A tailored course, built for your situation
Mastering OWASP for Senior Health and AI Executives
Turn security leadership into strategic advantage
The situation this course is for
Many health AI leaders face delayed approvals, fragmented controls, and last-minute findings because security isn’t embedded early. That causes missed windows, eroded trust, and cost overruns.
Who this is for
Senior technical executive in healthcare AI, responsible for innovation velocity and compliance integrity
Who this is not for
Junior developers, standalone security analysts, or non-healthcare AI practitioners
What you walk away with
- Faster alignment between AI development teams and security reviewers
- Increased approval speed for pilot deployments with clear OWASP mapping
- Higher-confidence decision-making on third-party components and APIs
- Stronger influence when negotiating scope with engineering and compliance partners
- Clearer audit trail that satisfies regulators without slowing innovation
The 12 modules (with all 144 chapters)
- Identifying injection risks in FHIR-based data pipelines
- Assessing authentication flaws in clinician-facing AI dashboards
- Model access controls and OWASP API Security Top 10 overlap
- How medical device integrations expand the attack surface
- Real-world breaches in health AI tied to broken object level access
- Prioritizing risks by clinical impact not just technical severity
- Securing AI inference endpoints against adversarial inputs
- Managing secrets in containerized health AI deployments
- Evaluating third-party libraries for known CVEs in medical AI
- Session management pitfalls in multi-tenant health platforms
- Logging and monitoring for OWASP-mapped incidents in real time
- Building risk heatmaps aligned to OWASP categories
- Aligning OWASP milestones with sprint planning meetings
- Creating lightweight threat models for AI feature teams
- Security criteria for AI vendor shortlists
- Integrating dependency scanning into CI/CD for AI projects
- Defining acceptable risk thresholds for pilot environments
- Working with data scientists on secure model packaging
- Documentation standards that pass internal review first time
- Fast-path approvals for low-risk AI components
- How to escalate OWASP findings without killing momentum
- Negotiating scope reductions that preserve security
- Tracking technical debt using OWASP severity ratings
- Building trust with engineering leads through shared outcomes
- Translating OWASP findings into clinical risk statements
- Presenting security trade-offs to non-technical sponsors
- How to explain SSRF risks to hospital IT procurement
- Speaking dev language: security debt vs. feature velocity
- Building credibility with security engineers through precision
- Aligning OWASP controls with HIPAA compliance requirements
- Creating executive summaries that compress technical depth
- Handling pushback from teams under delivery pressure
- Using real breach data to justify OWASP prioritization
- Documenting decisions for future auditor review
- Facilitating cross-functional workshops on AI risk
- Maintaining authority without blocking innovation
- Hardening Docker images for clinical AI workloads
- Securing model serving endpoints using OWASP ASVS
- Network segmentation for AI inference clusters
- Zero-trust access to AI dashboards in hybrid clouds
- How to validate inputs against OWASP Input Validation Rules
- Protecting model weights from unauthorized access
- Rate limiting and abuse prevention for AI APIs
- Encryption strategies for AI training data at rest
- Secure logging of model predictions and inputs
- Session token security in patient-facing AI apps
- Managing API keys across dev, test, and prod
- Audit trail completeness for regulatory readiness
- Building evidence binders aligned to OWASP controls
- Preempting common FDA AI/ML post-market questions
- Documenting threat modeling outcomes for auditors
- How to map OWASP findings to NIST AI Risk Framework
- Preparing responses to simulated inspection requests
- Demonstrating continuous improvement in security posture
- Using automated scans to prove control effectiveness
- Versioning security documentation with model releases
- Creating runbooks for incident response in AI systems
- Showing mitigation progress on prior findings
- Linking OWASP remediation to patient safety claims
- Anticipating follow-up questions based on OWASP class
- Evaluating AI vendors on OWASP Top 10 compliance
- Scoring third-party risk using OWASP ASVS levels
- Including OWASP language in vendor SLAs and contracts
- Running security due diligence interviews with vendors
- Assessing MLOps platforms for secure model management
- Validating penetration test results from vendor claims
- How to request and interpret SOC 2 reports for AI tools
- Building exit ramps when vendors fail OWASP benchmarks
- Integrating vendor components into internal OWASP tracking
- Enforcing container security standards pre-deployment
- Managing patch cycles for third-party AI libraries
- Creating joint remediation plans with vendor teams
- Running threat modeling workshops before coding begins
- Using DFDs to expose OWASP risks in AI architectures
- Security criteria for AI model acceptance testing
- Validating input sanitization in early prototypes
- How to catch broken access control in staging
- Automating OWASP ZAP scans in development branches
- Reviewing third-party dependencies before integration
- Securing model training pipelines against poisoning
- Testing for insecure deserialization in AI services
- Validating error handling exposes no system details
- Checking for hardcoded secrets in submitted code
- Running lightweight audits before production freeze
- Co-defining success metrics with AI development teams
- Creating shared dashboards for security debt tracking
- Joint ownership of OWASP remediation timelines
- Celebrating secure launches as team achievements
- How to run blameless incident post-mortems
- Integrating security into agile ceremonies
- Providing actionable feedback not just policy citations
- Recognizing engineers who fix OWASP issues early
- Balancing speed and safety in high-pressure sprints
- Designing security spikes that accelerate delivery
- Using pair programming to spread security knowledge
- Measuring trust through voluntary compliance rates
- Documenting approval workflows for new AI pilots
- Building OWASP-aligned security onboarding for new hires
- Creating boilerplate language for audit responses
- Templating threat modeling sessions for reuse
- Standardizing model card content with security sections
- How to version security playbooks across teams
- Automating playbook updates from scan results
- Linking playbook steps to Jira or ServiceNow tasks
- Training junior staff using internal playbook examples
- Updating controls based on new OWASP revisions
- Archiving outdated playbook versions securely
- Measuring playbook adoption across the org
- Identifying high-leverage teams for security adoption
- Training peer reviewers in other business units
- Setting up cross-unit OWASP alignment councils
- Sharing playbooks with regional compliance leads
- Adapting central policies to local clinical needs
- Measuring secure AI adoption across divisions
- Running centralized security bootcamps
- Creating internal certification paths for engineers
- Linking security maturity to promotion criteria
- Benchmarking against industry leaders in health AI
- Using data to show reduction in post-launch findings
- Scaling best practices without creating bottlenecks
- Subscribing to OWASP mailing lists and changelogs
- Evaluating new OWASP categories for healthcare relevance
- Tracking AI-specific threats in OWASP projects
- Assessing impact of new CWEs on existing AI systems
- Running tabletop exercises for new attack vectors
- Updating training materials after OWASP updates
- Communicating changes to stakeholders early
- Prioritizing patching based on exploit availability
- Monitoring dark web chatter for new AI exploits
- Engaging with OWASP communities for early insights
- Contributing health AI use cases to OWASP research
- Planning annual review cycles for security frameworks
- Speaking with precision during crisis response
- Delegating OWASP tasks with clear ownership
- Maintaining focus on patient outcomes under pressure
- Balancing public statements with technical truth
- Building a reputation for reliability not drama
- Owning mistakes without losing authority
- Setting tone through documentation quality
- Hiring and promoting for security mindset
- Mentoring future leaders in secure AI
- Knowing when to escalate and when to absorb
- Creating space for innovation through strong foundations
- Leaving a legacy of compounding security excellence
How this maps to your situation
- Health AI product delivery
- Clinical system integration
- Regulatory readiness
- Cross-functional leadership
Before vs. after
What's included with your purchase
- 12 modules with 12 chapters each (144 chapters)
- Downloadable templates and worked examples for every module
- Hand-built implementation playbook delivered alongside course access
- 30-day money-back guarantee
Delivery and format
- Course and learning environment access provisioned within 24 hours of purchase
- Hand-built implementation playbook delivered alongside course access
Format: Text-based modules and chapters in the Art of Service learning environment, plus downloadable templates and worked examples for every chapter, plus the hand-built implementation playbook delivered alongside course access.
Time investment: 90 minutes per week over three months, self-paced with immediate access.
How this compares to the alternatives
Unlike generic OWASP training, this course is tailored to health AI executives, focusing on influence, credibility, and project velocity, not just technical checklists.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.