This week we connect with Paul Clayson to talk about cybersecurity in the IoT space. When you are dealing with extreme constraints being secure is complicated and doing nothing is a really bad option. Paul also weighs in on the CMMC (new security model) and serial entrepreneurism.  

 

Paul's Bio: CEO of AgilePQ. 98% of IoT devices are currently unsecured. On average a data breach costs $8.2 million. AgilePQ was born to address these issues. AgilePQ has raised a total of $10M. Paul has extensive experience in launching and growing early-stage companies. He has launched four disruptive technology companies and served as CEO to five early-stage companies in nanotechnology, automotive, graphene, carbon nanotube, PCB, microprocessor, and other advanced technologies.

Connect with Paul at linkedin.com/in/paulclayson

The Software Process and Measurement Cast is a proud media sponsor of the DevOps Online Summit. 

Not to put too fine a point on it, one of the best ways to get your message heard is to speak.  The crew at the DevOps Online Summit provides a phenomenal platform to network with fellow practitioners from all over the world. Start the journey to speaking at the DevOps Online Summit 2021 by submitting at https://bit.ly/3syp2c5

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Re-Read Saturday News 

Today we begin the re-read of Fixing Your Scrum, Practical Solutions to Common Scrum Problems, by Ryan Ripley and Todd Miller, published in 2020 by The Pragmatic Programmers. Over the next 14 or 15 weeks we will have fun exploring the concepts in the book and sharing ideas on how to use the information Ryan and Todd deliver. 

If you have not bought your copy -- what are you waiting for? Fixing Your Scrum: Practical Solutions to Common Scrum Problems 

This Week's Installment 

Week 1: Re-read Logistics and Front Matter - https://bit.ly/3mgz9P6 

Next SPaMCAST

In the next podcast, I talk to Mikolaj Pawlikowski.  Mikolaj and I discuss his new book from Manning Publications, Chaos Engineering, Site reliability through controlled disruption. Our discussion covered the definition of chaos engineering and how it can be applied to improve value and reliability.