When we talk about blockchain, we often think about sending tokens. But transparency, privacy, and security are just as interesting to follow. 👀
TRON DAO shared that John Hurston, General Counsel at TRON, joined the 5th INTERPOL New Technologies Forum in Vienna to discuss the future of decentralized ledgers and their impact on law enforcement.
The conversation covered blockchain transparency, privacy tradeoffs, and compliance.
Think about it from a user’s perspective: we want transactions to be traceable when something goes wrong, while also wanting our personal information protected. Designing systems that address both needs takes careful work.
Another topic was preparation for future quantum-computing risks. According to the press release, TRON has introduced post-quantum digital signature support on its Nile testnet—a network used for testing.
If you’re new to the term, digital signatures help verify that transactions were authorized by the relevant key holder. Post-quantum approaches are designed to resist attacks from future quantum computers. Testing is a step toward readiness, rather than proof that the main network is already protected against every risk.
What interests me is that wider everyday blockchain use also makes the work behind security and user protection more important. It’s another side of TRON worth following. 🐱❤️
#TRONGlobalFriends #TGF
@trondao @TronDao_THA @justinsuntron
TRON DAO shared that John Hurston, General Counsel at TRON, joined the 5th INTERPOL New Technologies Forum in Vienna to discuss the future of decentralized ledgers and their impact on law enforcement.
The conversation covered blockchain transparency, privacy tradeoffs, and compliance.
Think about it from a user’s perspective: we want transactions to be traceable when something goes wrong, while also wanting our personal information protected. Designing systems that address both needs takes careful work.
Another topic was preparation for future quantum-computing risks. According to the press release, TRON has introduced post-quantum digital signature support on its Nile testnet—a network used for testing.
If you’re new to the term, digital signatures help verify that transactions were authorized by the relevant key holder. Post-quantum approaches are designed to resist attacks from future quantum computers. Testing is a step toward readiness, rather than proof that the main network is already protected against every risk.
What interests me is that wider everyday blockchain use also makes the work behind security and user protection more important. It’s another side of TRON worth following. 🐱❤️
#TRONGlobalFriends #TGF
@trondao @TronDao_THA @justinsuntron
