Description

A focused course, tailored for you

Security Control Evidence for APRA CPS 234

Build the evidence architecture that translates your security engineering work into attestation-ready documentation.

Every week the GRC team's evidence request spreadsheet arrives with a new row: control owner Security Engineering, artefact due Friday, format unspecified. The controls are running. The evidence does not exist in a form an APRA examiner or external auditor can follow without a briefing. This course closes that gap by giving security engineers the evidence architecture, templates, and documentation methodology to produce attestation-ready packs as a natural byproduct of operational work.

$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

APRA CPS 234 places specific obligations on regulated entities: document your information assets, assess your controls, test your security posture, and report to the Board. What it does not provide is a guide for the security engineer who owns the controls and has to produce evidence that satisfies those obligations without turning every quarterly cycle into a reconstruction project.

The gap surfaces in three consistent ways. GRC teams file exception reports because control evidence does not exist in attestation format. APRA examination preparation requires weeks of retroactive reconstruction. Third-party security assessments are delayed or produce output that does not satisfy CPS 234 clause requirements.

The engineering work is sound. The evidence layer is missing.

What you walk away with

Build an APRA CPS 234 evidence taxonomy that maps every control domain you own to its required attestation artefact and documentation format.
Produce closed-loop vulnerability management evidence, from scan scope statement through remediation attestation, that satisfies CPS 234 on first examiner request.
Run and document third-party security assessments that meet CPS 234 clause requirements for critical and significant vendor relationships.
Convert penetration test reports into security testing evidence packs an APRA examiner can follow without a technical briefing.
Build the SIEM coverage map and monitoring metrics that constitute active control effectiveness evidence under CPS 234.
Deliver Board-level information security reporting that evidences control performance without requiring GRC translation.

The 12 modules

Module 1. CPS 234 Evidence Architecture

APRA CPS 234 specifies what information security governance must look like but not what evidence format satisfies an examiner. This module maps CPS 234's obligations to their required attestation artefacts, distinguishes documentation gaps from control gaps, and builds the evidence taxonomy your team uses across every subsequent module. You leave with a structured evidence registry template covering board reporting, implementation, third-party, and incident response domains.

Module 2. Information Asset Register as Evidence Anchor

The IAR sits at the centre of CPS 234 compliance but most engineering teams treat it as a GRC artefact. This module shows how your information asset register drives the scope of every other evidence domain: which systems need vulnerability evidence, which vendors need third-party assessment records, which incidents require formal post-incident attestation. You build a working IAR template tuned to APRA's criticality and sensitivity classification requirements.

Module 3. Control Taxonomy Mapping

Your existing security controls, including endpoint detection, network segmentation, privileged access management, and encryption at rest and in transit, need to map to CPS 234's control categories before an examiner asks. This module runs a mapping exercise across the CPS 234 control domains, surfaces which controls lack documentation of their own existence, and produces a control ownership register you maintain through continuous delivery cycles.

Module 4. Vulnerability Management Evidence

A monthly vulnerability scan report is not an APRA vulnerability management evidence pack. This module covers the full closed-loop: scan scope statement against your IAR, CVSS-to-risk-appetite translation, remediation SLA definition, closed-finding attestation, and the residual risk sign-off process. You build a vulnerability evidence cycle template that produces auditor-readable documentation at each stage and supports the attestation language your GRC team needs in board reporting.

Module 5. Third-Party Security Assessment Evidence

CPS 234 requires documented assessment of third-party information security, tiered by the criticality of the assets the third party can access. This module covers assessment scope framing, a tiered assessment template for critical and significant vendors, how to work from a vendor's existing certifications rather than starting blank, and how to document findings and remediation commitments in a format that holds up under examination without simply restating the vendor's own reports.

Module 6. Security Testing Evidence Packs

A penetration test report written for developers is not the same as a security testing evidence pack for CPS 234. This module walks the full translation: scope and methodology statement, findings register with CVSS scores and business risk mapping, remediation evidence per finding, retesting attestation, and residual risk sign-off. You produce a security testing evidence pack template your red team or external tester can populate directly, and that your auditor can follow without a briefing.

Module 7. SIEM Coverage and Monitoring Evidence

APRA examiners want to see that security monitoring is active, tuned to your environment, and generating a reviewable detection record. This module covers use-case coverage mapping against your information assets, alert quality metrics, mean-time-to-detect benchmarking, and how to document monitoring effectiveness as control evidence. You build a SIEM evidence pack template that works whether you run Splunk, Microsoft Sentinel, or a managed SOC service.

Module 8. Identity and Access Management Evidence

Access review cycles, privileged access recertifications, and segregation of duties controls are among the most-cited CPS 234 examination findings. This module covers what APRA expects in IAM evidence, how to build a quarterly access review cycle that produces attestation-ready output, how to document privileged access controls for service accounts and infrastructure, and how to handle access provisioning exceptions in a way that closes rather than opens audit findings.

Module 9. Incident Response and Detection Evidence

CPS 234 requires a documented incident management capability and evidence that the capability was exercised and that findings fed back into the control environment. This module covers the full incident evidence lifecycle: detection log to incident ticket, triage documentation, containment and recovery evidence, post-incident review output, and the control improvement record that closes the loop. You build the incident evidence template your operations team can complete in real time during a live event.

Module 10. Change Management and Control Impact Evidence

Every significant change to your technology environment under CPS 234 requires evidence of pre-change security assessment and post-change validation. This module covers how to build security review gates into your change process, how to document control impact assessment for infrastructure changes, cloud configuration changes, and software deployments, and how to maintain an evidence chain from change request to post-implementation review that satisfies an examiner reviewing change history.

Module 11. Board and Executive Reporting Evidence

CPS 234 requires the Board to set information security capability objectives and receive regular reporting on performance against those objectives. This module covers what the Board reporting obligation requires from a security engineering perspective, how to build the metrics layer that feeds the Board information security report, and how to structure that report so an APRA examiner reviewing Board papers sees evidence of active governance rather than a static policy statement.

Module 12. APRA Examination Readiness

When APRA requests a CPS 234 review, the evidence packs produced across the preceding modules become your examination response. This module covers how a CPS 234 examination is structured, what examiners request in the initial document list, common gap findings in Australian financial institutions and how to pre-close them, and how to manage an examiner walkthrough session as a security engineer without escalating every question to your CISO or GRC team.

How this addresses your situation

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

GRC team requests CPS 234 evidence for a control you own but cannot produce in auditor-readable format.

APRA examination notice arrives and your team has weeks to assemble evidence packs that should have existed continuously.

Third-party security assessment is required for a critical vendor and your team has no assessment template or documentation process.

Board information security reporting needs to evidence control effectiveness but security engineering outputs are not in a format the Board committee can interpret.

What you get with this course

Twelve written modules built for security engineers who own CPS 234 control domains
Evidence pack templates for vulnerability management, third-party assessment, penetration testing, IAM, SIEM coverage, incident response, and Board reporting
A hand-built implementation playbook mapping the course framework to your specific IAR and control environment
Downloadable worked examples for each evidence format and documentation type

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

Access to all twelve modules provisioned within 24 hours of purchase.

The hand-built implementation playbook, mapping the course framework to your specific control environment and IAR, is delivered alongside course access.

Typically completed across two to four weeks at your own pace, depending on implementation depth.

Before and after

Before

Security engineering work is invisible to auditors. GRC teams file exception reports because control evidence does not exist in attestation format. Examination preparation requires weeks of retroactive reconstruction. Third-party assessments produce output that does not satisfy CPS 234 clause requirements.

After

Every security control produces its own evidence as a byproduct of operation. Third-party assessments, vulnerability cycles, and penetration tests generate auditor-ready packs at completion. CPS 234 examination readiness is a maintenance task, not a project.

What happens if you do not address this

The next APRA CPS 234 review surfaces documentation findings against controls that are operationally sound. Remediation timelines are short, retroactive evidence reconstruction is expensive, and examiner findings become part of the regulatory record. The engineering work is real. Without the evidence architecture, the examiner cannot see it.

Who it is for

Cyber security engineers and practitioners at APRA-regulated financial institutions who own specific CPS 234 control domains, receive evidence requests from GRC or internal audit teams, and need to produce attestation-ready documentation without turning every audit cycle into a reconstruction project. You run the vulnerability scans, maintain the SIEM, own the access review cycles, and conduct or coordinate the penetration tests. This course builds the evidence architecture that proves it.

Who this is NOT for. Not for GRC analysts or compliance officers who write policy but do not own controls. Not for security managers who delegate all engineering work and need governance reporting rather than evidence production skills. Not for practitioners outside APRA-regulated financial institutions who do not face CPS 234 examination requirements.

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. Two to four weeks at your own pace. Each module includes implementation exercises designed to apply directly to your current control environment and evidence registry.

Why $199 is the right number

Engaging an external APRA advisory firm to design your CPS 234 evidence architecture typically costs between $15,000 and $50,000 and produces documentation written for a compliance officer, not a security engineer. Building the capability through internal GRC engagement takes six to twelve months without a structured framework. This course delivers a structured, engineer-oriented evidence framework at $199, built specifically for practitioners who own the controls and need to prove they work.

FAQ

Is this relevant if my organisation already has a CPS 234 compliance program?

Most organisations with a compliance program have board-level policy and governance documentation, but the engineering-level evidence architecture is frequently the gap that surfaces during examination. This course is for the practitioner who owns the controls, not the compliance officer who owns the policy.

Does the course cover specific tools like Qualys, Splunk, or Microsoft Sentinel?

The evidence frameworks are tool-agnostic. Module templates work with any vulnerability scanner, SIEM platform, or IAM tooling. The implementation playbook maps the frameworks to the specific tools your team uses.

My organisation is not APRA-regulated. Is this course still relevant?

The evidence architecture applies to any ISO 27001 or SOC 2 Type II environment. The regulatory examples and clause references are APRA-specific, but the documentation methodology transfers directly to other regimes.

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.