fhash

What if your $IOTX had a doomsday bunker? 🛡️ We're introducing IIP-65: Bunker Mode—a draft proposal and working proof-of-concept for AI-safe, quantum-safe staking, inspired by @drakefjustin 's call for crypto to plan a "bunker mode." The Problem Today, a single ECDSA key controls your onchain asset. If a large enough quantum computer or AI-accelerated breakthrough cracks the math, an attacker could derive your private key from your public key and withdraw everything. Making the entire ecosystem AI & quantum-safe will take years and depends on many partners. But a bunker doesn't have to wait. The Solution: A Second Lock 1️⃣ Go in now: Bind a post-AI/quantum key to your bucket once, while your current key is still safe. 2️⃣ Wait it out: Your bucket keeps voting and earning rewards. But any critical action (unstaking, withdrawing, transferring) now requires the new key. 3️⃣ Come out later: Once post-quantum accounts exist, sign once with the new key and safely migrate your IOTX. If Q-day or an AI breakthrough comes while you're inside, the attacker hits a wall. Why hash-based? The new lock uses SLH-DSA (NIST FIPS 205). While lattice-based schemes rely on algebraic structures that future math might crack per @VitalikButerin, SLH-DSA rests purely on hash functions. It has no structure to break, making it the most conservative choice. The trade-off is a "heavy door" (~16 KB signatures, signed offline)—perfectly fine for a vault you only open a few times a year. Proof-of-Concept Highlights ⚡️ Fast: 0.23 ms to verify a signature on-chain. 🪶 Lightweight: 48-byte public key per bucket. 🔌 Frictionless: Fully opt-in & per-bucket. No EVM changes, no new address formats, no waiting on anyone else. It's still a draft, and we want your feedback (and vote later) to make it real and bulletproof. 🎥 Explainer below