TRON Plans Quantum-Resistant Mainnet Upgrade, Justin Sun Says

TRON Plans Quantum-Resistant Mainnet Upgrade, Justin Sun Says

TRON has officially begun a post-quantum upgrade plan using NIST-standard quantum-resistant cryptographic signatures, and Justin Sun said mainnet deployment could be a first among major public blockchains.

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Fact Check
The strongest validated evidence is CoinPost, which specifically says Justin Sun announced that TRON had officially begun a post-quantum upgrade plan and intended to deploy NIST-standard quantum-resistant signatures on mainnet, while claiming this could make TRON the first major public blockchain to do so. Search corroboration for The Block aligns with the same core claim. However, confidence is only medium because the direct X posts and The Block page could not be fetched in this run, and CoinPost itself notes that the technical roadmap and implementation details were not yet disclosed. So the statement is likely true as a report of Justin Sun's claim and TRON's announced plan, but more weakly supported if interpreted as independently confirmed, already-executing mainnet implementation.
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Summary

TRON has officially launched a post-quantum upgrade plan that will use NIST-standard quantum-resistant cryptographic signatures. Founder Justin Sun announced the move on the 15th and said the planned mainnet deployment could be the first among major public blockchains. He also said a detailed technical roadmap will be released soon, adding a new implementation timeline element to the previously disclosed upgrade plan.

Terms & Concepts
  • Post-quantum upgrade plan: A network upgrade initiative aimed at adopting cryptographic protections designed to resist future attacks from quantum computers.
  • Mainnet: A live blockchain network where actual transactions are executed and recorded.
  • NIST-standard quantum-resistant cryptographic signatures: Digital signature methods aligned with standards from the U.S. National Institute of Standards and Technology and designed to remain secure against quantum-computing threats.