@weam_hiadry We need another review and approval of the RIP-25 ( Tron already did it ) , I ask every one in the community to read and review and then approve the code, otherwise we cannot start with testnet $RVN $BTC @tronblack#RWA https://t.co/ZqMdHzVmQB https://t.co/WpvImUHxMK
π¨ RavenTag in action:
β Tag recognition (AUTHENTIC)
β Revocation (stolen)
β Verification as stolen
β Restoration (back to AUTHENTIC)
Real control and instant response to theft/counterfeiting.
GitHub: https://t.co/laWDB6MWmW
$RVN #RWA#AntiCounterfeiting
π¨ Artists & Fine Art Creators, this is for you.
With RavenTag you can link your physical artwork to a unique Ravencoin token + unclonable NTAG 424 DNA chip.
You create a perfect digital twin that certifies authenticity and ownership forever.
Thread π
$RVN #FineArt#RWA
How it works:
- Issue a unique token on Ravencoin
- Program the secure NFC tag and embed it in the artwork
- Buyer receives physical piece + token in their wallet
Real provenance and protection against forgery.
Full info β https://t.co/OjJaj6RwON
π RavenTag v1.0.6 is out!
Now every transaction automatically moves RVN + assets to a fresh never-spent address.
This adds a first important layer of protection against quantum attacks (while waiting for RIP-25).
Looking beta testers!
https://t.co/WApTREUl7h
$RVN #RWA
Google Quantum AI just updated the timeline for quantum threats. Breaking ECDSA encryption now requires <500k physical qubits, taking just ~9 minutes. The "Q-Day" is closer than we thought.
What does this mean for your crypto? thread $BTC $RVN @tronblack https://t.co/1lmqmWDqWn
@tronblack Thank you so much @tronblack for the kind words and for approving RIP-25 π
I'm truly honored to contribute to Ravencoin becoming the first quantum-resistant PoW project.
Iβm excited to keep supporting the ecosystem. $RVN $BTC
I would like to express my thanks to the creator of RavenTag and the author of this RIP-25 pull request for Ravencoin which I believe would make Ravencoin the first quantum resistant proof-of-work project. Other POS projects have implemented quantum resistance, but simultaneously suffer from the known weaknesses of POS (proof of stake).
Quantum resistance prevents quantum computers from back-solving of the private key from exposed public keys. There are several known algorithms that have this property, and the author of RIP-25 looked at several options.
If you are worried about quantum attacks in the short-term, be sure to use a wallet that assigns new addresses for your change that comes back from almost every transaction. Ravencoin core does this by default.
This RIP (Ravencoin Improvement Proposal) can be activated as a soft-fork, with BIP-9 activation of the quantum resistant features.
I've approved RIP-25 for testnet with one additional approval needed. I invite everyone to review RIP-25.
https://t.co/9ScyrM8KCI
@_CorvusCorax@tronblack Better safe than sorry.
We still have time letβs prevent the ECDSA quantum vulnerability now.
Prevention today = no discussions tomorrow. Many projects are already preparing.
@_CorvusCorax@tronblack Itβs a real vulnerability for ECDSA (BTC, ETH, most crypto).
But itβs easily solvable: as proposed in RIP-25, adopt ML-DSA-44 in a hybrid soft-fork configuration where current ECDSA keys coexist. No hard fork needed.
No panic just proactive upgrade. π‘
Looking further ahead, weβve proposed a soft fork to implement quantum-secure signatures via RIP-25.
You can follow the progress and join the discussion on the official #Ravencoin GitHub. We are building the future of secure, decentralized assets. π¦π