Sep 16, 2026 · 35 min
Quantum readiness starts with hardware, not software
Cybercrime finds its sea legs.
The episode connects emerging cyber threats with the costly organizational decisions required to protect systems and secrets before quantum attacks become practical.
- 1Hardware roots of trust can reduce software exposure when organizations prepare for post-quantum cryptography.
- 2Quantum readiness requires inventories, continuity plans, prioritized data protection, and early replacement planning for authenticators and other hardware.
- 3The briefing links space-based weapons, camera vulnerabilities, and a compromised license-plate system to the expanding physical reach of cyber risk.
Don't miss
Chad Thunberg explains why post-quantum preparation may require replacing authenticators, TPMs, and physical access hardware rather than merely updating software.
The brief
The briefing moves from space-based weapons and TP-Link camera vulnerabilities to a broader question: how far has cyber risk extended into physical systems?
Chad Thunberg of Yubico argues that post-quantum security depends on hardware roots of trust, which help protect cryptographic secrets from software exposure.
The practical work starts with inventories of critical systems, continuity planning, and prioritizing sensitive information before organizations decide what must change.
Thunberg warns that authenticators, TPMs, and physical access systems may require early replacement, especially as harvest-now-decrypt-later threats complicate uncertain timelines.
The episode closes with hackers dismantling and copying data from a Flock Safety license-plate camera, underscoring how cyberattacks can expose physical surveillance systems.