Digital Identity

Continuous Delivery Meets Continuous Security

Noname Security CISO Karl Mattson on Why the Security Mindset Must Shift
Karl Mattson, CISO, Noname Security

Digital transformation and the advent of continuous delivery in software engineering has created a new demand for continuous security. This evolution requires a shift of mindset for most security teams, says Karl Mattson, CISO of Noname Security. He discusses the challenges and benefits.

In a video interview with Information Security Media Group, Mattson discusses:

  • Why adopting new technical services and decentralized procedures will help you keep up with business growth;
  • How to assess your application security posture with an objective source to see where you are today;
  • How security teams can make more informed, prioritized decisions and reduce targeted risk exposures.

To learn more about Noname Security, visit the website here.

Mattson is a cybersecurity leader and innovator who serves as the CISO for Noname Security. He has over 25 years of experience leading innovative and diverse teams of technology and security professionals in financial services, retail and federal government. Previously, he served as the chief information security officer for PennyMac Financial Services and City National Bank. Mattson provides CEOs, CTOs and investors in cybersecurity with strategies for product, market and customer success.


About the Author

Tom Field

Tom Field

Senior Vice President, Editorial, ISMG

Field is responsible for all of ISMG's 28 global media properties and its team of journalists. He also helped to develop and lead ISMG's award-winning summit series that has brought together security practitioners and industry influencers from around the world, as well as ISMG's series of exclusive executive roundtables.




Around the Network

Our website uses cookies. Cookies enable us to provide the best experience possible and help us understand how visitors use our website. By browsing govinfosecurity.com, you agree to our use of cookies.