What is Movement Network: The New Move-Language Layer 2 Explained

Movement Network is an Ethereum Layer 2 blockchain developed by Movement Labs that brings the Move programming language and Move Virtual Machine (MoveVM) to the Ethereum ecosystem. Rather than competing directly with Ethereum as another Layer 1, Movement Labs chose to build on top of it — giving developers the safety benefits of Move while preserving access to Ethereum's deep liquidity and vast DeFi composability.

Move was originally created by Meta (Facebook) for the Diem blockchain project and later adopted by Aptos and Sui as standalone Layer 1s. Movement Network takes a different approach: by making Move a Layer 2 on Ethereum, it combines the security model of one of the most battle-tested blockchains with a programming language purpose-built for safe, high-throughput smart contracts.

What is Movement Network? Overview and Origins

Movement Network was created by Movement Labs, founded by Rushi Manche and Cooper Scanlon in 2022. The company's thesis is that Move's safety features — originally designed for a global-scale payments system — are exactly what Ethereum's smart contract layer needs. Rather than forking Ethereum or building a separate chain, they built a rollup that runs MoveVM as its execution environment.

The project gained significant traction in 2024–2025, raising hundreds of millions in funding and listing the MOVE token on major centralized exchanges. At its peak, Movement was among the most talked-about L2 projects in the Web3 community, attracting both developers migrating from other Move chains and Ethereum-native teams looking for better security primitives.

At its heart, Movement Network runs a modified rollup that settles on Ethereum mainnet while executing transactions in MoveVM. Its key differentiator is the M2 architecture which supports both Move and EVM contracts simultaneously, making it accessible to both camps of developers.

The Move Language and MoveVM: Movement's Core Engine

Move is a systems programming language purpose-built for writing safe smart contracts. Its most notable design decision is the concept of "resources" — a type system that treats digital assets as first-class citizens with strict ownership rules. Resources in Move are: (1) non-copyable (preventing asset duplication), (2) non-droppable (preventing accidental destruction), and (3) must be explicitly stored or consumed (making asset flows transparent and auditable).

This design eliminates entire categories of vulnerabilities that have cost DeFi billions of dollars. The infamous reentrancy attack — where a malicious contract calls back into the victim contract before its state is updated — is structurally impossible in Move because the type system prevents the state from being in an inconsistent condition. Integer overflow, another common Solidity pitfall, is also handled at the language level.

MoveVM is the virtual machine that executes Move bytecode. Beyond runtime safety, it supports formal verification: the ability to mathematically prove that a smart contract will behave exactly as specified, under all possible inputs. This goes far beyond code auditing — it's a guarantee, not a review.

M2 Architecture: A Layer 2 That Supports Both Move and EVM

M2 is the name of Movement Network's core architecture, designed to support both MoveVM and EVM contracts in a single environment, with Ethereum as the settlement layer via a rollup mechanism. Transactions on M2 achieve fast finality in seconds before being finalized on Ethereum for maximum security guarantees.

The EVM compatibility in M2 is a critical strategic choice. It means existing dApps and protocols on Ethereum can migrate or deploy on Movement Network with minimal code changes. New developers who want to use Move can start immediately, while teams who prefer Solidity still have a clear migration path.

M2 also supports parallel execution — processing multiple non-conflicting transactions simultaneously — which is one reason Movement claims significantly higher throughput than traditional sequential L2s. Combined with MoveVM's efficiency, this positions Movement as a high-performance platform for demanding applications.

MOVE Token and Tokenomics

MOVE is the native token of Movement Network and serves as the economic backbone of the ecosystem. It functions as the gas token for all transactions on the network, is required for staking to run or delegate to validators and earn rewards, serves as a governance token for protocol-level decisions, and acts as collateral within the DeFi applications built on top of Movement.

MOVE was listed on major exchanges in late 2024 with an initial airdrop distributed to testnet users and early community participants. A portion was allocated to the team, investors, and an ecosystem fund to support new projects. The initial listing generated significant interest given the broader excitement around Move-based ecosystems at the time.

However, in early 2025, the project faced negative news around token management practices, which caused significant price impact. This serves as an important reminder that even technically strong projects can suffer from governance and operational missteps — and token price is not a reliable proxy for technology quality.

Movement Network vs Aptos and Sui

All three — Aptos, Sui, and Movement Network — use Move, but they made very different architectural choices. Aptos was built by former Diem team members at Meta and launched as a high-performance Layer 1 blockchain, prioritizing developer experience and mainstream adoption. Aptos has grown a substantial TVL and active DeFi ecosystem.

Sui was built by Mysten Labs, another group of former Diem engineers, using a variant called "Sui Move" that introduces an object-centric model. Sui has found a niche in gaming and NFT applications where its object model provides advantages. Both Aptos and Sui have mature developer tooling and growing ecosystems.

Movement Network's L2 approach gives it a structural advantage in capital efficiency: it doesn't need to bootstrap its own validator set and security model from scratch, because it inherits Ethereum's. Developers and users already in the Ethereum ecosystem face a much lower switching cost. The downside is that it's still subject to Ethereum's base settlement fees and any limitations of the rollup design.

Ecosystem and DeFi on Movement Network

Despite being a newer project, Movement Network has a growing DeFi ecosystem including DEXs for token swapping, lending protocols, liquid staking, and various yield opportunities. Several Ethereum-native teams have deployed on Movement, attracted by the Move safety guarantees and the developer grants available.

The Movement Grants Program supports new projects building on the protocol, complemented by regular hackathons and developer events across the global Web3 community. Official bridges connect Movement to Ethereum mainnet and other L2s, making asset movement reasonably straightforward for experienced DeFi users.

Team and Funding

Movement Labs was co-founded by Rushi Manche (CEO) and Cooper Scanlon (CPO), both with backgrounds in blockchain development. The company raised a $38 million Series A in 2024 led by Polychain Capital, one of crypto's most prominent investment firms. Additional investors include Hack VC, Placeholder VC, Varuna, and others, bringing total fundraising to several hundred million dollars.

The strong institutional backing reflected genuine excitement about the Move-on-Ethereum thesis. However, as noted above, early 2025 saw governance challenges and co-founder changes that damaged short-term sentiment. The technical roadmap continued despite these setbacks, but it highlighted the importance of evaluating team stability alongside technology when assessing any early-stage protocol.

Getting Started with Movement Network

Getting started with Movement Network is straightforward for anyone with existing Ethereum experience. You'll need an EVM-compatible wallet like MetaMask — add the Movement Network RPC endpoint to your wallet (details available at docs.movementnetwork.xyz), then use the official bridge to transfer ETH or ERC-20 tokens from Ethereum mainnet to Movement.

Once your assets are bridged, you can interact with DeFi protocols deployed on Movement just as you would on any other EVM chain. For developers, Movement supports both Move and Solidity, with full SDK documentation, faucet access for testnet tokens, and an active developer Discord for support.

Risks and Considerations

Despite its technical advantages, Movement Network carries several risk factors that users and investors should carefully consider. Technology risk: the combination of MoveVM and EVM in a single environment is novel, and edge cases or bugs at the bridge layer between the two execution environments may not have been fully discovered yet.

Team and governance risk: as demonstrated in 2025, internal conflicts can materially affect project trajectory and token price even when the underlying technology remains sound. Bridge risk: cross-chain bridges have historically been among the most frequently exploited infrastructure in DeFi.

Liquidity risk: a smaller ecosystem means higher slippage in DEXs and potentially higher costs or delays when unwinding positions in volatile market conditions. As with all DeFi protocols, users should not invest more than they can afford to lose and should DYOR thoroughly before committing capital.

Conclusion

Movement Network represents a genuinely interesting experiment in blockchain design: bringing the safety guarantees of the Move programming language to Ethereum's composable ecosystem via a Layer 2 rollup. Features like parallel execution, resource safety, and formal verification are meaningful advances in smart contract security that address real vulnerabilities that have cost DeFi billions of dollars.

That said, MOVE token investment and DeFi participation on Movement carry significant risk, especially for a protocol still in its growth phase. Anyone considering involvement should monitor the project's governance closely, understand the bridge risks, and size their positions accordingly.

This article is for educational purposes only and does not constitute financial advice.