Messari Experts Assess the Prospects of Ethereum Parallelized Virtual Machines

Messari researchers reported that the new parallelized Ethereum virtual machines (EVM) are gaining popularity in the crypto community due to their unique ability to process multiple transactions simultaneously. This significantly increases the network throughput. According to experts, this technology can significantly change the landscape of smart contract platforms, offering not only improved scalability, but also full compatibility with the EVM ecosystem. Among such startups, Sei, Monad, and MegaETH are noted.

Unlike traditional virtual machines, where transactions are processed sequentially, parallelized EVMs use a more complex architecture. According to experts, it allows for a significant increase in efficiency and performance. This makes the products attractive for decentralized applications (dApps) that require a high frequency of transfers.

This technology has attracted particular interest from both users and investors. One of the key advantages of parallelized EVMs is their compatibility with existing EVM networks, making it easier for developers to transition to the new architecture and access the already established user base and liquidity.

“However, it is not without challenges. Many projects using parallelized EVMs are still in the testing phase, which creates uncertainty about their successful implementation. There is also serious competition from alternative virtual machines, such as SVM and MVM, which may offer faster and cheaper solutions,” the researchers emphasized.

They also emphasized that more than half of the blocks in Ethereum cannot be parallelized, which imposes certain limitations on network scaling. However, significant interest in the technology and its potential in the future may become key drivers for further development and implementation.