Ripple is a company lol

As a software engineer, I can say that updating code to protect against quantum hacking isn’t particularly difficult—at least not from a technical standpoint. In many ways, it resembles the Y2K fix: a systematic update that becomes straightforward once you know where the vulnerability lies. For most modern systems that rely on shared cryptographic libraries, implementing quantum-resistant algorithms is just a matter of swapping in new primitives, updating validation layers, and ensuring compatibility. It’s not rocket science. When David Schwartz from Ripple was asked about this in an interview a few years ago, he confirmed that transitioning XRP to quantum-resistant cryptography would require nothing more than a network amendment—a coordinated update pushed through by the validators. At the time he was asked, Ripple hadn’t yet taken that step, but it wasn’t because of technical limitations; it simply wasn’t urgent yet. What’s particularly interesting isn’t whether the code can be updated—it absolutely can—but how easily such an update could be deployed across a decentralized ecosystem. That’s where the true challenge lies. For $BTC (Bitcoin) and $ETH (Etherum), the transition will be nothing short of a bloodbath. The reason? Their architectures inherently expose public keys once a transaction is made. Once a quantum computer capable of running Shor’s algorithm at scale exists, those exposed public keys become ticking time bombs. Add to that the fact that these systems are distributed across thousands of nodes, miners, and developers—many of whom can’t even be contacted—and you're facing years of debate, forks, and potential loss of funds. Note: All $BTC and $ETH wallets expose public key on creation. Then there is a backward compatablity issue. With $XRP, the situation is dramatically different. Public keys are only exposed after the wallet initiates a transaction or activates certain features like the Clawback contract. If the wallet has only received XRP and never sent anything, its public key remains hidden—unreadable to quantum algorithms. Even beyond that, XRP’s governance model allows for swift protocol amendments. The validator system ensures that once an agreement is reached, changes can be rolled out quickly and uniformly across the network. In contrast, Bitcoin and Ethereum not only face technical hurdles but also social and political ones. Their public keys are everywhere. Their Layer 2 solutions, which rely on the Layer 1 signature schemes, will also be compromised. Even if L2s are upgraded with quantum-safe algorithms, they’ll still inherit vulnerabilities from their base layers. The update process across those ecosystems will be complex, divisive, and delayed. Put simply: XRP is ready to upgrade. BTC and ETH are not.

Excellent post

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Thank you for explaining stuff to us newbies in crypto ❤️

🤣🤣🤣🤣😉

Yeah you right, I was stressing a while back about googles willow project but the more I looked Into it… 🤷🏽‍♂️#ilikethetech

bUt ViNnEy…tHe sCiEnCe SaYs!!! 😂😂😂 The education system in this country has left the government in a GREAT position when it comes to NPC’s running around fulfilling their programmed duties like pushing the buttons they are told to push. Hopefully you can ACTUALLY get thru.

Lmao bro I will keep yelling straight “snark” until I do 🤣🤣🤣

Erm Quantum Computing 🤔 What do you think is operating these Ords as oh boy what do you Need to create this event 🤔