A tailored course, built for your situation
Influence across more business lines with OWASP
A 199 course for technical practitioners extending their impact beyond core teams
The situation this course is for
Strong coders often plateau at team-level impact, even when their expertise could shape secure practices across departments. Without a structured way to translate OWASP knowledge into cross-functional alignment, influence stays local.
Who this is for
Technical IC in a multiline organization who codes, reviews, or advises on secure implementation and wants their OWASP expertise to shape broader practices
Who this is not for
People new to OWASP, compliance officers without coding background, or those seeking certification prep
What you walk away with
- Lead OWASP-aligned remediation rollouts across multiple development teams
- Document risk narratives that engineering and product leads adopt without pushback
- Shape secure coding standards used in more than one business unit
- Become the go-to resource for teams shipping under OWASP Top 10 requirements
- Deliver reusable templates that persist across team changes and leadership cycles
The 12 modules (with all 144 chapters)
- Recognizing influence opportunities in review comments
- Mapping team boundaries where OWASP gaps persist
- Identifying champions in adjacent units
- Documenting decisions for peer credibility
- Positioning fixes as enablement not critique
- Using version control history as influence proof
- Timing outreach to sprint cycles
- Framing risk in product delivery terms
- Building shared ownership of remediation
- Avoiding 'gotcha' perceptions in feedback
- Creating visibility without escalation
- Measuring reach beyond ticket closure
- Speaking OWASP without quoting lists
- Translating Top 10 items to code patterns
- Weighting risks by deployment context
- Adapting guidance for cloud-native apps
- Distinguishing critical from common flaws
- Linking findings to exploit examples
- Using OWASP projects beyond Top 10
- Referencing ASVS for depth
- Citing cheatsheets in peer discussion
- Knowing when to deviate responsibly
- Documenting rationale for auditors
- Surviving challenge from senior architects
- Piloting changes in non-critical apps
- Packaging guidance for team onboarding
- Building self-serve documentation hubs
- Using pull request templates effectively
- Introducing pre-commit hooks gently
- Creating before-after comparisons
- Measuring adoption by merge frequency
- Scaling fixes via internal tooling
- Running brown-bag workshops
- Generating peer-led momentum
- Embedding reminders in CI/CD output
- Reducing configuration drift
- Starting with business impact not tech flaws
- Linking vulnerabilities to customer trust
- Using incident examples responsibly
- Benchmarking against industry peers
- Visualizing risk concentration
- Telling time-to-exploit stories
- Shaping executive summaries
- Avoiding fear-based framing
- Incorporating cost-of-delay logic
- Balancing transparency and alarm
- Making risk part of roadmap talks
- Teaching others to repeat the narrative
- Designing reusable remediation guides
- Versioning shared resources
- Annotating examples for clarity
- Storing assets where teams search
- Using issue templates to scale fixes
- Documenting decision logs
- Creating before-and-after repos
- Generating audit-ready evidence
- Indexing for searchability
- Updating without rework
- Licensing for internal reuse
- Attributing contributions fairly
- Choosing tools with extensibility
- Configuring SAST rules responsibly
- Customizing false positive handling
- Integrating into developer workflows
- Tuning scan frequency by risk tier
- Automating report distribution
- Linking findings to training modules
- Adding contextual help to alerts
- Routing findings to correct owners
- Tracking fix rates across units
- Using bot comments for consistency
- Measuring reduction in repeat flaws
- Starting small to prove value
- Volunteering for cross-team incidents
- Mentoring beyond your team
- Sharing wins without boasting
- Listening before advising
- Acknowledging local constraints
- Adapting tone by audience
- Using data to depersonalize
- Building coalitions quietly
- Celebrating others' improvements
- Maintaining technical credibility
- Knowing when to escalate
- Auditing existing secure coding attempts
- Identifying enforcement gaps
- Prioritizing rules by exploit likelihood
- Phasing adoption by team maturity
- Documenting exceptions safely
- Aligning with architecture principles
- Linking to onboarding materials
- Versioning across time
- Testing compliance efficiently
- Gathering feedback loops
- Updating without breaking builds
- Sunsetting outdated rules
- Diagnosing root cause clearly
- Providing language-specific fixes
- Linking to code samples
- Adding config snippets
- Estimating effort transparently
- Prioritizing by deployment criticality
- Creating safe test environments
- Documenting workaround options
- Clarifying exploit conditions
- Offering upgrade paths
- Reducing fix-to-validate time
- Measuring success by closure rate
- Tracking reduction in repeat flaws
- Measuring time to remediate
- Monitoring false positive rates
- Assessing cross-team adoption
- Benchmarking against baselines
- Using trend lines not snapshots
- Sharing progress without shaming
- Celebrating team-level improvements
- Linking metrics to incentives
- Auditing metric validity
- Adjusting KPIs over time
- Reporting up without overstatement
- Onboarding new hires effectively
- Documenting tribal knowledge
- Archiving decisions for future reference
- Updating materials with product changes
- Rotating ownership fairly
- Preserving artifacts beyond roles
- Building redundancy into processes
- Using templates to survive transitions
- Archiving deprecated practices
- Creating refresh rituals
- Tracking technical debt accrual
- Planning for ownership continuity
- Identifying repeatable components
- Generalizing solutions safely
- Creating internal case studies
- Pitching reuse across units
- Measuring organizational learning
- Reducing rework across teams
- Normalizing secure patterns
- Shifting left permanently
- Making adherence the easiest path
- Auditing for drift over time
- Optimizing for maintainability
- Tracking compounding time savings
How this maps to your situation
- Rolling out secure coding changes across distributed teams
- Influencing product security without formal authority
- Reducing rework from inconsistent security practices
- Shaping how OWASP is applied across technical units
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: Approximately 3 hours per module, designed to be completed at your pace over 6-8 weeks or accelerated based on need.
How this compares to the alternatives
Most OWASP training focuses on awareness or certification, this course is for practitioners who already know OWASP and want to extend its use across their organization. Unlike generic security courses, this is tailored to coders influencing beyond their direct scope.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.