It's all happening!
📘Google Quantum AI just demonstrated a practical, verifiable break of Bitcoin and Ethereum’s ECC cryptography — using 500,000 superconducting qubits in roughly 9 minutes. Confirmed via zero-knowledge proof, not theory.
📗 Simultaneously, Oratomic (in collaboration with Caltech and UC Berkeley) achieved the same result with only 10,000 neutral-atom qubits — taking days instead of minutes, but requiring 50× fewer qubits.
📊 Two radically different quantum architectures. One clear threat.
📉 The real danger isn’t any single breakthrough — it’s the convergence. Four independent studies (Gidney 2025, Pinnacle 2026, Google 2026, Oratomic 2026) across superconducting and neutral-atom platforms now converge on the same narrow window: 10,000 to 1,000,000 qubits.
🔐 ECC (the curve protecting virtually every crypto wallet) collapses before RSA on every architecture tested. Google’s ECC-256 attack needs roughly half the qubits Gidney estimated for RSA-2048. Oratomic’s neutral-atom system cracks ECC with just 10K qubits versus 102K for RSA.
A 10,000-qubit neutral-atom machine won’t snoop your next on-chain transaction. But it can retroactively drain millions of dormant wallets whose public keys are already exposed on the blockchain — and those wallets aren’t moving.
🛡️ The good news: NIST’s post-quantum standards (ML-KEM and ML-DSA) are finalized and ready for deployment. The migration path exists.
Even better, the G7 PQC migration roadmap has now been publicly shared, giving governments, enterprises, and developers a coordinated global timeline and technical guidance. https://lnkd.in/eM3cFepc
The challenge remains the same: institutional crypto migrations take years. Quantum hardware progress is now measured in years, not decades.
Q-Day isn’t tomorrow. But the gap between “how long migration actually takes” and “how fast the hardware is arriving”
It's time to take action
#pqc #postquantumcryptography #nist #g7 #pqcmigration