Naoris Protocol (@NaorisProtocol): Naoris PQ L1 🆚 Classical L1s

Naoris PQ L1 🆚 Classical L1s What makes Naoris different isn’t just post-quantum support. It’s where that security is enforced. Most blockchains today still rely on elliptic curve cryptography (ECDSA) at their foundation. Some are exploring migration paths. All face the same constraint: upgrading live systems without breaking compatibility. Naoris starts from a different premise. Built from inception as a post-quantum system using NIST-standardized cryptography (ML-DSA-87), security is embedded across the stack, not added later. It shows up at every critical layer: • Transactions → Every transaction is signed with post-quantum cryptography (FIPS 204 / ML-DSA), removing reliance on ECDSA • Consensus → dPoSec (Decentralized Proof of Security) ensures validators must continuously prove their integrity, not just validate blocks • Communication → Data between execution and consensus layers can be encrypted and authenticated using post-quantum key exchange • Smart contracts → Fully EVM-compatible, with quantum-secure execution by default using existing developer tooling No migration path. No added complexity. Other chains are asking how to transition. Naoris is already built for the environment they’re moving toward.