Description

A focused course, tailored for you

Security Control Evidence for Cloud Platform Engineers

Turn closed vulnerability findings into multi-framework compliance evidence without rebuilding the documentation each audit cycle.

The DAST scan runs, the finding is remediated, the ticket closes. Then the auditor asks for evidence. The POA&M still shows the finding open. The SOC 2 CC7 evidence package for that control is missing. You know the fix was correct because you reviewed it yourself, but the documentation chain between the technical remediation and the audit artefact was never built.

$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

Platform security engineers at cloud-native SaaS companies operate under overlapping audit frameworks simultaneously. A single vulnerability remediation needs to satisfy FedRAMP Continuous Monitoring evidence requirements, SOC 2 Common Criteria, and ISO 27001 Annex A controls, each in a different format with a different level of technical detail. The default approach is to handle each audit separately: gather evidence for the SOC 2 auditor in one sprint, rebuild a similar package for the FedRAMP annual assessment three months later, repeat for ISO 27001. The result is a recurring manual overhead that grows with every new feature release and every government customer added to the authorization boundary. The skill that resolves this is the control evidence pipeline: a mapping from scan finding to control ID to evidence artefact to audit-ready record that runs once and feeds every active framework.

What you walk away with

Map any closed vulnerability finding to the specific controls it satisfies across SOC 2, FedRAMP, and ISO 27001 using a single reusable reference table.
Build a POA&M entry that satisfies a government ISSO review on first submission, with the correct evidence format and closure criteria.
Automate the monthly FedRAMP ConMon evidence collection so the package generates from existing security operations data rather than a manual rebuild.
Generate SOC 2 Common Criteria evidence from SIEM alerts, scan results, and change management records your team already produces.
Create an SDLC security gate checklist that engineers complete during the release process, generating audit-ready artefacts as a byproduct of normal delivery.

The 12 modules

Module 1. The Evidence Gap: Why Technical Fixes Do Not Close Compliance Findings

This module establishes why closing a vulnerability ticket does not automatically satisfy an auditor. You will map the full chain from scan finding to control mapping to evidence artefact to audit record, and identify where that chain breaks in most engineering-led security programs. The module covers what SOC 2, FedRAMP, and ISO 27001 auditors each mean by acceptable evidence and why the same technical fix requires three different artefact formats to close across all three frameworks.

Module 2. Control Mapping: From CVE and CWE to Framework Control IDs

How to translate a scanner finding, whether a CVE, CWE, or CSPM misconfiguration, into the specific control IDs it satisfies across NIST 800-53, SOC 2 Common Criteria, CIS Benchmarks, and ISO 27001 Annex A. This module builds the reusable mapping table that turns any remediation into a multi-framework evidence event, so a single fix generates control coverage records for every active audit framework simultaneously without duplicate documentation.

Module 3. POA&M Lifecycle: Open, Remediate, Evidence, Close

The complete Plan of Action and Milestones lifecycle for FedRAMP continuous monitoring: how to write a POA&M entry that passes an ISSO review on first read, what format an Authorizing Official accepts at closure, how to document a scheduled remediation with a credible milestone date, and how to automate the monthly status update so the ConMon package does not require a full manual rebuild each cycle.

Module 4. SOC 2 CC Evidence From Security Operations Data

How to derive SOC 2 Common Criteria evidence from operational data your security team already produces: CC6 access control records from your identity provider, CC7 threat detection evidence from your SIEM, CC8 change management records from your ITSM system, and CC9 risk mitigation evidence from your vulnerability management tool. This module produces an audit-ready CC evidence package without a separate evidence collection sprint before each audit window.

Module 5. ISO 27001 Annex A Evidence for Cloud-Hosted SaaS

The Annex A control domains most relevant to a cloud-hosted multi-tenant platform: A.12 operations security, A.14 system acquisition and development, A.16 incident management, and A.18 compliance. What an ISO 27001 auditor expects as objective evidence versus acceptable policy documentation, and how to align your existing vulnerability management and change management records to Annex A requirements without creating separate documentation workflows.

Module 6. Scan-to-Evidence Automation for Recurring Findings

Building the automation layer that takes scanner output, SAST, DAST, or CSPM, looks up the control mapping from module two, and generates a draft evidence record in the format each auditor accepts. This module covers the data model, the mapping lookup logic, and the output template for each framework, using your existing tooling rather than requiring a new platform purchase or vendor contract to operationalise.

Module 7. Secure SDLC Gates: Generating Compliance Artefacts During Delivery

How to embed evidence collection into the software delivery lifecycle so artefacts are created at the point of engineering activity rather than reconstructed during an audit. This module builds gate-level checklists for threat model sign-off, SAST scan result review, dependency audit acceptance, and release security sign-off, each producing a record that feeds your POA&M, SOC 2, and ISO 27001 evidence packages automatically without post-release documentation work.

Module 8. Cloud Infrastructure Security Evidence: CSPM and Configuration Baselines

How to convert cloud security posture management scan output into compliance evidence: linking misconfigurations to CIS Benchmark controls, mapping CSPM findings to NIST 800-53 configuration management and system hardening controls, and generating the configuration baseline documentation that FedRAMP and ISO 27001 auditors request. This module produces a repeatable monthly infrastructure evidence package from your existing CSPM tooling without additional manual steps.

Module 9. Access Control Evidence for Multi-Tenant Platforms

The specific access control evidence requirements that apply when your platform serves multiple enterprise tenants: user provisioning and deprovisioning records, privileged access review documentation, tenant isolation evidence, and segregation of duties artefacts. This module shows how to extract each record from your identity provider, ITSM, and access management tooling in a format that satisfies SOC 2 CC6 and FedRAMP AC control families without manual reformatting.

Module 10. Incident and Anomaly Evidence Packaging

When a security incident or anomaly occurs, how to document it in a way that simultaneously satisfies FedRAMP incident reporting timelines, SOC 2 CC7 detection and response evidence requirements, and ISO 27001 A.16 control evidence. This module builds the incident evidence template and the process for completing it within your response cadence so incident documentation is a byproduct of the response rather than an additional workload after closure.

Module 11. The Continuous Evidence Calendar

The monthly and quarterly evidence rhythm: what runs automatically from your existing tooling, what requires a triggered collection step, and what needs human review before submission. This module builds a 12-month evidence calendar that maps each compliance deadline, SOC 2 audit window, FedRAMP annual assessment, ISO 27001 surveillance, to the specific evidence collection activities that must precede it, with lead times and ownership clearly assigned.

Module 12. Your Implementation Playbook: Applying the Pipeline to Your Stack

The final module applies everything to your specific environment: your scanning toolset, your ITSM, your SIEM, your cloud provider, and your active authorization frameworks. The hand-built implementation playbook Gerard delivers alongside your course access is written specifically for your role, your compliance obligations, and the tooling your team operates. It names the exact configuration steps for your setup rather than providing a generic template you adapt yourself.

How this addresses your situation

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

A government ISSO flags a recurring CWE in your monthly ConMon scan package: Module 3 shows how to close the finding with ISSO-accepted evidence, and Module 6 eliminates the manual step that caused the gap between ticket closure and POA&M update.

The SOC 2 Type II audit window opens and the auditor requests CC7 evidence for the past six months: Module 4 maps your existing SIEM and scan data to CC7 criteria so the evidence package assembles from data already in your systems rather than requiring a retrospective collection sprint.

A new platform feature touches the authorization boundary and needs a FedRAMP change request, a SAST sign-off record, and a threat model artefact: Module 7 shows how to generate all three as part of the delivery process rather than as post-release documentation.

The quarterly access review is due and the evidence lives across three separate tools: Module 9 provides the extraction pattern and the unified evidence format that satisfies SOC 2 CC6 and FedRAMP AC controls from a single collection pass.

What you get with this course

12 written modules covering the full scan-to-evidence pipeline for cloud platform security engineers.
Downloadable control mapping table linking CVE, CWE, and CSPM finding types to NIST 800-53, SOC 2 CC, and ISO 27001 Annex A control IDs.
POA&M entry template with ISSO-accepted closure evidence format and monthly status update structure.
SOC 2 CC evidence extraction guide for SIEM, ITSM, and identity provider data.
SDLC security gate checklist producing audit-ready artefacts at each delivery milestone.
Continuous evidence calendar template with compliance deadline mapping and lead time assignments.
Hand-built implementation playbook delivered alongside course access, written for your specific role, toolstack, and active compliance frameworks.

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

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

Before and after

Before

A closed ticket and a POA&M finding that is still open. Evidence packages rebuilt from scratch for each audit framework separately. Recurring scanner findings that stay on the ConMon report because the remediation evidence never made it into the correct format for the auditor who requested it.

After

A remediation generates evidence records for SOC 2, FedRAMP, and ISO 27001 in a single step. The POA&M entry closes with documentation an ISSO accepts on first review. The monthly ConMon package assembles from existing security operations data without a manual rebuild sprint before each submission.

What happens if you do not address this

Each audit cycle the evidence gap compounds. A new framework gets added to customer requirements. A government customer asks for a finding closure artefact the team cannot produce on short notice. The ConMon package takes three days to assemble manually each month. The skill investment now builds the pipeline that makes those three days into three hours for every cycle that follows.

Who it is for

You are a cybersecurity engineer at a cloud platform company. You own vulnerability management, application security reviews, and some portion of the compliance evidence that supports your SOC 2, FedRAMP, or ISO 27001 certification. You understand the technical side: how to read SAST and DAST output, how to assess a finding's severity, how to verify a remediation is correct. The gap is the compliance side: how to turn that technical work into documentation that satisfies an auditor without spending more time on the artefact than on the fix itself.

Who this is NOT for. This course is not for GRC analysts who do not work in engineering teams and are not responsible for technical evidence collection. It is not for security architects working purely on policy and standards without hands-on involvement in vulnerability remediation. It is also not for teams that have a fully staffed dedicated compliance function handling all evidence collection separately from engineering.

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. 12 modules at approximately 30 to 45 minutes each. Most engineers complete the core modules in a single focused week and implement the pipeline in the following sprint.

Why $199 is the right number

A GRC consultant to design the evidence framework costs $15,000 to $50,000 and produces a document, not an operational pipeline your engineering team runs. A dedicated GRC platform starts at $20,000 annually and requires integration work before it generates any evidence. The $199 course builds the pipeline in your existing toolstack using the mapping logic and templates the modules provide.

FAQ

Does this cover FedRAMP Moderate as well as FedRAMP High?

The POA&M lifecycle module and the ConMon evidence calendar are built for both Moderate and High baseline holders. The control mapping tables cover both baselines, and the ISSO-accepted evidence format is the same regardless of impact level.

My team already uses a GRC tool. Does this still apply?

The course covers the control mapping logic and evidence format requirements that make any tooling work effectively. The scan-to-evidence automation module includes a section on configuring existing GRC tools to generate audit-accepted evidence rather than just storing finding records.

How specific is the implementation playbook to my environment?

The implementation playbook Gerard delivers with your course access is built for your role, your active compliance frameworks, and the tooling your team uses. It names the specific configuration steps for your setup, not a generic template you adapt yourself.

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.