A tailored course, built for your situation
Executive visibility on SOC 2 work that stayed below the line
A tailored course for software engineers leading compliance initiatives
Who this is for
Software engineer at a global systems integrator leading SOC 2 control implementation and evidence collection, technically strong but operating below executive sightlines
Who this is not for
Dedicated auditors, compliance generalists without technical implementation experience, or practitioners focused solely on ISO 27001 without SOC 2 involvement
What you walk away with
- Recognizable narrative structure for SOC 2 contributions in leadership summaries
- Repeatable method to surface control design decisions in client-facing documentation
- Structured way to align SOC 2 evidence cycles with sprint planning and release gates
- Clear escalation paths that route compliance blockers through engineering channels
- Working playbook to position SOC 2 outcomes in business continuity and client trust discussions
The 12 modules (with all 144 chapters)
- Linking control ownership to sprint deliverables
- Evidence as code deployment markers
- Control narratives in release notes
- Cross-team visibility through Jira tags
- Engineering metrics that reflect compliance health
- Client assurance calls without auditor framing
- Developer-led control walkthroughs
- Versioning control documentation
- Aligning SOC 2 scope with feature launches
- Documenting design exceptions technically
- SOC 2 touchpoints in standups
- Visibility levers within agile teams
- Starting with system design not controls
- Framing encryption choices in client terms
- Availability metrics from uptime logs
- Access review stories from git history
- Change management through PR workflows
- Incident response from post-mortems
- Business continuity from rollback tests
- Data handling in API specs
- Audit readiness as cycle time
- Control gaps as tech debt backlog
- Engineering ownership of assurance
- Updating leadership without auditor input
- Evidence from CI/CD pipelines
- Infra-as-code as control proof
- Logging levels as access oversight
- Secrets management in deployment scripts
- Network controls in Terraform
- DR drills in test reports
- Pen test outcomes in code fixes
- Vendor risk in dependency updates
- Backup validation from restore logs
- Patch cadence from update records
- SOC 2 status in client demos
- Evidence packaging for non-auditors
- Security gates in feature branches
- Control timing with release cycles
- Roadmap annotations for SOC 2
- Feature launches with evidence ready
- Client SLAs tied to control uptime
- Compliance as release dependency
- Tech leads owning control rollout
- Product managers tracking control scope
- Sprint goals including control checks
- Roadmap updates reflecting audit scope
- Milestone planning with evidence
- Release notes with control highlights
- Git history as access log
- PR approvals as review proof
- Code comments as control rationale
- Automated scans as evidence
- Peer reviews as attestation
- Deploy logs as change control
- Test coverage for critical modules
- Static analysis in CI pipeline
- Container scans pre-merge
- Secrets detection workflows
- Dependency checks pre-release
- Review cycles without auditor forms
- Default templates with controls
- Control presets in repos
- Team onboarding with SOC 2
- Control checklists in PRs
- Automated control alerts
- Role-based access patterns
- Team-specific control dashboards
- Cross-team control alignment
- Shared control libraries
- Control ownership in team charters
- DevOps integration points
- Standardizing control language
- Audit packs from pipeline outputs
- Control demonstrations in sandboxes
- Evidence screenshots from logs
- Client walkthroughs in dev environments
- Due diligence response templates
- System diagrams for reviewers
- API specs as evidence
- Architecture reviews as proof
- Client QA prep from test data
- Timeline alignment with reviewers
- Rapid response with pre-built packs
- Pre-audit walkthroughs with devs
- Design docs with control notes
- RFCs including SOC 2 impact
- Architecture decisions logged
- Control exceptions in ADRs
- Tech specs citing control needs
- PR descriptions with control links
- Incident reports referencing controls
- Post-mortems with control follow-up
- Runbooks including compliance
- Knowledge base entries
- Internal wiki control hubs
- Decision trails in code commits
- Incident runbooks with controls
- DR testing from real events
- Rollback verification
- Failover access paths
- Post-mortem control checks
- Backup restoration logs
- Recovery timing targets
- SOC 2 status post-incident
- Client comms with control context
- Event correlation in monitoring
- Alerting for control breaches
- Recovery documentation
- API contracts with security terms
- Auth patterns in integrations
- Data flow diagrams
- Vendor testing in CI pipeline
- Dependency update processes
- Patch management workflows
- Contract dev terms in code
- Vendor access via SSO
- Audit rights in integration tests
- Key rotation in vendor systems
- Termination in decommissioning
- Vendor evidence from automation
- Evidence from regular operations
- No special requests for logs
- Standard access reports
- Automated evidence collection
- Change logs as proof
- Review cycles built into workflow
- No last-minute scrambles
- Evidence refresh triggers
- Control dashboards updated
- Audit prep from live systems
- Avoiding auditor rework loops
- Systematic response packaging
- Onboarding with SOC 2 training
- Control ownership in job specs
- Code reviews checking controls
- Promotions citing compliance
- Team retros with compliance
- Knowledge transfer plans
- Documentation as code
- Control metrics in dashboards
- Tech lead mentorship
- SOC 2 in career ladders
- Internal certifications
- Recognition for control excellence
How this maps to your situation
- Leading SOC 2 in agile environments
- Responding to client audits
- Integrating controls with product development
- Scaling compliance across engineering teams
Before vs. after
What's included with your purchase
- 12 modules with 12 chapters each (144 chapters total)
- 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: 2-3 hours per week for 4 weeks to complete core modules, with optional deep dives.
How this compares to the alternatives
Unlike generic compliance courses, this program is built for engineers leading SOC 2 implementation, focusing on visibility lift rather than audit checklists.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.