Membership Dues, Academy Tuition, CPL & Team Certification

$695.00

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Demonstrate cybersecurity architecture competency through a capstone portfolio review. Define trust boundaries, security zones, and identity and access decisions that protect critical systems and data. Use cybersecurity design models to explain and defend your architecture, such as trust boundary models, data flow models, and more. Show how security requirements are translated into architecture patterns, security controls, and clear responsibilities across teams and platforms. Use the Defensible 10 Standards and cybersecurity core principles to justify your design choices and document the conditions that must remain true for the architecture to stay defensible over time.

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$695.00

Payment Options available

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Demonstrate cybersecurity engineering competency through a capstone portfolio review. Define technical security requirements, document engineering tradeoffs, and show how security controls are designed to enforce those requirements. Use Defensible Engineering components and systems to specify secure configurations, hardening steps, deployment safeguards, and monitoring expectations. Submission includes acceptance criteria and a verification plan that explains what is checked, how it would be checked, and what success looks like.

 

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$695.00

Payment Options available

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Demonstrate Red Team Engineering competency through a capstone portfolio review. Define lawful authority, approved scope, rules of engagement, White Cell coordination, threat-informed exercise objectives, and safety boundaries. Use Red Team Engineering doctrine, Intrusion Vault resources, threat vector mapping, and architecture exposure analysis to design and document a controlled adversarial exercise. This evaluation emphasizes scope discipline, professional judgment, evidence quality, and defensible reporting for organizational readiness and resilience.

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$695.00

Payment Options available

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Demonstrate security by design competency through a capstone portfolio review. Define security requirements early, document design decisions and tradeoffs, and show how security controls are selected and specified to reduce risk. Use Defensible Engineering components and systems (ISAUnited’s catalog of proven security mechanisms) to design and harden the solution on paper. This evaluation emphasizes a security-first mindset, where security is treated as a primary design driver rather than an afterthought. Submission includes acceptance criteria and specifications that explain what is checked, how it would be checked, and what success looks like.

 

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