Where this was said
Stuxnet: The Cyberweapon That Changed Everything
At 12:01 · chapter starts 9:16
Jags explains that Stuxnet, discovered in the late 2000s, effectively created the cybersecurity research industry by proving that large-scale offensive cyberoperations had been happening for years — at a scale far beyond anything researchers had imagined. [1] — Nick Fountain "Before Stuxnet, offensive cyberweapons were theoretical. Then Israel and the U.S. allegedly used malware to make Iran's uranium enrichment …" 09:16 The weapon allegedly infiltrated Iran's centrifuge network via a thumb drive, mapped normal operations, then commanded the machines to spin wildly out of control while feeding false 'all normal' readings to operators. The result: operators heard disturbing noises from the machine room while their screens insisted nothing was wrong. Stuxnet reportedly destroyed about a fifth of Iran's centrifuges, got nuclear scientists fired, and is widely believed to have set back Iran's nuclear program — all without firing a single shot. For Jags, Stuxnet was just 'a tibia': proof that the full skeleton of invisible cyberoperations was far larger and stranger than anyone knew.
Before Stuxnet, offensive cyberweapons were theoretical. Then Israel and the U.S. allegedly used malware to make Iran's uranium enrichment centrifuges spin themselves to destruction — all while showing normal readings on every computer screen. It destroyed one-fifth of Iran's centrifuges and proved that code could have real-world physical consequences.
The Stuxnet cyberweapon reportedly destroyed approximately one-fifth of all centrifuges Iran was using in its uranium enrichment program.
Jags's colleague Vitaly Kamluk disappeared for two weeks into the FAST16 problem, using AI to verify his reverse engineering. What emerged: FAST16 targeted high-precision floating-point math — a type of calculation no malware had ever targeted before, and the exclusive territory of nuclear physicists.
