Enter your domain. We perform a real, read-only TLS handshake, read your live certificate, and tell you—honestly—whether your encryption survives Shor's algorithm. Most of the internet does not.
Breaks RSA & ECDSA — the math behind nearly all TLS today.
Adversaries record your traffic today to decrypt when quantum arrives.
ML-KEM-768 + ML-DSA-65 stay safe. INKG migrates you.
We migrate your keys and signatures to NIST post-quantum standards (ML-KEM-768 + ML-DSA-65) on sovereign infrastructure — no foreign processors. Audit, migration, and on-chain certification available now.
Your scan reads your site's real certificate. If it uses RSA or ECDSA, this is exactly how a future quantum computer breaks it — a visualization of a real mathematical fact (not live quantum hardware): Shor's algorithm factors RSA-2048 and forges ECDSA, but has no traction on lattice (Module-LWE / Module-SIS), which is why INKG runs ML-DSA-65 / ML-KEM-768. Launch it and watch your algorithm fall — then watch ours hold.
Each “keypair minted live” line is a real ML-DSA-65 keypair generated on our sovereign node this second. Wallet and anchor totals are the real live figures from the sovereign bank.