaTon.