According to @EvanWeb3, mission-critical payment blockchains should prioritize discipline and favor Move over Solidity/EVM for stronger safety, referencing the Libra team’s reasons for creating Move. Source: @EvanWeb3 on X; Zero Knowledge Podcast episode 227 at zeroknowledge.fm. The cited 2022 Zero Knowledge episode discusses why Libra engineers built Move for payments and outlines its security goals versus the EVM, positioning language design as central to smart contract risk. Source: Zero Knowledge Podcast episode 227 at zeroknowledge.fm. For traders, Move underpins Sui with the native token SUI and Aptos with the native token APT, linking the language debate to those token ecosystems. Source: Sui docs at docs.sui.io; Aptos docs at aptos.dev. EVM is the execution environment for Ethereum, connecting the Solidity/EVM security discussion to ETH-centric networks and their developer tooling. Source: Ethereum documentation at ethereum.org.

According to @coinsph, deposits and withdrawals of USDT and USDC are now available via the Aptos Network, which leverages parallel execution and the Move language to provide fast, secure, and low-cost crypto transactions. The scalability and low fees of Aptos make it attractive for real-time trading applications, potentially increasing liquidity and efficiency for traders using stablecoins on this network. This integration is expected to enhance trading flexibility and reduce transaction costs for USDT and USDC holders, as cited by @coinsph.

According to @AveryChing on Twitter, the Rust programming language offers greater resilience compared to Python by enforcing more checks at compile time, reducing runtime errors. Move, a language developed for blockchain applications, follows a similar philosophy by prioritizing safety early in the development process (source: https://twitter.com/AveryChing/status/1929554488945479755). For crypto traders, this shift in developer tooling towards safer, more reliable code bases can directly impact the security and reliability of blockchain networks, potentially reducing exploit risks and increasing overall trust in DeFi and crypto platforms that utilize these technologies.