MVM Public Blockchain: An Introduction to the MVM Network

/Oct 28, 2025

Key Takeaways

• MVM is designed to enhance asset mobility and user experience in the Mixin ecosystem.

• EVM compatibility allows developers to leverage existing tools and patterns from Ethereum.

• MVM focuses on low fees and rapid transaction confirmations, making it suitable for payments and microtransactions.

The MVM Network is an EVM-compatible public blockchain designed to bring smart contracts, DeFi, and programmable assets to the Mixin ecosystem while keeping the user experience fast, mobile-first, and affordable. If you have interacted with Mixin’s messenger-style crypto payments, you already know why this matters: moving assets instantly and at low cost is easy for users, but builders still need a robust, open, and composable smart contract layer. That is exactly where MVM fits.

This article explains what MVM is, how it works at a high level, and why developers and users might care in 2025. We will also share practical tips on security and getting started.

What is the MVM Network?

MVM stands for Mixin Virtual Machine, an EVM-compatible public blockchain that extends the Mixin Network with programmable smart contracts and tooling familiar to Ethereum developers. Its core idea is simple: keep Mixin’s strengths in asset mobility and UX, and add a broadly compatible smart contract layer so existing Solidity dapps can deploy with minimal friction.

Category	Details
Public Chain Name	MVM
Featured Currency	(Not explicitly named) [cite_start][cite: 6]
Token Symbol	(N/A) [cite_start][cite: 6]
Main Projects	(The provided research document does not detail the main projects for MVM.)

Mixin Network is a fast, DAG-style peer-to-peer network built for moving crypto assets across chains with a mobile-first experience. For background on the base layer, see the official Mixin site (overview and resources are available on the homepage). You can explore the codebase and ecosystem projects on the MixinNetwork organization on GitHub via the public repositories at the Mixin GitHub organization.
MVM provides an EVM runtime on top, so developers can write in Solidity, use standard tooling, and interact with the network using typical Ethereum-style RPC flows. For a refresher on how the Ethereum Virtual Machine works and why compatibility matters, see the Ethereum.org EVM documentation.

By aligning to the EVM, MVM lowers the switching costs for developers and wallets. It also makes it easier to port popular DeFi, NFT, and payments primitives without reinventing the wheel.

References:

Mixin Network: official website at mixin.one (see the homepage sections for network overview) at Mixin official site
Code and ecosystem repos: MixinNetwork organization on GitHub at Mixin GitHub organization
EVM fundamentals: Ethereum.org EVM guide at Ethereum EVM documentation

Why MVM matters in 2025

EVM compatibility remains the most widely supported smart contract environment, with mature tooling (Solidity, Hardhat, Foundry), security libraries, and on-ramp infrastructure. Developers can reuse patterns and audits learned on Ethereum, which reduces time to market. See the Solidity documentation and OpenZeppelin Contracts for standards and libraries.
User expectations are shifting toward account abstraction and simpler onboarding. Many EVM chains now support smart account patterns via ERC‑4337 to streamline UX like gas sponsorship and programmable permissions. While MVM focuses on EVM compatibility, builders can adopt these patterns at the application layer. Learn more in the ERC‑4337 specification from the Ethereum Improvement Proposals site.
Lower fees and faster finality are key for social and microtransaction use cases. A mobile-native base like Mixin is well-positioned to support those flows while an EVM layer enhances programmability.
Infrastructural improvements such as the Ethereum Dencun upgrade and EIP‑4844 have meaningfully lowered data costs for rollups and influenced fee markets across EVM ecosystems. Even if MVM is not a rollup, developer expectations for cheaper, more scalable execution are now standard. Learn more in the EIP‑4844 specification on the official EIPs site.

References:

Solidity docs at Solidity documentation
OpenZeppelin Contracts at OpenZeppelin Contracts
ERC‑4337 account abstraction at ERC‑4337 specification
EIP‑4844 “proto-danksharding” at EIP‑4844 specification

Architecture at a glance

Base layer (Mixin Network): Provides asset custody, messaging, and a high-throughput network designed for crypto payments and cross-chain transfers. Mixin’s architecture underpins the user experience, especially for mobile-first crypto flows. See Mixin’s official website for an overview at Mixin official site.
Smart contract layer (MVM): Offers an EVM runtime for Solidity smart contracts, standard ABI, and Ethereum-style RPC. That means familiar development tools, quick porting of dapps, and compatibility with wallet connectors used across the EVM ecosystem.
Assets and bridging: One of Mixin’s hallmarks is its multi-chain asset support at the application level. MVM leverages that liquidity and routing while providing a programmable environment for DeFi, NFTs, or payments logic. Developers can integrate common EVM oracle and messaging frameworks—such as Chainlink—to enable pricing feeds or cross-chain flows where appropriate. See Chainlink’s CCIP introduction at Chainlink CCIP.

The result is a layered design that meets users where they are: assets move quickly with a familiar mobile UX, and the EVM layer lets developers compose complex logic without inventing custom runtimes.

Developer experience

If you have deployed to any EVM chain, you already know most of what you need:

Language and libraries: Solidity with access to standards like OpenZeppelin. See the Solidity docs and OpenZeppelin Contracts.
Toolchains:
- Hardhat for local development, testing, and deployment at Hardhat documentation
- Foundry for fast testing and fuzzing at Foundry Book
- Ethers.js for application integration and wallet interactions at Ethers.js documentation
Wallet connectivity:
- MVM, as an EVM-compatible network, can be integrated with dapps via common tooling and WalletConnect. See WalletConnect for protocol details at WalletConnect.

From a user’s perspective, onboarding should feel like other EVM chains: connect a wallet, add the network configuration, and interact with dapps via familiar interfaces.

Fees, performance, and UX

The MVM design emphasizes:

Low-fee transactions for everyday activity
Rapid confirmations that align with messaging-style flows
Compatibility with mainstream EVM signing flows for minimal friction

In practice, the exact gas dynamics will depend on current network configuration, usage, and the underlying Mixin throughput. For typical users, the experience should resemble other modern EVM chains, with the value-add of Mixin’s asset movement and mobile-native interfaces.

Security considerations

No matter the chain, smart contract and operational risks persist. A few best practices:

Contract security is still paramount. Use well-maintained libraries, run automated tests and fuzzing, and consider audits for critical protocols. OpenZeppelin and Foundry provide strong testing and standards to start with at OpenZeppelin Contracts and Foundry Book.
Limit trust in third parties. Bridges, oracles, and cross-chain components can become exploit vectors. When possible, choose audited frameworks with transparent security models. Chainlink CCIP’s design overview is a good reference point at Chainlink CCIP.
Wallet hygiene. For meaningful funds or admin keys, use hardware-backed signing to keep private keys offline and minimize exposure to malware.

How to build and use MVM today

For developers:

Set up your toolchain with Hardhat or Foundry and initialize a Solidity project at Hardhat documentation and Foundry Book.
Add MVM network configuration to your RPC list and environment settings (RPC endpoints and chain ID are typically published by the network’s official resources or community docs).
Deploy a simple ERC‑20 or ERC‑721 using OpenZeppelin templates, then integrate your dapp UI with ethers.js. See Ethers.js docs at Ethers.js documentation.
Test wallet flows via WalletConnect and verify that mobile UX works as intended at WalletConnect.

For users:

Use an EVM-compatible wallet that supports custom networks and WalletConnect.
Add the MVM network settings provided by the official resources.
Acquire assets through your preferred route (e.g., in-app Mixin flows when available) and interact with dapps as you would on other EVM chains.

Who benefits most from MVM?

Payments-focused dapps that need fast, low-friction UX, especially on mobile
Social applications and microtransaction experiences
Builders who want to port existing Solidity dapps to a network aligned with Mixin’s asset mobility and user base
NFT or creator-economy projects that require quick, low-cost interactions

Risks and due diligence

As with any public blockchain:

Validate official network parameters (chain ID, RPC, explorers) from authoritative sources.
Review dapp code and security posture; avoid apps without transparency or audits.
Understand custody flows. If assets bridge from other chains, evaluate bridge security and any programmatic permissions you grant.

Crypto infrastructure continues evolving quickly. The 2024–2025 cycle has seen an uptick in account abstraction patterns, cheaper data availability for rollups via EIP‑4844, and broader wallet UX improvements. These trends set a higher bar for user experience and cost efficiency—MVM’s EVM alignment helps it keep pace by making modern patterns straightforward to adopt at the application layer. Read more about EIP‑4844 on the official EIPs site at EIP‑4844 specification and account abstraction on Ethereum.org at ERC‑4337 specification.

A note on self-custody

If you plan to deploy contracts, manage treasury keys, or hold meaningful assets on MVM, consider using a hardware wallet to reduce key exposure. OneKey supports EVM networks and WalletConnect workflows, enabling offline signing for dapps while keeping private keys isolated in secure hardware. For teams, this can be combined with multisig or smart account setups to add policy controls. This approach aligns well with MVM’s mission to make programmable assets usable for everyday flows without compromising security.

MVM brings together two powerful ideas: Mixin’s mobility and user-friendly asset layer, and the EVM’s composability and developer ecosystem. For builders, that means faster time-to-market with familiar tools. For users, it means social, payments, and creator experiences that feel intuitive—without sacrificing the benefits of open, programmable money.

References: