Injective has officially launched its groundbreaking inEVM solution on mainnet, marking a significant milestone as the first Ethereum-aligned rollup designed to enable seamless and concurrent virtual machine development. This innovation empowers Ethereum developers to build high-performance decentralized applications while tapping into Injective’s ultra-fast transaction speeds and near-zero fees. Moreover, the inEVM environment ensures native composability between both WebAssembly (WASM) and Ethereum Virtual Machine (EVM) ecosystems.
With this release, Injective becomes the first Layer 1 blockchain that merges the cross-chain interoperability of Cosmos, the high throughput of Solana, and the expansive developer ecosystem of Ethereum.
Developed in close collaboration with leading Web3 infrastructure providers—including Caldera, a major rollup solution provider—inEVM also integrates advanced messaging layers like Hyperlane and LayerZero. These partnerships allow smooth transfer of data and digital assets across chains. Celestia serves as the data availability (DA) layer, while Pyth Network delivers institutional-grade oracle services.
Notable protocols already deploying on inEVM include TimeSwap, a decentralized lending platform, and Thetanauts, an advanced on-chain options protocol. Together, these projects have secured over $200 million in funding from top investors such as Polychain Capital, Delphi Digital, and Bain Capital Crypto.
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Understanding inEVM and Its Role in Blockchain
Injective is recognized as one of the fastest Layer 1 blockchains, offering minimal transaction fees and processing over 450 million transactions with sub-second block finality. Its plug-and-play modules—including the industry’s first fully on-chain order book—deliver a powerful foundation for Web3 developers.
The platform has steadily enhanced its Ethereum compatibility, introducing support for popular wallets like MetaMask and enabling seamless interaction with dApps on Injective. With rising developer interest, the need for a native EVM environment became clear. inEVM fills this gap, allowing Ethereum-native developers to code in Solidity while integrating with Injective’s WASM-based infrastructure and broader ecosystem.
How inEVM Supports a Multi-VM Future
inEVM reimagines how Ethereum developers engage with multi-chain environments. By supporting Solidity, it allows builders to harness Injective’s high speed, low cost, and IBC connectivity while deploying dApps across Ethereum, Solana, and Cosmos networks.
Built alongside Caldera, inEVM is the first EVM-compatible rollup that achieves genuine composability across Cosmos and Solana. This is made possible by Injective’s architecture, which supports multiple virtual machines within a single unified network. Developers are no longer confined to one VM and can instead create synergies across varied execution environments.
Architectural Overview of inEVM
Injective’s ecosystem now incorporates three concurrent virtual machines: WASM, inEVM, and inSVM. Each is optimized for specific programming languages and execution models, all secured under the Injective consensus mechanism. This multi-VM approach promotes cross-environment interoperability while maintaining compatibility with established smart contract standards.
Native Cross-VM Interoperability
A core innovation of inEVM is its seamless interoperability with Injective’s WASM-based dApps and digital assets. This is enabled through Hyperlane—a universal interoperability layer that supports secure messaging between chains. With Hyperlane, developers can create interchain applications that abstract away technical complexities for end-users.
For instance, a developer can build a Solidity-based dApp that interacts directly with Injective’s on-chain order book, all without leaving the inEVM environment.
Key components of Hyperlane’s architecture include:
- Smart contracts for sending and receiving cross-chain messages
- Network agents that provide security and relay messages
- dApp integrations that use Hyperlane for communication across supported blockchains
Horizontal Composability Across Ecosystems
inEVM integrates Ethereum into the Inter-Blockchain Communication (IBC) ecosystem, a breakthrough in cross-chain composability. A persistent two-way messaging layer connects Injective’s WASM layer with inEVM, unlocking novel development possibilities.
Builders can directly interact with core Injective modules—like the on-chain order book—from within inEVM, accessing deep liquidity and user bases from connected networks. Through integrations with LayerZero, developers can also build omnichain applications (OApps) that operate across all linked blockchains.
OApps support horizontal composability by containerizing cross-chain calls into message packets, separating receipt logic from external calls. Specialized extensions like OFT facilitate cross-chain NFT transfers, appealing to NFT-focused projects.
Scalability Through Celestia DA
Celestia enhances inEVM’s scalability as its modular data availability layer. It allows the rollup to verify data availability in a trust-minimized way while tapping into high throughput via data availability sampling (DAS). This structure maintains security and scalability as transaction volume grows.
Pyth Oracle Integration
Pyth Network provides real-time, institutional-grade market data from day one on inEVM. Developers building perpetual DEXs or other data-intensive dApps can integrate high-fidelity price feeds with ease. Over 95 major institutions—including Jane Street, CBOE, and Binance—contribute data to Pyth.
How to Get Started with inEVM
Developers can deploy on inEVM just like on any EVM-compatible chain, using familiar tools and processes. A rich suite of Ethereum-native development resources is available, tailored for cross-chain interoperability with Injective, Ethereum, and Solana.
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Users can also interact with flagship applications live on inEVM, such as:
- TimeSwap: A lending and borrowing AMM that operates without external price feeds
- Interport: A cross-chain trading aggregator
- Thetanuts: A decentralized options protocol for altcoins
- Poolshark: A volatility-based AMM
- Relative Finance: A cross-sector derivatives platform
These dApps represent just the beginning of what’s possible within the inEVM environment.
The Future of Multi-VM Development with inEVM
inEVM establishes a new standard in multi-virtual machine infrastructure, allowing developers to create applications that are highly performant, interoperable, and cost-effective. Its hyper-scalable execution layer, combined with near-zero transaction fees, positions inEVM as a leading solution for Ethereum developers exploring cross-chain opportunities.
As the ecosystem grows, inEVM is expected to enable a new wave of dApps that leverage composability across IBC, Solana, and Ethereum.
Frequently Asked Questions
What is inEVM?
inEVM is an Ethereum-aligned rollup developed by Injective, allowing Solidity developers to build dApps that are interoperable with Cosmos, Solana, and Ethereum networks. It combines high speed, low cost, and cross-chain composability.
How does inEVM achieve interoperability?
Through integrations with messaging protocols like Hyperlane and LayerZero, inEVM enables secure data and asset transfer between virtual machines. Its architecture supports direct interaction between WASM and EVM environments.
Can I use MetaMask with inEVM?
Yes, inEVM supports Ethereum-native tooling and wallets including MetaMask, making it familiar and accessible for Ethereum developers.
What makes inEVM different from other EVM-compatible chains?
inEVM is the first rollup to offer native composability across Cosmos, Solana, and Ethereum. It also leverages Celestia for data availability and benefits from Injective’s high throughput and minimal fees.
Which oracles are available on inEVM?
Pyth Network supplies low-latency, institutional-grade price feeds to applications on inEVM, supporting DeFi protocols like derivatives and lending markets.
What kind of applications can be built on inEVM?
Developers can create a wide range of dApps, including DEXs, options and futures platforms, lending protocols, omnichain NFT projects, and more—all with cross-chain functionality.