Security Controls Evaluation, Testing, and Assessment Handbook

  • ID: 3025261
  • Book
  • 678 Pages
  • Elsevier Science and Technology
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Security Controls Evaluation, Testing, and Assessment Handbook provides a current and well-developed approach to evaluation and testing of security controls to prove they are functioning correctly in today's IT systems. This handbook shows you how to evaluate, examine, and test installed security controls in the world of threats and potential breach actions surrounding all industries and systems. If a system is subject to external or internal threats and vulnerabilities - which most are - then this book will provide a useful handbook for how to evaluate the effectiveness of the security controls that are in place.

Security Controls Evaluation, Testing, and Assessment Handbook shows you what your security controls are doing and how they are standing up to various inside and outside threats. This handbook provides guidance and techniques for evaluating and testing various computer security controls in IT systems.

Author Leighton Johnson shows you how to take FISMA, NIST Guidance, and DOD actions and provide a detailed, hands-on guide to performing assessment events for information security professionals who work with US federal agencies. As of March 2014, all agencies are following the same guidelines under the NIST-based Risk Management Framework. This handbook uses the DOD Knowledge Service and the NIST Families assessment guides as the basis for needs assessment, requirements, and evaluation efforts for all of the security controls. Each of the controls can and should be evaluated in its own unique way, through testing, examination, and key personnel interviews. Each of these methods is discussed.

  • Provides direction on how to use SP800-53A, SP800-115, DOD Knowledge Service, and the NIST Families assessment guides to implement thorough evaluation efforts for the security controls in your organization.
  • Learn how to implement proper evaluation, testing, and assessment procedures and methodologies with step-by-step walkthroughs of all key concepts.
  • Shows you how to implement assessment techniques for each type of control, provide evidence of assessment, and proper reporting techniques.
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  1. Introduction to Assessments
  2. Risk and Security
  3. Statutory & Regulatory GRC
  4. Federal RMF Requirements
  5. Risk Management Framework
    SP 800-37, rev.1
  6. Roles and Responsibilities
  7. Assessment Process
  8. Assessment Methods
  9. Assessment Techniques for each kind of control
  10. Evidence of Assessment
  11. Reporting
  12. Conclusion

Appendix A: Templates for RMF documents and artifacts commonly required or requested

Appendix B: Templates for RMF Policies and Procedures by Control Family

Appendix C: Assessment & Testing Tools

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Johnson, Leighton

Leighton Johnson is the CTO and Senior Security Engineer for Information Security and Forensics Management Team (ISFMT), a provider of computer security, forensics consulting & certification training. He has over 38 years experience in Computer Security, Software Development and Communications Equipment Operations & Maintenance. Primary focus areas have included computer security, information operations & assurance, software system development life cycle focused on modeling & simulation systems, systems engineering and integration activities, anti-terrorism/cyber terrorism, database administration, business process & data modeling. He just completed service as the AT/COOP task lead for a DOD Field Agency, based in Alexandria, VA. He recently was the CIO for a 450 person directorate within Lockheed Martin IS&GS covering 9 locations within the Eastern and Midwestern parts of the U.S. He previously served as Security Operations Program Manager for a US DOD Field Agency, based in Arlington, VA.

He is a member of the CSA CloudSIRT working group developing the model for response collaboration among cloud providers, responders and users; the CSA Security-as-a-Service working group developing the definitions for SECaaS requirements and models, as well as a member of the IEEE Education working groups on Cloud and on Computer Software Security. He recently served as a member of the IS Alliance - NIST joint working group on VOIP SCAP security. He has taught Digital and Network Forensics courses at Georgia Regents University. He holds CISM (Certified Information Security Manager), CISA (Certified Information Systems Auditor), CISSP (Certified Information Systems Security Professional), CIFI (Certified Information Forensics Investigator), CSSLP (Certified Secure Software Lifecycle Professional), CAP (Certified Authorization Professional), CRISC (Certified in Risk & Information Systems Control), CMAS (Certified Master Antiterrorism Specialist), CAS-CTR (Certified Antiterrorism Specialist - Cyber Terrorism Response) and MBCI (Certified Member Business Continuity Institute) credentials.

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