QUANTUM COMPUTING IN 2030 IS THE $1 TRILLION DISRUPTION NOBODY IS PRICING. THE SAME ENGINE THAT SIMULATES A CANCER CURE PICKS THE LOCK ON EVERY BANK, WALLET, AND SECRET.

Question

Igor Beuker · Accepted Answer

For 30 years, quantum computing was 5 years away. That was the joke. The joke just ended. Quantum is not a faster computer, it is a lockpick in a lab coat. I am naming 2030 while McKinsey and Deloitte hide inside a decade-wide range. I forecast two moments. In 2030, quantum crosses from lab to leverage: the first fault-tolerant machines arrive and re-encryption becomes law. By 2035, quantum creates $1 trillion in value, with McKinsey's high end at $2.7 trillion. The encryption break, "Q-Day," lands between 2030 and 2033 on the aggressive estimates. The receipts are stacking. Google's cost to break RSA-2048 fell 20-fold in six years. The NSA set a 2027 deadline for quantum-safe national security systems, with full migration by 2035. NIST bans old encryption by 2035; the EU wants critical infrastructure quantum-safe by 2030. And between 25 and 35 percent of all Bitcoin sits in exposed addresses. The danger is real: adversaries are harvesting encrypted data now to crack it later. Encrypt like it is already too late, because for everything you sent before today, it is.

Quantum computing in 2030 is the $1 trillion disruption nobody is pricing. The same engine that simulates a cancer cure picks the lock on every bank, wallet, and secret.