Can a Cybersecurity Parametric Cost Model be Developed?

Webcast
Christopher Miller shares insights from an SEI study that can help national security organizations successfully deploy parametric cost modeling.
Publisher

Software Engineering Institute

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Abstract

Can a cybersecurity parametric cost estimation model be developed? Every Department of Defense (DoD) program needs to account for, credibly estimate, budget/plan for, and assess the performance of its cybersecurity activities. Creating a cybersecurity parametric model would allow DoD programs to reliably estimate the effort and cost of cybersecurity activities, estimate an overall cybersecurity cost for a program, and obtain a defined and normalized set of cybersecurity data. In this webcast, Christopher Miller shares insights from a Carnegie Mellon University Software Engineering Institute study on cybersecurity cost estimating that can help national security organizations successfully deploy parametric cost modeling.

What Attendees Will Learn:

  • a proposed work breakdown structure identifying cybersecurity-related activities and cost items, and existing descriptions of secure coding practices and levels of rigor for those practices based on data availability
  • an approach to develop a cybersecurity parametric cost model
  • a methodology to develop the cost model

About the Speaker

Headshot of Christopher Miller.

Christopher Miller

Christopher Miller is a Senior Researcher on the Applied Measurement and Experimentation team, a part of the Smart Software Acquisition at Carnegie Mellon University’s Software Engineering Institute (SEI). He is an expert in software metrics, measurement, and estimation related to software-intensive systems. His quantitative analysis background focuses on lifecycle cost …

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