A 156-qubit processor running at ten millikelvin can break the encryption banks and wallets rely on today — and build the encryption that replaces it.
Bank transfers, card payments and crypto wallets all depend on problems that are hard for ordinary computers. Shor's algorithm makes them easy for a quantum one — and it only works if the qubits stay cold and coherent. That is what the machine behind this page does.
The same capability works in your favour. We use quantum search and factoring to test how long your keys would really survive, and to recover access to assets locked behind lost or legacy keys — for clients who can prove they own them.
Quantum key distribution builds keys from entangled photons, so any eavesdropper is detected before a single byte moves. Layered with NIST post-quantum algorithms, it protects transfers and stored balances against data captured today and decrypted tomorrow.
It breaks public-key cryptography, weakens symmetric keys, and makes unbreakable key exchange possible. Every payment network, custodian and wallet sits somewhere on that map.
Run a quantum scan to locate where your assets are held and how they are protected. Two minutes of network access, no payment required.