Injective Introduces Native EVM to Its Blockchain Protocol

Injective has recently upgraded its blockchain, allowing for the seamless integration of Ethereum-based applications alongside its existing Cosmos-native decentralized applications (dApps).

Key Takeaways

Injective's latest upgrade incorporates a native EVM into its blockchain, creating a dual-execution environment.
This integration allows various Ethereum-based applications to operate on the Injective chain alongside existing Cosmos-native dApps.
Enhanced development tools and pre-built financial modules are available to simplify the creation of decentralized applications.
The new features promote seamless interaction between various applications, mitigating risks associated with asset transfers.
Users can now access a wider array of financial services, including lending, borrowing, and advanced derivatives, all while benefiting from low transaction fees and rapid finality.

Injective deploys EVM integration on mainnet.

On November 11, layer-1 blockchain Injective revealed its successful launch of a native Ethereum Virtual Machine (EVM) as part of a crucial protocol upgrade, enhancing its ability to execute applications. This change allows for a unified space where both Ethereum-native smart contracts and Cosmos-based WebAssembly applications can function together. More than 30 dApps and infrastructure providers were deployed on the network concurrently with this rollout.

How Injective's EVM Upgrade Addresses Blockchain Challenges

Injective's new EVM upgrade aims to resolve multiple challenges within decentralized finance (DeFi). By allowing applications from different virtual machines to operate on a common liquidity layer, Injective reduces fragmentation within the industry. This enhancement eliminates the need for complex bridging processes that have historically introduced risks and inconveniences for users transferring assets between different ecosystems.

For developers, the new environment features familiar Ethereum tools such as Hardhat and Foundry, which significantly reduce the learning curve for teams experienced in Solidity programming. Additionally, Injective offers “plug-and-play” financial modules—pre-built components that simplify the implementation of intricate functions like derivatives trading.

Moreover, the shared central limit order book module provides new applications with immediate access to deep liquidity that is resilient to miner extractable value (MEV) attacks. This approach addresses the so-called “cold start” problem that has hindered many emerging DeFi projects.

Injective's universal MultiVM Token Standard (MTS) also plays a vital role in enhancing the ecosystem. It ensures a consistent token representation across all dApps, helping to eliminate any confusion stemming from duplicate token versions or the need for manual bridging. This facilitates atomic execution of complex operations, thereby protecting both user funds and data integrity.

For end users, these changes mean expanded access to a diverse set of financial applications—without the necessity to leave the Injective blockchain. According to the announcement, new functionalities will include lending and borrowing markets, tokenized real-world assets, and sophisticated derivatives—all operating with Injective’s trademark sub-second finality and minimal transaction fees.