Description

A focused course, tailored for you

APRA CPS 234 Evidence Engineering for Cloud Security

How Principal Engineers at regulated financial groups turn cloud security configuration into audit-ready control evidence.

The APRA self-assessment cycle opens and the evidence spreadsheet grows again. Not because the controls got weaker. Because each cycle, reviewers want more operational specificity on controls that already exist. A Principal Engineer running cloud-native security infrastructure has the controls. The gap is the evidence architecture that keeps them auditable between reviews.

$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 requires financial institutions to demonstrate that their information security capability is defensible under scrutiny. For engineers, that means something specific: every control must be backed not just by its existence but by its operation. A threat detection service is a control. The documented process for triaging its findings, escalating them, closing them with timestamps, and measuring remediation time is the evidence. Cloud-native financial security teams typically have sophisticated controls but build their evidence practice reactively, which means the self-assessment pack grows with each cycle and review conversations go deeper than the documentation can support. This course is the evidence architecture practice that closes that gap.

What you walk away with

Map every APRA CPS 234 obligation to the specific evidence artefact that satisfies it.
Build a cloud-native control inventory that spans accounts, services, and regions with full obligation traceability.
Produce cloud security service outputs as structured regulatory evidence with finding-to-remediation chains and timestamps.
Write a penetration test response pack that satisfies APRA reviewers, not just security teams.
Build a CPS 234 self-assessment statement supported by evidence at every claim.
Implement continuous control monitoring that keeps your evidence base current between review cycles.

The 12 modules

Module 1. What APRA CPS 234 Actually Requires from Engineers

CPS 234 paragraphs 14 through 23 define the security control obligations. This module reads each paragraph as an engineering requirement and maps it to the specific evidence artefact that satisfies it. You leave with a requirement-to-evidence matrix, built for your environment, that structures the rest of the course. Common gap: submitting control descriptions instead of control testing results or operational records.

Module 2. Cloud Control Inventory for CPS 234 Compliance

Large financial groups run hundreds of cloud accounts across multiple organisations. This module covers building a control inventory that spans accounts, services, and regions, each control tied to the relevant CPS 234 obligation. Using cloud configuration compliance services and security standards as the systematic foundation. The output is a living control registry with obligation mapping, ownership, and evidence pointers for each control.

Module 3. Cloud Security Services as Regulatory Evidence

Threat detection, findings aggregation, API activity logging, and configuration compliance services generate continuous output. This module covers how to structure each service's output as formal control evidence: what to retain, what to annotate, how to present finding-to-remediation chains with timestamps for APRA reviewers. Includes the exact evidence format that answers 'how do you know this control is operating?' in a CPS 234 review conversation.

Module 4. Identity and Access Management Evidence

PAM, service accounts, role-based access, and privileged access reviews are a primary focus in CPS 234 reviews. This module builds the IAM evidence package: how to produce access certification records, service account inventories, privilege use logs, and separation of duties documentation from identity and access management tooling. The artefact is the IAM evidence pack your APRA reviewer can trace from obligation through to operational record.

Module 5. Vulnerability Management as a Documented Practice

APRA expects vulnerability management to be a managed program, not a scan-and-patch cycle. This module builds the evidence of program: risk-tiered remediation timelines, exception approval records, compensating control documentation, and the aggregate posture report. Covers translating CVSS scores and asset criticality ratings into APRA-defensible remediation plans that hold up when a reviewer asks why a critical finding took 47 days to close.

Module 6. Penetration Testing Evidence and Response

Commissioning a penetration test is table stakes. The evidence is in how your team responds. This module covers writing the penetration test terms of reference for regulatory value, translating findings into remediation commitments with owners and deadlines, and building the response pack that closes the loop for APRA. Includes the format that shows reviewers a mature test-and-respond cycle rather than a point-in-time exercise.

Module 7. SIEM and Incident Detection Evidence

SIEM platforms generate data at volume. This module covers building the evidence layer above the data: detection coverage mapping against the threat profile in your CPS 234 assessment, mean-time-to-detect and mean-time-to-respond records, and the incident log format that satisfies both internal audit and APRA reviewers. Includes how to present detection capability honestly without over-claiming coverage in the self-assessment statement.

Module 8. Third-Party and Vendor Security Evidence

APRA CPS 230 and CPS 234 intersect on third-party security. This module covers building the vendor security evidence package: how to run third-party assessments with CPS 234 obligations explicitly in scope, what to require from vendors contractually, and how to document residual risk acceptance when vendor controls fall short. The artefact is the third-party risk register with regulatory evidence at each entry.

Module 9. Security in the SDLC as Compliance Evidence

DevSecOps pipeline controls generate a continuous stream of evidence. This module covers how to position SAST, DAST, dependency scanning, and infrastructure-as-code security validation as formal CPS 234 artefacts. Includes the CI/CD pipeline evidence map that shows APRA reviewers security is embedded by design, not bolted on post-release. Covers how to present pipeline findings as a managed program rather than a list of tool outputs.

Module 10. Network Security Architecture Evidence

CPS 234 requires evidence that network access is controlled in accordance with the institution's business requirements. This module builds the network evidence package for cloud-native environments: segmentation documentation, security group rule analysis, east-west traffic controls, and micro-segmentation evidence. Covers how to explain cloud networking controls to APRA reviewers familiar with traditional perimeter models but less familiar with cloud-native equivalents.

Module 11. The CPS 234 Self-Assessment Statement

The self-assessment statement is the document that puts everything together. This module walks through each section of the CPS 234 self-assessment, how to write each claim with supporting evidence references, and how to handle gaps and remediation commitments honestly without creating regulatory liabilities. The artefact is a completed self-assessment template your team can update for each review cycle rather than rebuilding from scratch.

Module 12. Continuous Control Monitoring Between Cycles

The evidence pack should not require a full rebuild every review cycle. This module covers implementing continuous control monitoring: automated evidence collection from cloud security services, scheduled reporting that keeps the evidence base current, and the control health dashboard that gives your team and your Chief Risk Officer a live view of security posture. The output is a monitoring architecture that makes the next self-assessment materially faster to prepare.

How this addresses your situation

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

Preparing a CPS 234 self-assessment and the evidence spreadsheet has grown to several hundred rows with no consistent structure or obligation mapping.

An APRA review is scheduled and the team can articulate the controls but cannot produce the operational evidence at the level the reviewer is asking.

Cloud security tooling is deployed and generating findings, but the output is not structured as formal regulatory evidence with finding-to-remediation chains.

A penetration test has been completed but the response pack does not satisfy the format expected in a CPS 234 review.

What you get with this course

12 written modules covering cloud-native control inventory, cloud evidence architecture, IAM evidence packs, vulnerability program documentation, penetration test response, SIEM evidence, third-party security, DevSecOps pipeline evidence, network architecture evidence, the CPS 234 self-assessment, and continuous control monitoring.
Downloadable templates: requirement-to-evidence matrix, control registry with obligation mapping, IAM evidence pack, penetration test response pack, self-assessment statement template, and control health dashboard framework.
Worked examples: a completed requirement-to-evidence mapping for CPS 234 obligations, an annotated cloud control inventory, and a sample self-assessment statement section with evidence references.
The hand-built implementation playbook, tailored to your role and your institution's cloud security and regulatory context, 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.

Tailored implementation playbook delivered alongside course access.

Before and after

Before

APRA self-assessment evidence pack is rebuilt each cycle from scratch, grows with each review, and cannot consistently answer operational-level questions about how controls are functioning and being tested.

After

Evidence architecture is built once and maintained continuously. Each control has its artefact. Each artefact has its owner. The self-assessment statement is updated from a living evidence base rather than reconstructed under review pressure.

What happens if you do not address this

APRA has intensified its CPS 234 review posture. Financial institutions that cannot produce operational control evidence face remedial action commitments that are more disruptive than building the evidence practice in advance. For a Principal Engineer, the risk is not just regulatory. It is the credibility of the security programme when reviewers go a level deeper than the documentation supports.

Who it is for

Principal Engineers and Senior Engineers in Cyber Security at major financial institutions, typically APRA-regulated banks and international financial groups with Australian operations. You own or significantly influence the technical security architecture. You are responsible for delivering control evidence to risk, compliance, or audit functions during reviews. You know the controls work. You want the evidence practice to be as strong as the controls themselves.

Who this is NOT for. Security analysts who are not in a position to influence the control evidence architecture. Compliance officers looking for a certification overview rather than engineering-level implementation. Engineers in sectors without a formal regulatory evidence obligation.

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. Most engineers work through two to three modules per session. The full course is designed for six to eight focused sessions.

Why $199 is the right number

APRA publishes guidance documents and prudential practice guides but does not provide engineering-level evidence architecture guidance. Major advisory firms charge tens of thousands of dollars for CPS 234 readiness assessments and produce recommendations rather than implementation artefacts. This course is the implementation layer: from knowing what CPS 234 requires to having the evidence that you satisfy it.

FAQ

Is this course specific to AWS or does it cover other cloud environments?

The worked examples and templates are built around AWS security services, which are the most common cloud environment in major Australian financial institutions. The underlying evidence architecture applies to any cloud environment. Azure and GCP equivalents are noted in the relevant modules.

Does this cover APRA CPS 230 as well as CPS 234?

The third-party security module covers the CPS 230 and CPS 234 intersection directly. The primary focus is CPS 234 evidence engineering, with CPS 230 obligations addressed where they overlap.

How does this relate to ISO 27001?

ISO 27001 and CPS 234 overlap significantly on control areas. The course notes the ISO 27001 equivalent for each CPS 234 obligation so you can build an evidence pack that satisfies both with the same underlying artefacts.

What level of seniority is this course for?

Principal Engineers, Senior Engineers, and Security Architects who are responsible for or significantly influence the control evidence practice at their institution. Team leads preparing their team for an APRA review will also find the material directly applicable.

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.