Description

A focused course, tailored for you

APRA CPS 234 Control Evidence for Security Engineers

Build the evidence pack that satisfies APRA examiners and the board attestation, not just the control register.

The APRA CPS 234 attestation cycle has a column that trips most engineering teams: evidence of effectiveness. Not the control registry. Not the policy document. The dated, signed proof that each information security control works continuously, at the level of specificity an APRA examiner requires.

$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

Cyber security engineers at Australian financial institutions spend the first half of every attestation cycle building controls. They spend the second half scrambling to document them in language auditors accept. The SIEM has hundreds of active correlation rules. The APRA self-assessment template asks for control objective coverage, not rule counts. The vulnerability management system has a risk-rated backlog. The evidence pack needs remediation SLA compliance rates, not ticket numbers. The translation layer between engineering output and regulatory artefact is where most teams lose time, and where most findings come back from internal audit.

What you walk away with

Build a control inventory that maps each CPS 234 obligation to a specific technical control with a dated evidence reference your auditors can open.
Design a SIEM logging coverage evidence pack that demonstrates detection capability against the threat scenarios APRA prioritises in its supervisory guidance.
Produce a vulnerability management attestation artefact that proves SLA compliance against your organisation's risk-rated remediation schedule.
Write a pentest-to-remediation chain document that closes the loop from external test finding to control improvement with a dated sign-off.
Deliver a board-ready control status dashboard your CISO takes to the annual attestation without translating engineering output into executive language yourself.

The 12 modules

Module 1. Reading CPS 234 as a Control Owner

CPS 234 is written for boards and executives, not engineers. This module translates each obligation section into control objectives a technical practitioner can own: what adequate means in the context of detection controls, what information assets covers beyond the obvious, and where the line sits between a policy obligation and an engineering deliverable. You leave with a personal obligation map tied to your specific control domain.

Module 2. The APRA Evidence Standard

APRA examiners distinguish between evidence a control exists and evidence it functions. This module covers the three-tier evidence model: design evidence such as architecture and configuration, operating evidence such as logs and tickets, and effectiveness evidence such as trend data and remediation timelines. Each tier maps to the CPS 234 attestation template. You leave with a per-control evidence checklist that specifies exactly which artefacts to produce and in what format.

Module 3. Building the Control Inventory Register

The control inventory is the backbone of the CPS 234 attestation pack. This module covers the register structure: obligation reference, control objective, technical control name, evidence type, evidence location, last review date, and owner. You build your own register against the obligations relevant to your domain using the worked template. The register becomes the source of truth your internal audit team opens at the start of every attestation cycle.

Module 4. SIEM Logging Coverage Evidence

APRA asks about detection capability, not rule counts. This module covers how to document SIEM coverage against the threat scenarios referenced in CPS 234 supervisory guidance: mapping log sources to detection objectives, documenting correlation rule review cadence, and producing a coverage heat map that shows gaps and mitigating controls. You leave with a SIEM evidence pack template and a coverage review process your team can repeat each attestation cycle.

Module 5. Vulnerability Management Evidence Pack

A vulnerability backlog is not an evidence pack. This module covers what APRA examiners want from vulnerability management: risk-rated scan coverage, remediation SLA compliance rates by risk tier, exception documentation for accepted risks, and trend data showing improvement over time. You produce a vulnerability management attestation template, a remediation SLA tracking sheet, and an exception register that satisfies both internal audit and the regulator.

Module 6. Threat Intelligence Operationalisation Evidence

CPS 234 requires financial institutions to maintain awareness of the threat environment relevant to their information assets. This module covers how to document threat intelligence operationalisation: the intake process, the triage decision log, the policy or configuration change triggered, and the closing evidence record. You leave with a threat intel lifecycle document that demonstrates ongoing awareness and response capability, not just a subscription to an intel feed.

Module 7. Third-Party and Supply Chain Controls

CPS 234 extends information security obligations to third-party information assets. This module covers the vendor control evidence requirement: mapping your top-tier vendors to CPS 234 obligations, designing the right-size assessment process from questionnaire through attestation, and documenting vendor risk acceptance. You build a third-party control evidence framework scaled to a realistic annual cycle, not a compliance exercise that consumes your entire security team for six months.

Module 8. Incident Detection and Response Evidence

When a material incident occurs, APRA requires notification within 72 hours. More critically, the board must attest that detection and response capability was adequate before the incident occurred. This module covers the post-incident artefact set: timeline reconstruction, detection gap analysis, response effectiveness record, and the notification package. You produce a response evidence template that satisfies both the retrospective audit review and the prospective board attestation.

Module 9. Penetration Testing Evidence Integration

A pentest report is not a CPS 234 evidence artefact by itself. This module covers how to close the pentest evidence loop: translating findings into control gap records, producing the remediation commitment and timeline, tracking remediation completion, and generating the closing attestation. You leave with a pentest-to-remediation chain template that turns a point-in-time test into a continuous improvement evidence thread your auditors can follow across attestation cycles.

Module 10. Control Testing and Self-Assessment Methodology

CPS 234 requires ongoing control testing beyond the annual penetration test. This module covers the self-assessment cycle: selecting controls for periodic testing, designing lightweight test procedures for engineering teams, documenting test results and exceptions, and timing the self-assessment to feed the attestation calendar. You produce a control testing calendar and test procedure templates for the three control domains where self-assessment findings most frequently surface in APRA supervisory reviews.

Module 11. Cross-Framework Evidence Efficiency

Most APRA-regulated financial institutions also carry ISO 27001 certification or NIST CSF alignment requirements. This module covers how to build evidence artefacts that satisfy CPS 234 and a second framework simultaneously, avoiding duplicate evidence trails that create inconsistency risk during joint reviews. You map the CPS 234 obligation set against ISO 27001 Annex A controls and NIST CSF functions, identifying where one artefact closes two requirements and where they genuinely diverge.

Module 12. Board-Ready Control Status Reporting

The CISO carries the annual attestation to the board. You produce the data behind it. This module covers the translation layer: building the one-page control status dashboard that aggregates your domain evidence into a board-readable format, with traffic-light ratings, trend lines, and the disclosures your CISO needs to make without engineering context. You leave with a reporting template calibrated to the APRA attestation cycle and your organisation's governance rhythm.

How this addresses your situation

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

You are preparing for an APRA self-assessment and need to structure the evidence pack your engineering team produces against CPS 234 obligations.

Internal audit has returned findings on control documentation quality and you need to close those gaps before the next attestation cycle.

Your organisation is standing up a new detection platform and you need to establish logging coverage evidence from the start of the deployment.

You are new to an APRA-regulated institution and need to understand the specific evidence standard that differs from non-regulated environments.

What you get with this course

12 text modules with worked examples for each control domain
Downloadable evidence templates: control inventory register, SIEM coverage heat map, vulnerability management attestation pack, pentest-to-remediation chain, incident response evidence set, third-party risk assessment framework
Board-ready control status reporting template calibrated to the APRA attestation cycle
Hand-built implementation playbook tailored to your specific control domain and attestation calendar
Access in the Art of Service learning environment

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

The attestation self-assessment comes back from internal audit with eight findings. Six of them are evidence gaps, not control gaps. The controls exist. The documentation package does not satisfy the examiner.

After

Each control domain has an evidence pack with dated artefacts, coverage metrics, and a remediation chain. The internal audit review takes days instead of weeks. The board attestation sign-off has no open evidence findings.

What happens if you do not address this

CPS 234 attestation findings have escalated from management-level responses to board-level items in recent APRA supervisory cycles. An engineering team that produces controls but cannot evidence them creates attestation risk that sits on the CISO's desk and eventually the board's agenda. The technical controls are not the gap. The documented proof of their effectiveness is.

Who it is for

Cyber security engineers and senior analysts at Australian financial institutions, deposit-takers, and APRA-regulated insurers who own specific control domains such as detection, vulnerability management, identity, or endpoint, and are accountable for producing evidence that satisfies both internal audit and the annual CPS 234 attestation cycle.

Who this is NOT for. Security architects working at the framework design level, GRC managers who commission evidence rather than build it, or engineers in non-APRA-regulated environments where the evidence standard differs materially from the CPS 234 attestation requirement.

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. Each module is designed for one to two focused sessions. The 12-module course is completable in three to four weeks working alongside a live attestation cycle, or four to six weeks as background study.

Why $199 is the right number

APRA CPS 234 guidance documents are publicly available but written for boards, not engineers. Cybersecurity consulting firms offer CPS 234 readiness assessments starting above $25,000 for a two-week engagement. This course delivers the same engineering-level translation at $199, with implementation artefacts you own and can reuse across attestation cycles.

FAQ

Does this course cover CPS 230 operational resilience obligations as well?

The course focuses on CPS 234 information security controls. Several modules on control testing and third-party risk documentation touch obligations that overlap with CPS 230, but the operational resilience standard is covered in a separate course.

Is this relevant for a security engineer at a non-bank APRA-regulated entity such as an insurer or superannuation fund?

Yes. CPS 234 applies to all APRA-regulated entities. The control examples use financial institution scenarios, but the evidence methodology and artefact templates apply directly across the full APRA-regulated sector.

The SIEM module mentions logging coverage. Does it require a specific platform?

The module covers platform-agnostic evidence methodology, referencing log source categories and detection objectives rather than vendor-specific query syntax. Worked examples include both Microsoft Sentinel and Splunk patterns as appendix references, but the attestation artefacts function regardless of platform.

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.