Naoris Protocol

5️⃣ reasons every chain's post-quantum migration is harder than it sounds: 1️⃣ The exposed-key problem. On today's chains, every time you send a transaction, your public key is revealed and recorded on-chain forever. A quantum computer can reverse that public key into your private key, the key that controls the funds. Roughly 6.9 million BTC already sit in addresses like this. Even if a chain upgrades tomorrow, everything already exposed stays exposed. 2️⃣ The coordination problem. Wallets, validators, exchanges and users all have to move, and every user has to act. The workaround, opt-in migration, avoids a hard fork but means the slowest users stay exposed the longest. 3️⃣ The size problem. Post-quantum signatures run roughly 30x larger than the ones securing validator consensus today. Blocks grow, verification slows, and networks need entirely new compression engines just to restore current performance. 4️⃣ The aggregation problem. The mechanism compressing thousands of validator signatures into one has no post-quantum equivalent. It has to be rebuilt from scratch, and the replacements are still in development. 5️⃣ The end-date problem. No chain has set a date for when classical signatures stop being accepted. And nobody has answered the hardest question: what happens to the coins nobody migrates. Revoke them, or leave them as permanent quantum honeypots. Building post-quantum from the start avoids all five. No exposed classical history, no opt-in migration to shepherd, no aggregation engine to rebuild, no end date to negotiate. The hardest part of migrating is not the cryptography. It is everything around it. Naoris doesn't need to migrate. Post-quantum was the starting point, ML-DSA-87 at the protocol level, across transactions and validator communication alike. We're merely at the beginning of a Post-Quantum World.