Can a Cybersecurity Parametric Cost Model be Developed?



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

Speaker and Presenter Information

Christopher Miller is a Senior Researcher at the Software Engineering Institute. Dr. Miller's expertise is in software metrics, measurement, and estimation of software intensive systems. His quantitative analysis background is focused on lifecycle cost estimation, evaluating project feasibility measures, establishing performance measurements, and providing analysis for the optimization of systems. Dr. Miller earned a Master of Engineering Management and PhD in Systems Engineering at the George Washington University.

Relevant Government Agencies

DOD & Military, Federal Government, State & Local Government


Event Type
Webcast


This event has no exhibitor/sponsor opportunities


When
Thu, Mar 13, 2025, 1:30pm - 2:30pm ET


Cost
Complimentary:    $ 0.00


Website
Click here to visit event website


Organizer
CMU - SEI


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