KEY TAKEAWAYS
- Injective introduces a native Ethereum Virtual Machine (EVM) layer, enhancing blockchain performance and developer experience.
- The EVM integration supports both EVM and WebAssembly (WASM) code, facilitating broader industry development and compatibility.
- Injective’s EVM demonstrates superior performance, executing up to 800 Ethereum-based transactions per second, surpassing other networks.
- Innovative features like gasless transactions set new benchmarks for decentralized systems, promoting wider blockchain adoption.
Injective has announced the introduction of its native Ethereum Virtual Machine (EVM) layer, a fully embedded execution environment integrated into the core architecture of the chain. This development represents a truly native implementation of EVM, operating solely on Injective’s infrastructure, ensuring a unified and cohesive execution layer without shared states.
The introduction of the EVM is part of Injective’s broader Multi-VM initiative. By enabling both EVM and WebAssembly (WASM) code to be deployed within a standalone chain, Injective aims to lower barriers to entry for integrations and development across the industry. This includes full compatibility for Ethereum developers while supporting innovations that bridge traditional finance and decentralized finance (DeFi).
Enhancing Developer Experience and Blockchain Performance
Injective’s decision to incorporate native EVM goes beyond interoperability between chains. It focuses on creating a platform that accommodates a broad spectrum of technologies, products, and participants. By natively integrating EVM, Injective provides a familiar interface for developers and institutions, strengthening compatibility and driving innovation.
Injective’s native EVM establishes a harmonized operation between EVM and WASM environments within a unified infrastructure, providing a consistent experience. This integration facilitates connections with other chains, exchanges, institutions, data providers, and existing protocols, positioning Injective as a key player in advancing decentralized applications and on-chain finance.
Benchmarking and Technical Advancements
Injective’s native EVM has undergone rigorous benchmarking to evaluate its performance. Initial testing focused on the isolated performance of Injective’s x/evm/keeper, demonstrating exceptional throughput with minimal bottlenecks. Heavy transactions showed high performance, with the network capable of executing 20 heavy transactions per second, while lightweight operations reached speeds of 9,000 executions per second.
Further testing under mainnet-simulated conditions revealed that Injective’s EVM supports 320 to 800 Ethereum-based transactions per second, depending on transaction complexity. This performance surpasses that of other EVM networks, making Injective’s native EVM over 8x faster than existing networks like Base, Optimism, and Starknet.
Injective’s native EVM also introduces features like gasless and signless transactions, enhancing transaction throughput and user accessibility. These advancements set a new benchmark for high-performance decentralized systems, driving broader adoption of blockchain applications.
Technical Features and Developer Benefits
Injective’s native EVM execution layer is optimized for developers within the EVM ecosystem, incorporating the latest version of Geth to maintain compatibility with Ethereum tools and standards. This ensures developers can access the latest Ethereum runtime features without downgrading their toolsets.
Injective addresses a common issue in EVM implementations where messages containing EVM calls do not revert the parent transaction in the event of a VM error. By ensuring transaction atomicity, Injective safeguards users and developers from the risks associated with partial execution, providing a robust foundation for advanced financial applications.
The integration of Injective’s native EVM extends beyond smart contract execution, allowing developers to access the full capabilities of Injective’s financial infrastructure. This opens the door for sophisticated decentralized applications and innovative solutions within the EVM environment.
For more details, visit the official announcement here.
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