How does TRON Proposal 107 improve Ethereum compatibility and passkey support?

TRON’s Proposal 107 introduces features from Ethereum’s Prague and Osaka upgrades while streamlining passkey verification for more secure user interactions. This update strengthens TRON’s technical alignment with Ethereum, making it easier for developers to build and port cross-chain applications.

TRON has officially activated Proposal 107, a significant technical upgrade that integrates core features from Ethereum’s Prague and Osaka roadmaps into the TRON Virtual Machine (TVM). This activation directly improves the network's compatibility with Ethereum-based tools and smart contracts while simultaneously introducing more efficient passkey verification. For users, this means a more seamless authentication process that balances high security with the ease of use typically found in modern, non-crypto web applications.

The inclusion of Ethereum-aligned features is a strategic move to lower the barrier for developers moving between the two ecosystems. By adopting standards from the Prague and Osaka updates, TRON ensures that its infrastructure remains relevant to the latest advancements in the broader EVM (Ethereum Virtual Machine) landscape. This interoperability is crucial for the decentralized finance (DeFi) sector, where liquidity often migrates to the networks with the most robust and familiar developer support.

Beyond developer tools, the focus on passkey verification addresses a major hurdle in retail crypto adoption: security complexity. Proposal 107 optimizes how the network handles cryptographic signatures, allowing for faster and cheaper authentication via biometrics or hardware keys. As US-based users and regulators increasingly demand 'Web2-style' simplicity for complex 'Web3' transactions, this update positions TRON as a more competitive environment for daily stablecoin use and dApp interaction.

From a market perspective, this upgrade reinforces TRON's position as a dominant layer-1 network for stablecoin settlements, particularly USDT. By mirroring Ethereum’s technical evolution, TRON minimizes the risk of becoming a siloed ecosystem. Investors and developers should watch for a potential influx of Ethereum-native applications porting over to TRON to take advantage of its higher throughput and newly compatible architecture.

Looking ahead, the success of Proposal 107 will be measured by the adoption rate of these new passkey features among TRON-based wallet providers like TronLink. As the network continues to mirror Ethereum’s developmental milestones, the competition for dApp dominance will likely intensify, potentially forcing other layer-1 protocols to accelerate their own compatibility roadmaps to keep pace with TRON’s utility.