Description

A focused course, tailored for you

Security Controls Mapping for SaaS Platform Engineers

Turn a customer audit request into a repeatable compliance artefact your SecOps and GRC teams can maintain without starting over each cycle.

Every enterprise customer running their GRC or SecOps workflows on your platform will eventually ask you to prove the platform's controls satisfy their auditor's framework. The answer you give today is not the artefact they need for the next audit. This course builds the artefact.

$199 one-time

Tailored to your situation. Access within 24 hours. 30-day money-back.

Includes a hand-built implementation playbook delivered alongside course access, generated for your specific situation.

Why this course

Security engineers at SaaS platform companies sit at an unusual intersection: they are responsible for the security of infrastructure that customers use to manage their own compliance programmes. When a customer's audit requires platform-level evidence, the request lands on the SecEng team. The response is usually a one-off email with screenshots, a configuration export, or a shared doc that no one maintains. The next audit cycle repeats the same excavation. This course teaches how to productise that response into a durable control mapping that the customer's GRC team can own and update, reducing the SecEng team's recurring audit burden while improving the quality of evidence the customer can present.

What you walk away with

Build a structured control mapping from platform configuration evidence to SOC 2, ISO 27001, and FedRAMP control families that survives staff turnover.
Write control narratives and attestation language that external auditors accept without re-explaining the platform architecture each cycle.
Define the trust boundary between platform-managed and customer-managed controls so your customers present evidence for the right scope.
Create a handoff artefact that enables the customer's GRC team to update the mapping at each audit cycle without re-engaging the SecEng team.
Integrate the control mapping process into the platform's change management workflow so new configuration changes automatically flag affected controls.
Reduce recurring audit-evidence tickets by converting ad-hoc responses into a maintained, versioned compliance artefact.

The 12 modules

Module 1. The Audit Evidence Problem for Platform Engineers

Why one-off audit responses create recurring workload. This module maps the lifecycle of a typical customer audit request from ticket creation through evidence delivery, identifies where the artefact breaks down between cycles, and establishes the design principle for the course: platform-side evidence must be maintainable by the customer's GRC team, not the SecEng team.

Module 2. Scoping the Trust Boundary

Before mapping controls, you must define what the platform is responsible for versus what the customer configures. This module covers the shared responsibility model for SaaS platforms in audit contexts, how to document the trust boundary in language auditors recognise, and how boundary decisions affect which control families the platform can satisfy on the customer's behalf versus which require customer configuration evidence.

Module 3. Pulling Configuration Evidence from Platform Logs and CMDB

Auditors want evidence, not descriptions. This module covers the specific evidence sources available in a well-instrumented platform instance: audit trail exports, CMDB configuration records, access review logs, change management records, and policy enforcement reports. You will build an evidence inventory template that maps source data to the control assertions it can support, with field-level guidance on what an auditor needs versus what is noise.

Module 4. Mapping to SOC 2 Trust Services Criteria

SOC 2 CC6, CC7, and A1 are the criteria most frequently raised in SaaS platform audits. This module walks through the control objective for each relevant criterion, identifies which platform configuration evidence satisfies each assertion, and produces the first section of the control mapping document. Special attention on the CC6.6 and CC6.7 logical access criteria that platform engineers are most frequently asked to document.

Module 5. Mapping to ISO 27001 Annex A Controls

Enterprise customers in financial services, healthcare, and manufacturing frequently require ISO 27001 alignment alongside or instead of SOC 2. This module covers the Annex A control families most relevant to platform-managed infrastructure (A.8 asset management, A.9 access control, A.12 operations security, A.16 incident management), maps them to the evidence inventory from Module 3, and identifies where platform evidence is direct versus where customer configuration supplements it.

Module 6. Mapping to FedRAMP AC, AU, and CM Control Families

Federal customers and government-adjacent enterprise clients require FedRAMP alignment. This module focuses on the three control families SecEng teams most frequently document: AC (access control), AU (audit and accountability), and CM (configuration management). It covers how to structure evidence for a FedRAMP assessor versus a SOC 2 auditor, the specific artefacts that satisfy each control, and the common gaps that cause FedRAMP reviews to stall on platform-side evidence.

Module 7. Writing Control Narratives Auditors Accept

A control mapping without a narrative is a spreadsheet an auditor cannot use. This module covers the structure of a control narrative: the control objective statement, the implementation description, the evidence pointer, and the operating effectiveness assertion. You will write narratives for five representative controls from earlier modules, with worked examples of language that passes auditor review and language that triggers clarification requests.

Module 8. Defining Customer-Managed Controls and the Configuration Handoff

Platform engineers cannot own controls that depend on customer configuration decisions. This module covers how to document the customer-managed portion of a shared control, how to write the handoff language that tells the customer's GRC team exactly what they need to configure and evidence, and how to structure the overall document so the audit package is clearly partitioned between platform and customer scope.

Module 9. Integrating the Mapping into Change Management

A control mapping that does not update when the platform changes is stale by the next audit cycle. This module covers how to tag platform configuration changes with affected control references in the change management workflow, how to set up a review trigger when a control-tagged change is approved, and how to maintain version history in the mapping document so auditors can confirm the current state reflects the current configuration.

Module 10. The Customer Handoff: Building a GRC-Maintainable Artefact

The goal is a mapping the customer's GRC team can update without re-engaging the SecEng team. This module covers document structure decisions that make the mapping accessible to a compliance generalist rather than a platform specialist, the glossary of platform-specific terms that auditors and GRC teams need, and the review cadence guidance that tells the customer when to re-pull evidence versus when the existing evidence remains valid.

Module 11. Reducing Recurring Audit Tickets: Operationalising the Response

Once the artefact exists, the SecEng team's job is to maintain it rather than rebuild it each cycle. This module covers how to run the quarterly evidence refresh, how to triage new customer audit requests against the existing mapping (full response, partial update, or new mapping required), how to communicate the document's scope and limitations to customer teams who expect broader coverage, and how to escalate genuinely novel control questions without recreating the entire mapping.

Module 12. Cross-Framework Mapping and the Multi-Standard Customer

Enterprise customers increasingly require simultaneous SOC 2, ISO 27001, and FedRAMP alignment. This module covers how to structure a single control inventory that maps one piece of platform evidence to multiple framework controls, how to identify controls that satisfy multiple frameworks with a single artefact versus controls requiring separate evidence, and how to produce the consolidated audit package a multi-standard customer can present to different regulators without duplicate work from the SecEng team.

How this addresses your situation

Specific modules that map to what you said you are dealing with.

A customer raises a FedRAMP AC-2 evidence request two weeks before their assessor visit and there is no existing documentation of how the platform handles account provisioning.

The platform's change management team approves a configuration change to session timeout defaults; the SOC 2 mapping document is not updated and the next audit finds a discrepancy.

A new enterprise customer in financial services requires ISO 27001 Annex A alignment; the SecEng team has SOC 2 documentation but no equivalent ISO mapping.

The customer's GRC team updates the mapping independently but introduces errors in the control narrative; the SecEng team has no review process to catch this before the audit.

What you get with this course

Twelve written modules with worked examples specific to SaaS platform security architecture.
Control mapping template covering SOC 2, ISO 27001, and FedRAMP control families with field-level guidance.
Evidence inventory worksheet for structured log and CMDB data extraction.
Control narrative worked examples with annotated pass and fail language.
Customer handoff document template with GRC-maintainable structure.
Hand-built implementation playbook scoped to your platform's security architecture, delivered alongside course access.

What you will have in hand by Day 1, Week 1, Month 1

Course access provisioned within 24 hours of purchase.

Hand-built implementation playbook scoped to your platform architecture delivered alongside course access.

Before and after

Before

Audit evidence requests arrive as one-off tickets. The SecEng team reconstructs the same configuration evidence each cycle, writes ad-hoc responses, and fields clarification questions from auditors who cannot interpret platform-specific data without additional context.

After

A structured control mapping document, maintainable by the customer's GRC team, covers the platform's shared responsibility scope across SOC 2, ISO 27001, and FedRAMP. New audit requests are answered by pointing to the existing document and updating the evidence refresh date.

What happens if you do not address this

Without a maintained control mapping, every audit cycle consumes the same SecEng time to reconstruct evidence that existed the previous cycle. As the customer base grows and compliance requirements expand to include FedRAMP or ISO 27001 alongside SOC 2, the audit ticket backlog becomes a predictable quarterly bottleneck. Customers who cannot get timely platform-side evidence may escalate to procurement or legal, consuming more time than the original documentation effort.

Who it is for

Security engineers and senior security engineers at SaaS and PaaS platform companies who regularly field compliance evidence requests from enterprise customers. You understand cloud security architecture, have access to platform configuration data, and are accountable for helping customers satisfy their auditors without becoming their de-facto compliance team.

Who this is NOT for. Internal audit staff or GRC managers at end-customer organisations. This course is built for the platform-side engineer, not the customer-side compliance owner.

How it arrives

Text-based course in the Art of Service learning environment, plus downloadable templates and worked examples for every module, plus the hand-built implementation playbook delivered alongside course access.

Time investment. Twelve modules, each designed for a focused 30-45 minute session. Most engineers complete the full course across three to four working days alongside normal responsibilities.

Why $199 is the right number

Generic GRC certifications (CISA, CRISC) teach compliance methodology but do not address the platform-side evidence problem or the shared responsibility documentation challenge. Hiring a compliance consultant for each audit cycle costs several times the course price per engagement and does not leave a maintained artefact. Internal documentation efforts without a structured framework typically produce documents that are outdated by the next audit cycle.

FAQ

The frameworks covered are SOC 2, ISO 27001, and FedRAMP. What if my customers require a different framework?

The control mapping method and document structure are framework-agnostic. The course uses these three as worked examples because they cover the majority of enterprise SaaS audit requests, but the evidence inventory and mapping template apply to any framework that maps controls to configuration evidence.

Does this course assume a specific platform architecture?

No. The course uses a generalised SaaS platform architecture as the teaching context. The implementation playbook delivered alongside course access is built specifically for your platform's architecture based on the role and context you provide at purchase.

Is this relevant if my team already has some SOC 2 documentation?

Yes. The course is most directly useful when existing documentation is ad-hoc or cycle-specific. Modules 9 and 10 cover how to convert an existing one-off document into a maintainable artefact without starting over.

30-day money-back guarantee. If after a week of working through the materials this is not what you needed, reply to the receipt email and a full refund is processed. No questions, no forms.

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