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The article identifies a critical bottleneck in cybersecurity where AI accelerates vulnerability discovery faster than human teams can manage patch deployment, creating a widening gap between known risks and fixed systems. This dynamic is compounded by the logistical complexity of migrating to post-quantum cryptography, shifting the primary security challenge from mathematical weakness to supply chain velocity and open-source stewardship. The piece argues that future cryptographic resilience depends less on algorithmic strength and more on optimizing change pipelines to close the "last mile" of trust.
Cryptography Rarely Fails Because of the Math
Cryptography rarely fails at the math - it fails at deployment. Why post-quantum migration and AI-scale risk make open-source stewardship a core control.
In 26 years of building security and cryptographic services at Cisco, I’ve worked through a long list of defects in protocols and systems. Only a small minority of the cryptographic failures I’ve seen came from someone breaking the algorithm. Far more often, systems fail in the gap between fix available and fix deployed. That gap is the last mile of trust. It’s where a patch published upstream reaches a global product portfolio months later. It’s where an embedded device ships with a cryptographic library that will never be updated in its service life. It’s where a fix…
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