Skip to main content
Image coming soon

GEN8907 Mastering OWASP for Senior Full Stack Engineers

$199.00
Adding to cart… The item has been added

A tailored course, built for your situation

Mastering OWASP for Senior Full Stack Engineers

Turn security depth into decision authority across technical reviews and architecture planning

$199 one-time
24-hour access provisioning 30-day money-back guarantee Hand-built implementation playbook
12 modules. 12 chapters per module. 144 chapters total.
12 modules, each with 12 chapters (144 chapters total), text-based, plus downloadable templates and a hand-built implementation playbook delivered alongside course access.

Who this is for

Senior individual contributor in a full-stack engineering role at a high-velocity tech company, regularly involved in design decisions, security reviews, and cross-team technical alignment.

Who this is not for

Entry-level developers, non-technical stakeholders, or teams using OWASP passively for compliance checklists without influencing architecture.

What you walk away with

  • Lead security conversations in design reviews with documented, framework-backed reasoning
  • Anticipate and shape threat modeling requirements before sprint kickoff
  • Influence vendor selection by evaluating tooling against current OWASP benchmarks
  • Document secure design decisions in ways that gain rapid peer validation
  • Become the internal reference for balancing innovation velocity and defensive depth

The 12 modules (with all 144 chapters)

Module 1. OWASP in Real-World Full-Stack Environments
Explore how OWASP principles apply across frontend, API layers, and data stores in modern platforms like Meta’s ecosystem. Understand where risks are most commonly missed in fast-moving teams and how to proactively identify them during code and design reviews.
12 chapters in this module
  1. How OWASP applies differently in monolithic versus microservice architectures
  2. Frontend XSS risks despite modern framework protections
  3. API endpoint exposure patterns in GraphQL and REST services
  4. Real-world CSRF bypasses in single-page applications
  5. Session fixation risks in mobile-to-web authentication flows
  6. Common JWT misconfigurations in distributed systems
  7. Insecure direct object references in social graph queries
  8. Broken access control in role-based permission systems
  9. Mass assignment vulnerabilities in ORM layers
  10. Insufficient logging in event-driven microservices
  11. Security misconfigurations in cloud-native deployment pipelines
  12. Deserialization flaws in cross-service message payloads
Module 2. Mapping OWASP Top 10 to Current Development Cycles
Align OWASP’s latest risk categories with actual sprint timelines and planning gates. Learn to anticipate where security considerations should be inserted, and how to position them as accelerators, not blockers.
12 chapters in this module
  1. Integrating OWASP checks into pre-sprint grooming sessions
  2. Mapping injection risks to database access patterns
  3. Evaluating authentication flows against A07:the current cycle criteria
  4. Assessing API security debt during tech stack reviews
  5. Prioritizing fixes based on exploit likelihood and impact
  6. Documenting trade-offs between speed and defense depth
  7. Using OWASP ASVS as a scoping tool for feature teams
  8. Aligning threat modeling with sprint velocity metrics
  9. When to escalate architectural concerns using OWASP language
  10. Creating lightweight checklists for peer code reviewers
  11. Measuring reduction in post-deploy security incidents
  12. Linking OWASP controls to incident response playbooks
Module 3. Threat Modeling with Engineering Precision
Go beyond generic threat matrices. Use OWASP-driven models that reflect actual system boundaries, data flows, and trust zones, making your input indispensable in early design huddles.
12 chapters in this module
  1. Building data flow diagrams for complex user journeys
  2. Identifying trust boundaries in federated login flows
  3. Threat categorization using STRIDE with OWASP alignment
  4. Modeling attacker capabilities at each system boundary
  5. Quantifying risk based on exploitability and detectability
  6. Documenting assumptions about third-party component trust
  7. Validating models against real incident post-mortems
  8. Integrating threat models into ADRs (Architecture Decision Records)
  9. Presenting findings to non-security-focused leads
  10. Using diagrams to preempt common design anti-patterns
  11. Updating models after infrastructure changes
  12. Versioning threat models alongside service releases
Module 4. Secure Code Reviews Using OWASP Benchmarks
Transform routine code reviews into high-leverage moments by anchoring feedback in OWASP standards. Build credibility by catching issues others miss, and doing so in a way that earns trust, not friction.
12 chapters in this module
  1. Spotting unsafe deserialization in Java and Python services
  2. Reviewing input validation logic against OWASP guidelines
  3. Catching TOCTOU race conditions in file operations
  4. Evaluating error handling for information leakage
  5. Checking for insecure defaults in configuration files
  6. Validating CORS policies against known bypass methods
  7. Auditing logging practices for PII exposure risks
  8. Assessing crypto usage against current best practices
  9. Identifying hardcoded secrets in build pipelines
  10. Reviewing dependency checks in CI/CD stages
  11. Using static analysis tools with OWASP-aligned rulesets
  12. Documenting review rationale for future auditors
Module 5. Influencing Architecture Through Security Advocacy
Position yourself as the engineer who doesn’t just raise concerns, but offers implementable, standards-backed alternatives that shape technical direction.
12 chapters in this module
  1. Framing security trade-offs in performance and reliability terms
  2. Building technical consensus around secure defaults
  3. Proposing secure patterns during RFC discussions
  4. Using OWASP references to de-escalate design debates
  5. Creating internal documentation that becomes team standard
  6. Running brown-bag sessions on recent OWASP updates
  7. Partnering with SREs on defense-in-depth strategies
  8. Guiding junior engineers on secure implementation paths
  9. Embedding security checks into design templates
  10. Championing automated security gates in pipelines
  11. Balancing innovation speed with long-term maintainability
  12. Earning trust by delivering solutions, not just warnings
Module 6. OWASP and Vendor Selection Criteria
Help your team evaluate third-party tools and libraries using structured OWASP-informed criteria, ensuring your input matters when procurement and engineering decisions intersect.
12 chapters in this module
  1. Evaluating open-source libraries against known CVEs
  2. Assessing supply chain risks in dependency ecosystems
  3. Reviewing vendor documentation for OWASP compliance claims
  4. Testing vendor APIs for common security flaws
  5. Scoring third-party code quality using static analysis
  6. Conducting lightweight penetration tests on sandbox environments
  7. Documenting risk acceptance decisions with traceability
  8. Comparing security maturity across competing vendors
  9. Negotiating security SLAs with external partners
  10. Requiring OWASP ZAP or similar tooling in vendor pipelines
  11. Creating internal scorecards for repeat evaluations
  12. Archiving assessments for future procurement cycles
Module 7. Building Internal Security Playbooks
Turn your expertise into reusable, trusted artifacts that persist beyond any single project. Create playbooks that get cited in incident reviews and onboarding sessions.
12 chapters in this module
  1. Structuring playbooks for clarity and actionability
  2. Documenting common attack paths and mitigations
  3. Including real code snippets and configuration examples
  4. Versioning playbooks with framework updates
  5. Linking playbook sections to service on-call guides
  6. Creating decision trees for incident triage
  7. Embedding OWASP guidelines in internal wikis
  8. Using visual diagrams to explain risk chains
  9. Integrating playbook checks into postmortem templates
  10. Updating content based on new threat intelligence
  11. Training new hires using internal security standards
  12. Measuring playbook effectiveness through adoption
Module 8. Communicating Risk to Non-Security Peers
Bridge the gap between engineering reality and leadership expectations. Translate OWASP findings into clear, grounded narratives that drive action, without alarmism.
12 chapters in this module
  1. Reframing vulnerabilities as business continuity risks
  2. Using analogies that resonate with product managers
  3. Presenting risk scenarios without technical jargon
  4. Focusing on user impact, not just exploit mechanics
  5. Linking findings to customer trust and brand reputation
  6. Creating executive summaries from technical reports
  7. Timing risk communication to planning cycles
  8. Balancing urgency with operational bandwidth
  9. Avoiding fear-based messaging in write-ups
  10. Using data to show improvement trends over time
  11. Documenting decisions for future leadership reviews
  12. Building credibility through consistent, calm delivery
Module 9. Automating OWASP-Aligned Security Checks
Embed preventive controls into pipelines and frameworks so security becomes invisible in the best way, always present, rarely disruptive.
12 chapters in this module
  1. Integrating SAST tools into pre-commit hooks
  2. Running DAST scans in staging environments
  3. Automating dependency checks with OWASP dependency-track
  4. Setting up policy guards in CI/CD pipelines
  5. Creating custom rules for framework-specific risks
  6. Using linters to enforce secure coding patterns
  7. Generating compliance reports from pipeline outputs
  8. Alerting on critical findings without noise
  9. Tuning false positives in static analysis tools
  10. Measuring coverage of automated security tests
  11. Standardizing scan configurations across teams
  12. Documenting automation logic for auditors
Module 10. Managing Technical Debt with Security Focus
Lead discussions about security debt by quantifying risk, prioritizing remediation, and aligning teams around measurable improvement.
12 chapters in this module
  1. Identifying high-risk legacy components in the stack
  2. Categorizing technical debt by exploit potential
  3. Creating risk heatmaps for leadership review
  4. Prioritizing fixes using likelihood and impact matrices
  5. Tracking reduction in high-severity findings over time
  6. Incorporating debt reduction into roadmap planning
  7. Using metrics to justify refactoring investments
  8. Communicating trade-offs between new features and fixes
  9. Setting up quarterly security health reviews
  10. Linking debt reduction to SLOs and reliability goals
  11. Celebrating measurable improvements in team metrics
  12. Documenting debt acceptance decisions with rationale
Module 11. Developing as a Technical Authority
Grow your influence by consistently delivering value in high-visibility contexts, design reviews, incident responses, and cross-functional initiatives.
12 chapters in this module
  1. Positioning yourself as a trusted advisor on security
  2. Speaking up in meetings with clear, concise input
  3. Documenting decisions so others can follow your logic
  4. Mentoring peers on secure development practices
  5. Contributing to internal RFCs and design discussions
  6. Volunteering for high-impact incident response roles
  7. Publishing internal blog posts on security topics
  8. Representing engineering in cross-org risk forums
  9. Building relationships with security and SRE teams
  10. Demonstrating leadership without formal title
  11. Tracking your contributions to team security posture
  12. Earning recognition through quiet, consistent impact
Module 12. Sustaining Security Excellence at Scale
Ensure that as systems grow, security doesn’t erode. Implement practices that scale with complexity and remain effective across teams and time.
12 chapters in this module
  1. Designing for security in distributed systems
  2. Enforcing secure defaults in platform templates
  3. Scaling threat modeling across product lines
  4. Maintaining up-to-date security documentation
  5. Onboarding new engineers with embedded training
  6. Conducting periodic security architecture reviews
  7. Updating playbooks after product pivots
  8. Measuring security maturity across teams
  9. Sharing learnings across engineering groups
  10. Adapting to new OWASP releases and guidance
  11. Ensuring automation keeps pace with scale
  12. Making security invisible through design excellence

How this maps to your situation

  • Security in fast-moving product development
  • Influence without formal authority
  • Bridging engineering and security practices
  • Scaling secure patterns across large systems

Before vs. after

Before
Security input is reactive, fragmented, or deferred to later stages.
After
You lead secure design decisions with trusted, standards-backed judgment that shapes architecture and earns peer buy-in.

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 six weeks, with on-demand access forever.

If nothing changes
Without structured security leadership, teams default to either over-blocking innovation or accumulating high-risk technical debt, both of which erode velocity and trust over time.

How this compares to the alternatives

Unlike generic security certifications, this course focuses exclusively on practical, high-leverage moments where full-stack engineers shape technical outcomes using current OWASP standards.

Frequently asked

Is this course only for security specialists?
No, it's designed for senior engineers like you who influence security outcomes through code, design, and peer credibility, not formal titles.
How is the course structured?
12 modules, each containing 12 chapters (144 chapters total).
Will this help me get promoted?
It’s not designed as a promotion course, but mastering these skills consistently positions ICs as go-to advisors on critical decisions, which accelerates recognition.
$199 one-time. 90 minutes per week over six weeks, with on-demand access forever..

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.

30-day money-back guarantee· 144 chapters· Hand-built playbook included· Account access within 24 hours
!