Hugh “Taz” Daughtrey is a Senior Scientist at Quanterion Solutions, Inc. He is a Fellow of the American Society for Quality, the Founding Editor of the peer-reviewed journal Software Qualitiy Professional, and a Director of the American Software Testing Qualifications Board. In that capacity he is a key member of the working group developing the international certification for security testers.
Journal Articles
Securing Systems through Software Reliability Engineering
Software reliability engineering represents a well-established set of techniques supporting specification and assessment of dependability aspects of software-based systems. Application of these techniques to security concerns could provide helpful assistance for software assurance efforts.
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Podcasts / Webinars
CSIAC Webinars » Certifying Security Testers
Recent significant security failures – affecting commercial, educational, and government systems – highlight the damage caused by inadequate cybersecurity. Such risks can be reduced through more thoughtful design and implementation of critical systems, but appraisals are also necessary to provide…
CSIAC Webinar Follow-ups » Q&A – Software Security Growth Modeling Webinar
Security growth modeling, analogous to reliability growth modeling, is an attempt to quantify how the projected security of a system increases with detection and removal of software vulnerabilities. Such insights would be crucial in allocating development and assurance resources, as…
CSIAC Webinar Follow-ups » Summary of Software Security Growth Modeling Webinar
Security growth modeling, analogous to reliability growth modeling, is an attempt to quantify how the projected security of a system increases with detection and removal of software vulnerabilities. Such insights would be crucial in allocating development and assurance resources, as…
CSIAC Webinars » Securing Systems through Software Reliability Engineering
Software reliability engineering (SRE) represents a well-established set of techniques for specification and assessment of dependability of software-based systems. Application of these techniques to security concerns could provide further helpful assistance for software assurance efforts. See a summary follow-up of…
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