#tronmainnetactivatestvmpragueosaka
🚨 TRON MAINNET ACTIVATES TVM PRAGUE & OSAKA UPGRADES
TRON has officially moved forward with a major compatibility upgrade for the TRON Virtual Machine (TVM). Committee Proposal No. 107 enabled the Prague and Osaka-related TVM features introduced in GreatVoyage-v4.8.2 (Pyrrho).
🔹 What’s new?
✅ Historical block hashes can be accessed from on-chain state
✅ New CLZ (Count Leading Zeros) opcode support
✅ Native secp256r1 / P-256 signature verification capabilities
✅ Improved support for Passkey-related verification
✅ MODEXP input limits and Energy-cost optimizations
✅ Better alignment with Ethereum's evolving execution environment
📌 The upgrade is designed to reduce compatibility differences between TVM and newer Ethereum standards, potentially making smart-contract development, tooling, and ecosystem adaptation smoother across EVM-related environments.
⚙️ Why does it matter?
Greater EVM compatibility can help developers work with more familiar standards while expanding the technical capabilities available on the TRON network.
This is primarily a protocol and developer infrastructure upgrade, so its real long-term impact will depend on developer adoption and how applications use the new functionality.
🔍 Bottom line:
TRON is continuing to upgrade its core smart-contract infrastructure, with Prague and Osaka compatibility features representing another step toward broader interoperability and modern execution standards.
$DEXE $NIL $HEMI
🚨 TRON MAINNET ACTIVATES TVM PRAGUE & OSAKA UPGRADES
TRON has officially moved forward with a major compatibility upgrade for the TRON Virtual Machine (TVM). Committee Proposal No. 107 enabled the Prague and Osaka-related TVM features introduced in GreatVoyage-v4.8.2 (Pyrrho).
🔹 What’s new?
✅ Historical block hashes can be accessed from on-chain state
✅ New CLZ (Count Leading Zeros) opcode support
✅ Native secp256r1 / P-256 signature verification capabilities
✅ Improved support for Passkey-related verification
✅ MODEXP input limits and Energy-cost optimizations
✅ Better alignment with Ethereum's evolving execution environment
📌 The upgrade is designed to reduce compatibility differences between TVM and newer Ethereum standards, potentially making smart-contract development, tooling, and ecosystem adaptation smoother across EVM-related environments.
⚙️ Why does it matter?
Greater EVM compatibility can help developers work with more familiar standards while expanding the technical capabilities available on the TRON network.
This is primarily a protocol and developer infrastructure upgrade, so its real long-term impact will depend on developer adoption and how applications use the new functionality.
🔍 Bottom line:
TRON is continuing to upgrade its core smart-contract infrastructure, with Prague and Osaka compatibility features representing another step toward broader interoperability and modern execution standards.
$DEXE $NIL $HEMI
