According to @AveryChing, an ACM OOPSLA paper by the University of Toronto and Shanghai Tree-Graph Blockchain Research Institute reports Aptos Move and EVM compatibility with nearly native efficiency, citing under 5% execution overhead as the headline result, which materially lowers cross-VM friction for smart contracts (source: Avery Ching on X; source: ACM OOPSLA DOI 10.1145/3763076). For traders, broader EVM-level compatibility targets the largest cohort of Web3 developers, a key driver of dApp supply, tooling availability, and network activity on EVM chains, which historically show the highest developer share (source: Electric Capital Developer Report 2023). Any increase in on-chain usage directly affects APT demand because APT is the native token used for gas and staking on the Aptos network (source: Aptos Docs). The paper’s stated goal of seamless multi-VM support to reduce ecosystem fragmentation between Move and EVM aligns with improving performance and security guarantees for users and developers, a fundamental prerequisite for scaling deployments on a single L1 (source: ACM OOPSLA DOI 10.1145/3763076; source: Avery Ching on X).

According to @jayantramanand, MANTRA Chain has added support for the Ethereum Virtual Machine, indicating the network can now operate with the EVM stack and interoperate with Ethereum-focused developers and tooling; source: @jayantramanand on X. EVM compatibility enables execution of Ethereum smart contracts and Solidity-based code using standard ETH ecosystem tooling, which is foundational for deploying Ethereum-style applications on EVM-capable networks; source: Ethereum Foundation documentation.

According to @alice_und_bob, the Polkadot SDK is positioned as the best stack to build L1s, L2s, and L3s, enabling teams to launch an L1 in minutes with EVM functionality out of the box; source: https://twitter.com/alice_und_bob/status/1955412892708377039. Polkadot SDK documentation shows EVM compatibility via the Frontier stack and provides starter node templates for bootstrapping new chains, allowing Solidity smart contracts to run on Substrate-based networks; sources: https://docs.substrate.io https://github.com/paritytech/frontier https://github.com/substrate-developer-hub/substrate-node-template.

According to @deanmlittle, transfer hooks in DeFi protocols can undermine composability, a core feature of EVM-based platforms. Instead of enabling seamless automated actions during transfers, transfer hooks often require explicit implementation of new logic. If a protocol fails to implement the required Y action, it blocks the transfer of X, causing incompatibility with the broader DeFi ecosystem and limiting cross-protocol trading opportunities (source: @deanmlittle, Twitter, May 9, 2025). Traders should be aware that these technical limitations could impact liquidity and interoperability, affecting token price movements and arbitrage strategies.

According to Vitalik Buterin, native rollups are beneficial and can be designed flexibly to accommodate deviations from EVM standards, necessitating only a custom prover for the differences. This flexibility could enhance trading efficiency by allowing more tailored solutions in blockchain implementations, particularly for Ethereum-based assets. Source: Vitalik Buterin via Twitter.

According to Vitalik Buterin, native rollups are beneficial for blockchain scalability, and there are flexible design strategies that allow for slight deviations from EVM compatibility. This approach can optimize transaction processing by requiring only minimal adjustments, such as bringing-your-own-prover for specific variances, potentially impacting the efficiency of smart contract operations and transaction throughput. This insight is crucial for traders looking to invest in scalable blockchain solutions that offer improved performance metrics. Source: @VitalikButerin

According to Vitalik Buterin, native rollups offer a promising approach in cryptocurrency network scaling, particularly through their flexible design which allows for 'almost-EVM' compatibility. This design means that developers only need to provide their own prover for any deviations, potentially lowering the barriers for integration and encouraging wider adoption. This is crucial for traders as it could lead to increased network efficiency and lower transaction costs, impacting trading strategies and liquidity. Source: @VitalikButerin