TRON has commenced voting on Proposal No. 106, an initiative designed to modify the SELFDESTRUCT opcode within its blockchain infrastructure. The proposal reflects a strategic alignment with Ethereum Improvement Proposal 6780, aiming to enhance compatibility between TRON’s Virtual Machine and Ethereum’s evolving standards.
Aligning TVM with Ethereum Standards
The proposed update introduces significant changes to how the SELFDESTRUCT opcode functions within the TRON Virtual Machine (TVM). According to the proposal’s framework, contract deletion would only be permitted if it occurs within the same transaction in which the contract is created. In all other cases, the opcode would no longer remove the contract from the blockchain but would instead allow only the transfer of associated assets.
This adjustment is expected to bring TRON’s execution environment closer to that of Ethereum, thereby reducing inconsistencies between the two networks. Industry observers have indicated that such synchronization could improve developer experience and minimize technical discrepancies when deploying cross-chain applications.
Increased Costs and Developer Implications
A notable aspect of Proposal 106 is the revision of the energy cost associated with executing the SELFDESTRUCT opcode. The cost is set to rise from zero to 5,000 energy units, a change that signals a shift in how resource consumption is managed on the network. Developers are being encouraged to review their existing smart contracts and make necessary adjustments to ensure compatibility with the new rules.
The increased cost structure is expected to discourage unnecessary or inefficient use of the opcode, while also aligning TRON’s economic model more closely with Ethereum’s. Analysts have suggested that this could lead to more optimized contract designs and improved network efficiency over time.
Voting for TRON Proposal No. 106 has been initiated.
The proposal updates the behavior and cost of the SELFDESTRUCT opcode:
🔺Contract will only be deleted if executed in the same transaction as creation
🔺Otherwise, only asset transfer occurs while the contract remains on-chain… pic.twitter.com/SIek0dEwbT— TRON DAO (@trondao) April 7, 2026
Strengthening Interoperability in a Volatile Market
TRON’s move comes at a time when the broader blockchain ecosystem is increasingly prioritizing interoperability. Market trends have shown continued volatility, with Ethereum recently testing resistance levels around $2,150, reflecting ongoing uncertainty in digital asset markets. In this context, protocol-level alignment between major networks is being viewed as a critical step toward stability and scalability.
Historical performance data has often highlighted TRON’s scalability advantages, particularly in terms of transaction throughput and cost efficiency. By integrating Ethereum’s updated SELFDESTRUCT mechanics, TRON is expected to further strengthen its infrastructure and reduce potential synchronization issues, especially for nodes operating on newer versions such as v4.8.1.
Community Participation and Governance
The voting process for Proposal 106 is currently underway, with participation from node operators and community stakeholders playing a crucial role. Voting is being conducted through TronScan, while technical discussions and feedback are actively taking place on GitHub.
If approved, the proposal is expected to enhance the resilience of the TRON ecosystem by preventing fragmentation and ensuring smoother upgrades across the network. Observers have noted that this initiative positions TRON as a proactive player in the push toward cross-chain efficiency and standardized blockchain development.
As the outcome of the vote approaches, developers and network participants are closely monitoring the implications of the proposed changes, recognizing their potential to shape TRON’s future interoperability and long-term competitiveness in the blockchain space.
