Description

A focused course, tailored for you

Security Architecture Evidence for Financial Regulators

Translate your security design decisions into audit-ready evidence packages that regulators and internal audit will accept.

The APRA point-in-time assessment request list arrives with line items asking for dated test records, exception logs, and control operation histories. Not the architecture diagrams you built. Not the policy documents you approved. The evidence that shows controls operated continuously, with reviewed exceptions and documented test results, the kind of evidence that a security architecture practice rarely generates as a byproduct of its normal 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

Security architects design systems that work. Regulators want proof that the controls operated. These are different standards, satisfied by different artefacts, produced by different processes. Most security architecture teams generate design documentation: network diagrams, control specifications, policy frameworks. They do not, by default, generate the dated test records, exception resolution logs, access review cadence records, and incident response evidence packages that APRA examiners request in a point-in-time assessment. The retrofit, going back through twelve months of operational data to reconstruct an evidence package, takes weeks, produces incomplete answers, and still generates findings on controls that are technically sound but cannot be evidenced. This course builds the capability to produce evidence as a continuous byproduct of your existing architecture and operations, not as a pre-examination scramble.

What you walk away with

Map every CPS 234 control category to the specific evidence artifact an APRA examiner will request, using a crosswalk built from your existing architecture taxonomy.
Conduct a structured gap analysis across your control estate that identifies evidence production deficits by category and produces a prioritized remediation list.
Instrument network, identity, and cloud controls to generate continuous audit-ready evidence rather than pre-examination reconstructions.
Prepare evidence packages that pass internal audit pre-review before a point-in-time assessment, with rated control effectiveness and tracked remediation items.
Build board and executive reporting artefacts that satisfy CPS 234 oversight requirements without requiring directors to interpret technical architecture.
Design an ongoing evidence generation system with automated collection, quarterly review cadences, and annual refresh cycles that eliminate the pre-examination scramble.

The 12 modules

Module 1. Reading the Regulator's Evidence Language

APRA CPS 234 uses specific vocabulary across its 36 sections that does not map cleanly to how security architects document controls. This module translates the regulatory language: what information security capability means in evidence terms, what testing information security controls requires as documented artefacts, and which eight control categories generate the most examiner findings. Includes a regulatory vocabulary reference card and a gap-identification worksheet calibrated to Section 36 notification requirements.

Module 2. Mapping Architecture Domains to CPS 234 Control Categories

CPS 234 organizes controls around four board-level policy requirements; your architecture probably organizes controls around technology domains. This module builds the crosswalk: a structured mapping that converts network, endpoint, identity, cloud, and data architecture domains into the four CPS 234 control categories. The output is a one-page matrix used throughout the course to trace evidence requirements back to your existing control inventory without rebuilding your architecture documentation from scratch.

Module 3. Control Estate Gap Analysis

Using the crosswalk from Module 2, this module teaches a systematic method for identifying evidence gaps across your control estate. For each CPS 234 control category, you assess what evidence exists today, what the examination standard expects, and what must be generated or instrumented. Worked examples cover network segmentation under Section 25, privileged access under Section 26, and incident response capability under Section 29. Output is a prioritized remediation list with effort estimates for each identified gap.

Module 4. Instrumenting Network Controls for Continuous Evidence

Network segmentation is the most-contested CPS 234 evidence domain because examiners want test records and exception logs, not architecture diagrams. This module covers how to instrument existing firewall rule review cycles, network access control logs, and segmentation-testing results into dated, auditable records. Includes a firewall review record template, a segmentation test report format aligned to APRA examination requests, and a log-retention schedule matching the standard lookback window for point-in-time assessments.

Module 5. Identity and Privileged Access Evidence Packaging

Privileged access management is the second-most-cited CPS 234 finding category. Examiners want access review cadence records, exception resolution logs, and segregation-of-duties enforcement evidence. This module covers how to extract PAM evidence from your existing tooling into examination-ready packages: quarterly access review records, role-creep exception logs, and SoD conflict resolution documentation. Includes a PAM evidence checklist, a sample access-review record format, and a reporting cadence calendar aligned to examination cycle expectations.

Module 6. Cloud Control Evidence in Hybrid Environments

APRA does not exempt cloud-hosted controls from CPS 234 evidence requirements. This module converts cloud security tooling outputs, including security finding aggregators, audit logs, and policy-as-code rule results, into regulatory evidence packages. Covers continuous monitoring records, exception management workflows, and compensating control documentation for controls that differ between cloud and on-premises implementations. Includes a cloud-to-CPS 234 control mapping for the 15 most-tested categories and a cloud evidence collection workflow with source-to-artefact traceability.

Module 7. Third-Party and Supply Chain Control Evidence

CPS 234 Section 36 requires evidence that third-party security arrangements are reviewed and that security incidents at suppliers are identified and escalated. This module builds the third-party evidence package: vendor security assessment records, contractual security obligation review logs, and supplier incident notification tracking. Includes a tiered vendor assessment template organized by criticality, a contractual security clause checklist, and a supplier incident log format that satisfies the Section 36 notification requirement for material incidents.

Module 8. Incident Response Evidence and After-Action Records

APRA examiners review incident response records for evidence of actual capability, not documented process. This module structures after-action reports, root cause analysis records, and control-improvement tracking as regulatory evidence. Includes an after-action report template with the seven fields APRA examiners consistently review, a lessons-learned tracking format that links improvements to specific CPS 234 control categories, and an escalation decision log showing that judgment was applied at each response stage.

Module 9. Internal Audit Readiness Before the APRA Assessment

Internal audit's pre-APRA review is the last internal checkpoint before the examiner arrives. This module prepares the evidence package for internal review: a self-assessment against CPS 234 requirements, a control effectiveness rating methodology, and a gap-remediation tracking document with status and owner fields. Includes a pre-review checklist ordered by CPS 234 section, a rating scale calibrated to APRA's examination approach, and a remediation priority matrix weighted by examiner finding frequency.

Module 10. Board and Executive Security Posture Reporting

CPS 234 requires the Board to be informed about information security capability and material incidents. This module builds the required reporting artefacts: a quarterly security posture summary written for non-technical directors, a control effectiveness heatmap that highlights gaps without requiring architecture knowledge, and an incident-trend briefing format. Includes a board paper template with the fields that satisfy CPS 234 oversight requirements, a heatmap construction method, and a two-page executive summary format for quarterly reporting cycles.

Module 11. Managing Evidence Requests During an APRA Examination

The examination itself requires coordinated evidence management across teams. Examiners send requests with short turnaround windows, follow-up questions that reference earlier responses, and clarification rounds that can expose inconsistencies if responses are not coordinated. This module covers examination protocols: a request-tracker format, a response-review process before submission, and a clarification management workflow. Includes a role assignment matrix for examination response teams and a post-examination findings management process that converts findings into tracked remediation items.

Module 12. Building a Continuous Evidence Generation System

Post-examination, the goal is ongoing evidence generation rather than periodic scrambles before each assessment. This module designs the continuous evidence system: automated collection from existing security tooling, quarterly review cadences, and annual evidence-package refresh cycles. Covers how to prioritize which controls to instrument based on examiner finding frequency and operational overhead. Includes an evidence collection calendar, an automation assessment framework, and a capability maturity model to benchmark your evidence generation practice against examination expectations.

How this addresses your situation

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

You are preparing for an upcoming APRA point-in-time assessment and the internal audit pre-review has identified evidence gaps across multiple control categories.

You own the security architecture but have inherited responsibility for CPS 234 evidence production, and the two documentation sets do not align.

Your organisation is extending into cloud environments and the evidence production methods that worked for on-premises controls do not scale to cloud-native architectures.

A recent APRA finding identified evidence quality as a material concern, and you need to build a systematic evidence production capability rather than a one-time remediation response.

What you get with this course

Twelve written modules with downloadable templates and worked examples for every module.
A CPS 234 section-to-evidence-artefact mapping reference covering all 36 sections.
An 18-point control gap analysis worksheet with effort estimates per control category.
A pre-examination evidence package checklist ordered by APRA examination priority.
A board and executive reporting template set including heatmap and two-page summary formats.
The hand-built implementation playbook with a control-by-control evidence production schedule tailored to your architecture and examination timeline.

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

Purchase confirmed: access to the Art of Service learning environment is provisioned.

Within 24 hours: the hand-built implementation playbook is delivered alongside your course access.

Modules are self-paced at two to three hours each, with a pacing guide included in the implementation playbook.

Before and after

Before

Spending weeks before each APRA assessment retrofitting architecture documentation into evidence packages, fielding internal audit requests that cannot be answered without manual evidence reconstruction, and receiving examiner findings on controls that are operating correctly but cannot be proven.

After

Evidence packages assembled from continuously generated records, with a clear crosswalk between architecture decisions and CPS 234 requirements, so a point-in-time assessment becomes a structured documentation exercise rather than a pre-deadline scramble.

What happens if you do not address this

APRA findings on controls that are technically sound but cannot be evidenced carry the same weight as findings on genuinely deficient controls. A security architecture that cannot produce its own evidence is operationally incomplete, regardless of how well the controls were designed.

Who it is for

Security architects, principal security engineers, and security design leads at regulated financial services firms who own the control architecture and are increasingly expected to produce the evidence packages those controls generate. You understand APRA CPS 234 at the policy level. You have built controls that satisfy its requirements. The gap is the translation: turning architecture decisions, operational tooling outputs, and review cadences into the specific evidence formats that pass examination.

Who this is NOT for. Security analysts focused on threat hunting or incident response without architecture accountability. GRC or compliance professionals looking for general framework overviews rather than evidence production methodology. IT auditors on the examiner side. Organisations outside APRA-regulated financial services, or those without existing security architecture documentation to build from.

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 at two to three hours each. The implementation playbook includes a pacing guide if you want to align completion with an upcoming review cycle.

Why $199 is the right number

Engaging an external security consultant to prepare a CPS 234 evidence package costs between $15,000 and $40,000 per engagement and produces a one-time deliverable. Internal remediation projects stretch across quarters and rarely produce reusable evidence frameworks. This course builds the reusable capability to generate evidence continuously from your existing architecture and tooling, without an external dependency for each assessment cycle.

FAQ

Is this course specific to APRA CPS 234 or does it cover other regulatory regimes?

The core curriculum uses CPS 234 as the primary framework because it is the most specific Australian financial services information security standard. The evidence methodology transfers directly to MAS TRM, FCA SYSC, and NIST CSF evidence requirements, and Module 6 includes a regime comparison table. If your institution operates across multiple regulatory environments, the crosswalk templates in each module make the adaptation straightforward.

Do I need specific PAM or SIEM tooling to use the templates?

No. The templates are tool-agnostic. Each module includes a tool-mapping appendix showing how to extract the required data from common enterprise security platforms, as well as a manual collection method for environments where tooling is less mature. The methodology works regardless of your current tooling stack.

How long does it take to complete the course?

Twelve modules at roughly two to three hours each. The implementation playbook includes a pacing guide if you want to align completion with an upcoming internal review or examination date.

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.