A tailored course, built for your situation
Faster path from policy intent to working SOC 2 artefact
Build compliant systems faster with repeatable engineering patterns aligned to SOC 2 controls
Who this is for
Senior data engineer operating in a high-velocity environment with formal compliance requirements (SOC 2) and cross-functional delivery expectations
Who this is not for
Entry-level engineers still learning core data pipelines, compliance generalists without technical implementation experience, or non-technical stakeholders relying on second-hand updates
What you walk away with
- Convert SOC 2 control objectives into working code and configuration within hours, not weeks
- Ship audit-ready data systems with embedded evidence collection from day one
- Reduce time spent reconciling engineering work with auditor requests by at least 60%
- Apply pre-validated control patterns instead of interpreting requirements from scratch
- Own end-to-end delivery of compliance-critical features without handoffs
The 12 modules (with all 144 chapters)
- Mapping TSC criterion to data layer responsibility
- Parsing 'availability' in distributed systems context
- Translating 'processing integrity' into pipeline SLIs
- From 'confidentiality' to encryption-in-use policies
- Access control expectations in data mesh environments
- Logging completeness as proof of control operation
- Common misinterpretations that cause rework
- Versioning control interpretations over time
- Linking data classification to control scope
- Automated boundary detection in microservices
- Ownership signals in schema documentation
- Embedding compliance into DevOps handoff
- Encryption key management for SOC 2 compliance
- Bucket policies with least privilege enforcement
- Immutable logging setup for object storage
- Retention rules with audit trail integration
- Cross-region replication with control alignment
- Data lifecycle transitions as control events
- Encryption at rest with key rotation schedule
- Access logging for storage operations
- Pre-signed URL risks and controls
- Client-side encryption implementation
- Storage class transitions with audit needs
- Automated drift detection from baseline
- Idempotent processing as control assurance
- End-to-end lineage for processing integrity
- Failure recovery with chain of custody
- Job scheduling with access control gates
- Secrets handling in pipeline execution
- Pipeline input validation against schema
- Monitoring for anomalous data volumes
- Automated alerting on control boundary breach
- Pipeline pause states during incident
- Version-controlled transformation logic
- Pipeline restart with audit trail
- Task-level permissions in orchestration
- Attribute-based access control in data systems
- Just-in-time access with time-bound grants
- Role definition with SOC 2 control linkage
- Access request workflows with approval trail
- Session recording for privileged access
- Dynamic masking based on user context
- API key lifecycle management
- Automated access reviews using logs
- SAML integration for identity propagation
- Emergency access with break-glass audit
- Role change propagation across systems
- Service account ownership documentation
- Centralized log collection with immutability
- Log retention aligned with compliance scope
- Event schema completeness for controls
- Query templates for auditor requests
- Anomaly detection on access patterns
- Automated control status dashboards
- Real-time alerting on policy deviation
- Log storage access control settings
- Time synchronization across services
- Audit trail completeness validation
- Log export for third-party review
- Retention enforcement with legal hold
- Automated configuration snapshots
- Evidence tagging at ingestion time
- Control-specific evidence packaging
- Timestamp chaining for artifact integrity
- API-based auditor access setup
- Evidence freshness monitoring
- Automated attestation generation
- Evidence access logging
- Control gap detection from logs
- Evidence version reconciliation
- Scheduled evidence delivery pipeline
- Evidence retention policy alignment
- Incident classification with SOC 2 impact
- Communication channels with audit trail
- Evidence preservation during response
- Access escalation with time limits
- Post-incident review with control focus
- Root cause documentation for auditors
- System restoration with control checks
- Change advisory board integration
- Automated incident logging
- External support access controls
- Response playbook version control
- Lessons learned to control update
- Change request with control impact flag
- Automated control compatibility check
- Peer review with compliance checklist
- Approval workflow integration
- Emergency change with audit capture
- Post-deployment control validation
- Version history for compliance audit
- Schema migration with data integrity
- Rollback procedure with evidence
- Change freeze period planning
- Self-service change with guardrails
- Change velocity tracking
- Third-party data flow mapping
- Contractual control commitments
- Subprocessor audit trail access
- API security baseline enforcement
- Data residency compliance checks
- Vendor incident response coordination
- Automated compliance monitoring
- Evidence sharing with legal controls
- Vendor offboarding with data removal
- Risk scoring with control coverage
- Vendor audit right negotiation
- Continuous vendor attestation
- Compliance-as-code template libraries
- Pre-commit hooks for control checks
- IDE plugins for policy guidance
- Onboarding with control context
- Self-service compliance documentation
- Automated policy feedback in PRs
- Embedded control training modules
- Compliance sandbox environments
- Policy violation triage workflow
- Developer accountability signals
- Feedback loop from audit findings
- Compliance champion network
- Real-time control status visibility
- Automated evidence package generation
- Auditor access provisioning workflow
- Pre-audit walkthrough automation
- Control mapping with live data links
- Gap detection from control objectives
- Evidence freshness dashboard
- Audit timeline simulation
- Question response repository
- Historical evidence access
- Audit communication protocol
- Post-audit action tracking
- Automated control regression testing
- Control drift detection pipeline
- Compliance debt tracking
- Automated policy update propagation
- Scaling control ownership
- Compliance metrics for engineering leads
- Control review automation
- Architecture review with compliance input
- Compliance incident trend analysis
- Continuous compliance certification
- Compliance feedback into roadmap
- Scaling through automation
How this maps to your situation
- When SOC 2 audit findings point to engineering gaps
- While designing new data systems with compliance requirements
- During incident response with compliance implications
- When onboarding third-party data dependencies
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: 12 weeks of structured learning, 3-5 hours per week, with immediate applicability of each module’s templates and checklists.
How this compares to the alternatives
Unlike generic SOC 2 overview courses, this program delivers engineering-specific implementation patterns used in data-intensive environments to close the gap between control theory and production reality.
Frequently asked
Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.