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The full post (if you\'re not seeing links and images) can be found here (https://cisoseries.com/defense-in-depth-software-fixing-hardware-problems/)

As we have seen with the Boeing 737 MAX crashes, when software tries to fix hardware flaws, it can turn deadly. What are the security implications?

Thanks to this week\\u2019s podcast sponsor, Unbound Tech

Check out this post and discussion\\xa0for the basis of our conversation on this week\\u2019s episode co-hosted by me,\\xa0David Spark\\xa0(@dspark), the creator of\\xa0CISO Series\\xa0and\\xa0Allan Alford\\xa0(@AllanAlfordinTX), CISO at\\xa0Mitel.\\xa0Our guest for this episode Dan Glass (@djglass), former CISO for American Airlines.

Founded in 2014, Unbound Tech equips companies with the first pure-software solution to protect cryptographic keys, ensuring they never exist anywhere in complete form. By eliminating the burden of hardware solutions, keys can be distributed across any cloud, endpoint or server to offer a new paradigm for security, privacy and digital innovation.

On this episode of Defense\\xa0in\\xa0Depth, you\'ll learn:

• The reason the Boeing 737 MAX airplane crashes are such a big story is airplanes don\'t usually crash because the airline industry is ingrained in a culture of safety.
• Even though safety culture is predominant in the airline industry , there were safety features (e.g., training for the pilots on this new software correcting feature) that were optional for airlines to purchase.
• Software is now in charge of everything. What company is not a digital company? We can\'t avoid the fact that we have software running our systems, even items that control our safety.
• The software industry does not operate in a safety culture like the airline industry.
• Is this just a data integrity issue? Is that the root cause of problems? How do we increase the integrity of data?
• Can we override software when we believe it\'s making a bad decision? Allan brought up one example of a friend who tried to swerve out of his lane to avoid something in the road. The self-driving car forced him back in his lane and he hit the thing he was trying to avoid. Fortunately, it was just a bag, but what if it was a child? The self-correcting software didn\'t let him takeover and avoid the object in the road.