The_jokki

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The_jokki

The_jokki

@thejokki

Lover of Web3 || Mod || Games 🎮|| Ambassador 🥒🫧

Katılım Ocak 2025
262 Takip Edilen211 Takipçiler
The_jokki retweetledi
Skylatec
Skylatec@Skylatec·
Technological progress requires networks that can adapt. Diamante’s design supports expansion while maintaining structural integrity. explorer.diamante.io @diamante_io
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The_jokki retweetledi
DIAM Intern
DIAM Intern@diam_intern·
Happiest Birthday to the man building for the future before the rest of the industry even realizes what’s coming. You’ve been focused on what survives the next era of computing. Appreciate the vision, the conviction, and the ability to think 10 steps ahead. The quantum future gets closer every day! Glad we’re building it with you. Happy birthday @chiragjetani🥂
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The_jokki
The_jokki@thejokki·
Digital ecosystems grow stronger when data cannot be manipulated. Diamante reinforces this principle through cryptographic safeguards. explorer.diamante.io @diamante_io
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The_jokki
The_jokki@thejokki·
@chiragjetani Encryption was never unbreakable. Just not worth breaking.
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The_jokki retweetledi
C J $DIAM
C J $DIAM@chiragjetani·
The economics of breaking encryption are changing. That matters more than most people realize. Security has never been about making attacks impossible. It’s about making them too expensive, too slow, or too impractical to attempt at scale. That’s the foundation modern cryptography rests on. Not perfection. Economics. Today, most systems assume the computational cost of breaking encryption is unrealistically high. But quantum computing changes the cost curve entirely. And once the economics shift, the security assumptions built on top of them begin to weaken. This is the part people misunderstand about quantum risk. Quantum doesn’t “hack” systems in the traditional sense. It changes the feasibility of attacking them. What was once computationally irrational eventually becomes viable. Then affordable. Then scalable. History shows this pattern clearly. Data storage became cheaper. Compute became cheaper. AI training became cheaper. Every exponential technology follows the same trajectory: first inaccessible, then experimental, then inevitable. Quantum will be no different. Now apply that to blockchain. Public keys are exposed. Signatures are permanent. Transactions are immortalized on-chain forever. Which means encrypted data secured under today’s assumptions could become readable under tomorrow’s capabilities. Not because systems failed operationally. Because the economics beneath them changed. This is why the conversation around post-quantum infrastructure matters so much. The real challenge isn’t just defending against current attacks. It’s designing systems that remain secure as the cost of attacking them evolves. That requires a completely different mindset. Not reactive upgrades. Not waiting for consensus after pressure arrives. But building with changing conditions in mind from day one. At Diamante, this is exactly the assumption we started with. Because long-term infrastructure cannot depend on static threat models in a world driven by exponential technological progress. The next decade of technology won’t just be shaped by adoption.
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The_jokki
The_jokki@thejokki·
@davedotsol Built more. Learned more. Broke more things on purpose.
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