NaoX Protocol (@NaoXprotocol): Five architecture decisions separate NaoX from almost every other Layer 1.

Five architecture decisions separate NaoX from almost every other Layer 1. Here's each one, and why it matters 👇 1️⃣ Post-quantum transaction signing Almost every chain authorises transactions with ECDSA, elliptic-curve signatures a large quantum computer running Shor's algorithm will eventually forge. On NaoX, transactions can be signed with ML-DSA-87 instead: the NIST standard, FIPS 204, security Level 5, built on lattice problems with no known quantum attack. 2️⃣ Verification inside the protocol A signature is only as trustworthy as whoever checks it. On NaoX, the chain checks it: a native verifier built into the protocol itself, the post-quantum equivalent of Ethereum's ecrecover. One verify takes ~38.5 microseconds, and every node computes the same answer. No wallet or server ever holds the trust. 3️⃣ Hybrid transactions A NaoX transaction can carry two signatures over the same payload: one classical, one post-quantum. Both must pass, so forging one still fails the other, and existing tooling sees a normal EVM transaction. Protection is added underneath, nothing breaks on top. And the path only moves forward: classical → hybrid → post-quantum only, no hard fork required. 4️⃣ Post-quantum validator entry The validator registry accepts exactly one kind of key: 2,592 bytes, the exact size of an ML-DSA-87 public key. Classical keys aren't discouraged, they're structurally refused, and that check has been enforced in the chain's code since genesis. 5️⃣ Fully EVM compatible Built on standard Ethereum client software. Same Solidity, same Hardhat, Foundry, ethers, MetaMask. Existing contracts deploy as-is, and inherit a quantum-resistant foundation the moment they do. NaoX Growth Engines: Activated 🔋 Coming up on the roadmap: → More validators onboarding → Node software, so the community can run the network directly → Developer access opening next Each stage announced as it's ready. The network opens up from here.