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Unlocking the potential of generative AI in the software development life cycle

CIO Business Intelligence

Generative AI is poised to redefine software creation and digital transformation. The traditional software development life cycle (SDLC) is fraught with challenges, particularly requirement gathering, contributing to 40-50% of project failures. It’s time we demand a shift in our approach to the SDLC.

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Scaling security: How to build security into the entire development pipeline

CIO Business Intelligence

That’s why Discover® Financial Service’s product security and application development teams worked together to shift security left by integrating security by design and conducting early security testing often to identify vulnerabilities prior to hitting deployment. “If That’s where our Golden Process documents can help.

Security 122
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Why Transparency and Trust Should Underscore DevOps

SecureWorld News

The dynamic and ever-evolving world of DevOps requires businesses to deliver high-quality software, under pressure, at an accelerated pace. The combination of complex software development and IT operations has emerged as a powerful methodology to help businesses scale sustainably and securely.

Devops 87
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3 Reasons Developers Should Shift Left for API Security

ForAllSecure

3 Reasons Developers Should Shift Left for API Security. Produce Software With Fewer Defects. In the traditional software development life cycle (SDLC), all testing occurs just before the deployment phase. However, this is the point where the software has the largest API attack surface.

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Leveraging Fuzz Testing to Achieve ED-203A / DO-356A

ForAllSecure

ED-203A and DO-356A are technically identical consensus-based documents jointly created by a panel of aviation experts through the RTCA and EUROCAE organisations. The reports provide methods and considerations for showing compliance with the airworthiness security process defined in ED-202A / DO-326A during avionics design and development.

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Leveraging Fuzz Testing to Achieve ED-203A / DO-356A

ForAllSecure

ED-203A and DO-356A are technically identical consensus-based documents jointly created by a panel of aviation experts through the RTCA and EUROCAE organisations. The reports provide methods and considerations for showing compliance with the airworthiness security process defined in ED-202A / DO-326A during avionics design and development.

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The Hacker Mind Podcast: Hacking With Light And Sound

ForAllSecure

Vamosi: Okay, shouldn’t all this be covered in the SDLC, the software development lifecycle, in the design phase, in threat modeling, you know, where developers and engineers first need to articulate all the inadvertent attacks such as these?