Monad Targets 10,000 Transactions per Second With EVM-Compatible Layer-1
Monad (MON) is a Layer-1 blockchain targeting 10,000 transactions per second with near-zero fees and full compatibility with the Ethereum Virtual Machine, a combination that its developers argue resolves the longstanding tradeoff between throughput and developer portability. MON trades at roughly $0.028 as of May 16, with a market cap of $336 million and a 24-hour trading volume of $83.8 million, placing it 140th globally by capitalization.
The token fell approximately 4.4% in the 24 hours to May 16, tracking a broader retreat across Layer-1 assets. Monad’s trending status on CoinGecko this week reflects sustained developer and speculator interest in next-generation execution environments even as prices drift lower.
What Monad Is Building
The Ethereum Virtual Machine, the runtime that executes smart contracts on Ethereum and dozens of compatible chains, was designed for sequential transaction processing.
Monad’s core architecture introduces parallel execution, meaning the network can process multiple transactions simultaneously rather than one after another. The team pairs this with pipelined consensus, separating the steps of block proposal, validation, and finality into concurrent processes.
Together, the two design choices are how Monad justifies its 10,000 TPS figure, a number the project has highlighted in its public documentation. The proposition involves two points that sit in conflict with each other: the network processes transactions in parallel, yet it must also maintain the sequential state consistency that EVM applications expect.
Monad resolves this by detecting and handling dependencies between transactions at the execution layer, re-sequencing only the small subset of transactions that touch the same state variables.
Also Read: Storj Surges 32% as Decentralized Cloud Storage Finds a New Audience in AI Infrastructure
Why EVM Compatibility Matters
Ethereum’s developer ecosystem is the largest in cryptocurrency, with thousands of audited smart contracts, tooling libraries, and developer workflows built around Solidity, the EVM’s primary programming language. A new Layer-1 that requires developers to rewrite applications in a different language or redesign for a different runtime faces a steep adoption barrier.
Monad’s EVM compatibility means that existing Ethereum contracts can deploy on Monad without modification, and existing development tools, including Hardhat, Foundry, and Ethers.js, continue to function. This is the same portability argument that Solana (SOL) was unable to offer, which historically kept Solana (SOL)‘s developer base distinct from Ethereum’s.
Monad’s approach, if it holds at scale, could attract Ethereum-native protocols seeking faster execution without a rewrite.
Background
The Layer-1 competition for Ethereum developer share predates Monad by several years. Avalanche (AVAX) launched its mainnet in September 2020 emphasizing sub-second finality. Near (NEAR) introduced sharding to scale throughput horizontally. Sui (SUI) and Aptos (APT) both launched in 2022 and 2023 with parallel execution as a headline feature, though neither maintained full EVM compatibility, limiting their Ethereum developer reach. Monad entered this landscape by combining the parallel execution that Sui (SUI) and Aptos (APT) pioneered with the EVM compatibility that older competitors like Avalanche (AVAX) offered.
The project raised $225 million in a funding round led by Paradigm in April 2024, giving it substantial runway to compete for developers before its mainnet launch. MON launched as a tradable token in 2025 and has traded in the range of $0.02 to $0.08 since, reflecting early speculative interest without sustained price discovery.
Also Read: Sui Falls Nearly 8% as Layer-1 Tokens Bear the Brunt of Macro Pressure
Competitive Risks
Monad’s roadmap includes a mainnet that has not yet launched at full capacity, meaning the 10,000 TPS figure is a design target, not a live network measurement.
Competing chains have faced the gap between testnet benchmarks and mainnet performance before. Solana’s early mainnet suffered repeated outages as real-world transaction volume exposed consensus fragility. Ethereum (ETH) itself continues to scale through Layer-2 networks, including Arbitrum (ARB) and Optimism (OP), which offer EVM compatibility and can absorb significant throughput without requiring a new Layer-1.
Monad must prove that a standalone Layer-1 at 10,000 TPS offers something that Ethereum plus its Layer-2 ecosystem cannot. The $336 million market cap suggests the market has priced in early optionality without yet pricing in mainnet delivery.
What to Watch
MON’s price trajectory over the next two quarters will track two variables: testnet and mainnet milestones that demonstrate real throughput at scale, and developer adoption measured by the number of protocols publicly committing to deploy on Monad.
A sustained move above $0.05 would require either a broader Layer-1 market rally or protocol-level news. Traders watching the CoinGecko trending list as a signal should note that trending rank reflects search and wallet interaction volume, not fundamental progress.
The more meaningful signal will be GitHub commit activity, protocol deployments, and any mainnet launch announcement from the Monad team.
Read Next: Bittensor TAO Falls 7.7% as Decentralized AI Token Faces Macro Pressure and Profit-Taking
