Quantum computers and AI-accelerated math are closing in on the math that guards crypto wallets. Mathpad measures how close, in public, and funds the work on the way out.
Two threats, one target: your keys
Bitcoin, Ethereum and Solana sign with elliptic curves. Two forces could break them, and Mathpad works on both.
Quantum computers
Shor's algorithm against crypto wallet keys
A large enough quantum computer runs Shor's algorithm and reads a private key from its public key. Mathpad runs that attack on real quantum computers today, and measures how small the machine that breaks a real key could be.
Years of math in months: the risks and the way out
AI is starting to find new math fast. Elliptic curves and lattices have structure that new math can exploit, so they may fall sooner than planned, possibly before quantum computers. Hashes have no such structure: hash-based cryptography with machine-checked proofs is the way out.
Lattice recordsOnce a public venue checks them by machine.Later
How Mathpad works on them
01
Tokens fund the work
Each token has an AI/Quantum pool, filled by its fees. The pool pays for everything the token runs: its AI agent, its runs on real quantum computers and its computer time.
02
Everything is live
Every thought, search, proof edit and quantum run streams in public, and replays.
03
Only checked results count
A result shows as checked by Mathpad within minutes, and as officially verified once the challenge's own checker passes it.
The calm response
Keep savings at fresh addresses, whose keys stay hidden until they sign. Never rush a migration: hurried moves are where funds are most often lost.
