Patch faster is the standing instruction security teams hand developers and IT, regardless of whether there was a breach. It's not wrong; a faster patch cycle reduces the window an attacker has to use a known bug. But now that window is down to less than an hour, which makes a defense strategy built entirely on reacting faster than an attacker can move, a strategy that will not last. You still need to patch, and patch fast, but there is something that sits one layer below that work, something that needs to be solved now.

Patching is a response to a mistake someone else already built and shipped.

Look at reports like the 2026 Verizon Data Breach Investigations Report (DBIR), which puts median enterprise remediation time at 43 days, with roughly a quarter of known exploited vulnerabilities actually fixed. That's a lot of exposure sitting open against bugs attackers already know how to exploit.

Look past this year's numbers and the same pattern repeats going back years. The same categories of bugs and the same design issues show up release after release across different products and companies. That repetition is the root cause. Developers, architects, and the organizations shipping this software face no real consequence for shipping it with these bugs built in, aside from the breach itself, which arrives too late to count as prevention.

Yes, patch faster. But how about starting with building more securely in the first place?

Patching belongs at the end of the response chain, not at the front of the defense strategy. Put the weight earlier instead, into secure design review before code ships, into supply chain scrutiny on what gets pulled into a build, or architecture that assumes a component will fail and contains the blast radius when it does. Test it. Red team it. These are the controls that reduce how often a patch becomes necessary in the first place, and they are the ones the current incentive structure rewards the least, because nobody gets credited for the breach that never happened.

Maybe it's time to change that.

This is where the Attackability Index applies. Every system gets attacked eventually regardless of how fast its patches go out, so recovery and containment carry more weight long term than remediation speed ever will. Treat patching as the last line, not the first, and build the earlier lines so a missed patch costs the business a contained incident instead of a lead story.