SOC 2 Type 2 - Trust Services Audit & Compliance

Implement CI/CD guardrails, Okta SCIM, and Terraform to automate SOC 2 Type 2 compliance and pass audits cleanly.
What you'll learn

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Architect defensible SOC 2 system boundaries using cloud network isolation to prevent staging assets from expanding audit scope.
Map the 17 COSO 2013 internal control principles directly to technical cloud configurations across AWS IAM, CI/CD, and KMS.
Engineer automated SCIM de-provisioning workflows in Okta to eliminate offboarding delays and access control deviations.
Codify secure SDLC branch protection and segregation of duties in GitHub to ensure 100% compliant production deployments.
Operationalize vendor risk management under CC9 using standardized review templates to evaluate subservice organization SOC reports.
Execute annual disaster recovery restoration drills against multi-region databases to substantiate contractual RTO and RPO targets.
Implement continuous SIEM alerting pipelines and tabletop exercise documentation to satisfy incident response readiness under CC7.
Collect machine-generated evidence via automated GRC API scrapers to replace manual gathering during audit fieldwork.
Formulate defensible three-part Management Responses for Section 4 testing exceptions to protect clean auditor opinions.
Dissect third-party vendor SOC 2 Type 2 reports by analyzing Section 4 testing depth, CUECs, and subservice carve-out boundaries.
Requirements

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Foundational understanding of cloud computing concepts across platforms such as AWS, Microsoft Azure, or Google Cloud Platform.
Familiarity with standard software development lifecycle (SDLC) practices, identity concepts (SSO, IAM), and continuous deployment pipelines.
No prior auditing, CPA examination, or GRC experience required; regulatory frameworks and Trust Services Criteria are introduced systematically.
Description

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""This course contains the use of artificial intelligence.""
Enterprise SaaS sales cycles frequently stall in late-stage procurement when security reviews expose unverified technical controls, scoping ambiguities, or critical audit exceptions. Relying on reactive, manual evidence collection across 6- to 12-month observation windows increases compliance overhead, creates audit fatigue, and risks qualified opinions from CPA examiners.
This executive architecture briefing equips engineering leaders, security engineers, and GRC professionals to design, execute, and defend an audit-ready SOC 2 Type 2 program. Shifting away from passive policy documentation, this curriculum focuses on active compliance engineering: isolating production system boundaries, operationalizing the 17 COSO 2013 principles, and codifying continuous technical controls across modern cloud infrastructure.
By completing this curriculum, practitioners will
Learn how to isolate system boundaries across multi-tenant cloud environments to prevent audit scope expansion.
Learn how to codify change governance and branch protection rules within automated CI/CD pipelines.
Become proficient in deploying Just-In-Time (JIT) access elevation and automated SCIM de-provisioning protocols.
Learn how to conduct annual disaster recovery restoration drills and tabletop incident simulations that meet AICPA sampling standards.
Become equipped to formulate defensible three-part Management Responses that neutralize noted testing deviations.
Frequently Asked Questions
What is the difference between SOC 2 Type 1 and Type 2?
A SOC 2 Type 1 examination evaluates the suitability of control design at a single point in time, verifying that technical safeguards are documented and implemented. Conversely, a SOC 2 Type 2 examination tests the operating effectiveness of controls across an extended observation window, typically 6 to 12 months, requiring continuous, timestamped evidence sampling.
How does automated SCIM de-provisioning prevent audit exceptions?
Manual offboarding checklists consistently fail across scaling SaaS environments, leaving residual access on departed employee accounts. System for Cross-domain Identity Management (SCIM) protocols integrate HRIS platforms directly with Identity Providers, executing immediate credential revocation across all downstream tools within 24 hours to guarantee zero access de-provisioning exceptions during auditor sampling.
What are Complementary User Entity Controls (CUECs)?
Complementary User Entity Controls are specific operational and technical safeguards that customer organizations must implement within their own environments to achieve overall system security. Documented in Section 3 of the SOC 2 report, CUECs establish shared responsibility boundaries, ensuring vendors do not assume sole operational accountability for customer-side credential and perimeter governance.
Structured as a rigorous engineering blueprint, this course bridges corporate governance frameworks with modern cloud infrastructure. Fully updated for the 2025/2026 enterprise compliance landscape, this curriculum provides the exact execution models required to turn compliance into a sustainable commercial advantage.
Who this course is for

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Security Engineers and Cloud Architects tasked with implementing technical controls, CI/CD guardrails, and cloud security baselines for SOC 2 examinations.
GRC Managers and Compliance Officers responsible for managing observation periods, evidence collection pipelines, and CPA auditor fieldwork.
DevOps and Platform Engineers seeking to codify compliance guardrails, access reviews, and drift detection directly into Infrastructure as Code.
Engineering Leaders and SaaS Founders preparing for enterprise vendor risk assessments to eliminate procurement friction and accelerate sales cycles.
Homepage

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