The first
quantum-proof
launchpad.
Quantum computers will break the keys that guard today's wallets. Every coin launched on Qproof keeps its fees in a hash-based vault they can't crack.
Every major chain signs with elliptic curves.
Solana uses Ed25519. Ethereum, BNB Chain and Robinhood Chain use secp256k1. A large quantum computer running Shor's algorithm breaks both, and with them any wallet whose public key is on-chain.
Sources: NIST IR 8547, initial public draft (Nov 2024) · Solana Foundation quantum-readiness plan (2026)
Fees go into a vault quantum computers can't open.
Qproof vaults sign with Winternitz one-time signatures, built from nothing but hash functions. Shor's algorithm has no grip on them. Every withdrawal uses a fresh key, so no key is ever exposed twice.
| Signature | Winternitz one-time signatures (hash-based) |
| Hash function | Keccak-256 |
| Quantum security | 128-bit (Grover's bound) |
| Elliptic curves | None |
| Key use | Once, rotated on every withdrawal |
| Vault | On for every coin, by default |
| Chains | Solana · Robinhood Chain · Ethereum · BNB Chain |
Launch on the chain you trade on.
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You sign a launch request with your wallet. Nothing is sent and nothing is charged until the coin is created on-chain.
Q-Day is a date on a calendar now.
The coin behind Qproof.
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