Crypto Kaine @cryptokaine - Twitter Profile

Arguably my favorite part of this rewards/yield debate has been when bankers say “if we allow this, then we’ll see massive deposit flight.” Crypto has already been offering rewards/yield on stablecoins FOR YEARS. Where is the deposit flight? Is it in the room with us right now?

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Crypto Kaine @cryptokaine

4 months ago

@ChadSteingraber @DigPerspectives Haha shit I could wipe out Coinbase supply 😂

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cryptokaine retweeted

Restricted Daily

@RestrictedDaily

4 months ago

Fortunate Son by Creedence Clearwater Revival. The second that intro hits, you know exactly what it is. One of the most recognizable riffs in rock history.

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Crypto Kaine @cryptokaine

4 months ago

@JesusisChristX Misinterpreted

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cryptokaine retweeted

Versan | Black Swan Capitalist

@VersanAljarrah

4 months ago

Over the last few weeks I’ve been researching quantum computing risk across blockchains, and here’s what I found. The short answer: no blockchain today is fully quantum proof, not Bitcoin, not Ethereum, not XRP. All of them rely on elliptic curve cryptography. In simple terms, this is a way to secure digital assets using math. Your public key is visible, but only your private key can unlock and control them. The concern is very real. A sufficiently advanced quantum computer could theoretically break these keys. And if that happens, the impact wouldn’t just hit crypto, it could compromise global banking, SWIFT, military encryption, and large parts of the internet. Here’s where XRP stands apart. Bitcoin and Ethereum are largely frozen in their cryptography. Changing them isn’t impossible, but it would require major network upgrades, hard forks, and could risk destabilizing the system. XRP, on the other hand, was built differently. Its ledger is governed at the protocol level, meaning its cryptography can be upgraded through validator consensus without halting the network. When quantum computing becomes a real threat, XRP can evolve in real time, keeping the network secure and functional. Bitcoin is rigid by design. Ethereum upgrades are slow, complex, and risky. XRP, however, was built as adaptable financial infrastructure/that can respond to tomorrow’s threats without stopping today’s transactions. So when people ask, “Is XRP quantum proof?” the answer isn’t a simple yes or no. The real question is, which network can adapt when quantum computers become capable of breaking modern encryption? XRP doesn’t just survive. It was built to upgrade. That’s the distinction between static code and functional infrastructure. Apologies for getting a bit technical, but I wanted to understand this properly so I could explain it clearly. Hope this provides some value.

VersanAljarrah's tweet photo. Over the last few weeks I’ve been researching quantum computing risk across blockchains, and here’s what I found.

The short answer: no blockchain today is fully quantum proof, not Bitcoin, not Ethereum, not XRP.

All of them rely on elliptic curve cryptography. In simple terms, this is a way to secure digital assets using math. Your public key is visible, but only your private key can unlock and control them.

The concern is very real. A sufficiently advanced quantum computer could theoretically break these keys.

And if that happens, the impact wouldn’t just hit crypto, it could compromise global banking, SWIFT, military encryption, and large parts of the internet.

Here’s where XRP stands apart.

Bitcoin and Ethereum are largely frozen in their cryptography.

Changing them isn’t impossible, but it would require major network upgrades, hard forks, and could risk destabilizing the system.

XRP, on the other hand, was built differently. Its ledger is governed at the protocol level, meaning its cryptography can be upgraded through validator consensus without halting the network.

When quantum computing becomes a real threat, XRP can evolve in real time, keeping the network secure and functional.

Bitcoin is rigid by design. Ethereum upgrades are slow, complex, and risky. XRP, however, was built as adaptable financial infrastructure/that can respond to tomorrow’s threats without stopping today’s transactions.

So when people ask, “Is XRP quantum proof?” the answer isn’t a simple yes or no.

The real question is, which network can adapt when quantum computers become capable of breaking modern encryption?

XRP doesn’t just survive. It was built to upgrade. That’s the distinction between static code and functional infrastructure.

Apologies for getting a bit technical, but I wanted to understand this properly so I could explain it clearly.

Hope this provides some value.

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Crypto Kaine

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