Description

A focused course, tailored for you

Security Engineering in Regulated Banking

Build the technical controls, audit artefacts, and remediation workflow that regulators actually ask for.

You close the ticket. Compliance reopens the finding. The gap is not the fix — it is the audit trail, the regulatory mapping, and the closure memo that proves the fix was deliberate, documented, and durable.

$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 engineers at large regulated banks spend a significant portion of their time not on new vulnerabilities but on the documentation lifecycle around already-remediated ones. A penetration-test finding gets patched, but internal audit wants a root-cause analysis, a compensating-controls rationale, and a change-management record that ties back to the specific regulatory obligation. DORA operational resilience requirements, EBA guidelines on ICT risk, and the bank's own RCSA framework each demand slightly different evidence. Most security engineers were not trained in that translation layer. They can close the technical risk. They have not been taught to close the compliance record.

What you walk away with

Write a remediation closure package that satisfies internal audit without a second round of questions.
Map any CVE, misconfiguration, or penetration-test finding to the correct regulatory control reference across DORA, EBA ICT guidelines, and ISO 27001.
Build a threat model artefact that a risk committee can read in under five minutes.
Design compensating-controls documentation that is credible to an examiner, not just a checkbox.
Run a CHG evidence trail from ticket open through approver sign-off to regulatory archive, end to end.
Deliver a one-page executive remediation memo that closes regulator correspondence rather than prompting a follow-up request.

The 12 modules

Module 1. The Regulatory Stack a Security Engineer Actually Works Within

Maps the three-layer structure every security engineer at a regulated bank operates inside: the prudential regulator (PRA, BaFin, ACPR depending on entity), the internal second-line risk function, and the external audit team. Each layer asks for different evidence from the same finding. This module shows which artefact goes to which layer and how to avoid producing three separate documents when one structured package answers all three.

Module 2. DORA Operational Resilience Controls for Engineers

Translates the DORA ICT risk management chapter into the twelve specific control types that security engineers are most likely to own: patch management, configuration hardening, access control changes, network segmentation, incident detection, and recovery testing. For each control type, the module shows the specific evidence a DORA regulatory review expects to see, not the generic principle, but the actual artefact format.

Module 3. Mapping Findings to Regulatory Obligations

Builds a repeatable mapping methodology: take any CVE, penetration-test finding, or misconfiguration, identify the relevant regulatory control reference, and document the link so an examiner can trace from finding to control to closure without additional clarification. Covers the EBA ICT guidelines mapping table, the ISO 27001 Annex A cross-reference, and the internal RCSA category taxonomy most large banks use.

Module 4. Root-Cause Analysis Artefacts That End the Conversation

Most security engineers write a technical root-cause statement. Audit wants a structured RCA that names the contributing control failure, the detection gap, and the corrective action with an owner and a due date. This module provides the two-page RCA template that satisfies internal audit and external examiners, with worked examples drawn from common vulnerability categories: unpatched OS components, misconfigured cloud storage permissions, and excessive privilege assignments.

Module 5. Compensating Controls: Documentation That Holds Up

When the primary control cannot be implemented immediately, a compensating control must be documented in a format that is credible to the second-line risk function and to the regulator. This module covers what makes a compensating control rationale credible versus what gets rejected: the specificity of the risk acceptance, the time-bound nature of the compensating measure, and the escalation path if the compensating control itself fails.

Module 6. The Change Management Evidence Trail

Regulated banks require a complete CHG evidence trail from security ticket through design review, implementation approval, and post-implementation validation. This module walks through the full trail for three common security change types: firewall rule modifications, certificate rotations, and cloud IAM policy updates. Each worked example produces the artefact set that the change advisory board and the audit team both accept without rework.

Module 7. Threat Modelling for Compliance Audiences

A threat model written for an engineering team reads differently from one written for a risk committee or an examiner. This module teaches the translation: how to take a technical STRIDE or PASTA analysis and produce a one-page risk narrative with a clear risk rating, the relevant regulatory exposure, and the control response. The output is the threat model that gets into the RCSA without redrafting.

Module 8. Penetration Test Finding Lifecycle Management

Penetration test findings have a specific lifecycle inside a regulated bank: triage, risk rating, remediation owner assignment, interim compensating control if the fix window exceeds the regulatory tolerance, and final closure with evidence. This module maps that lifecycle and provides the finding register format, the remediation status template, and the regulator-facing summary that compliance teams stop chasing security engineers to produce.

Module 9. Cloud Security Controls in a Regulated Context

Cloud deployments in regulated banking face a specific tension: the engineering team controls the workload configuration, but the regulatory evidence requirement is set by a framework written before cloud was the default. This module covers the cloud-to-regulation mapping for the three most common finding categories in bank cloud environments: storage access controls, identity federation gaps, and logging and monitoring shortfalls. Each category comes with its regulatory citation and its evidence format.

Module 10. The One-Page Remediation Memo

The remediation memo is the artefact that closes regulator correspondence. It is not a technical report. It is a structured one-page document that states the finding, the root cause in one sentence, the control response, the implementation date, the evidence reference, and the residual risk statement. This module provides the template and three worked examples: a CVE remediation, a configuration hardening finding, and a third-party access control gap.

Module 11. Working with Internal Audit and Second-Line Risk

Security engineers who understand what internal audit actually needs from a finding package spend less time in back-and-forth cycles. This module covers the information request process from an audit perspective: what a typical ICT risk finding review looks like, what evidence gaps trigger a follow-up request, and how to front-load the package so the first submission is also the last. Includes the pre-submission checklist used by experienced security leads.

Module 12. Building Your Personal Audit-Ready Artefact Library

The final module is practical: each participant builds a personal artefact library with templates for every document type covered in the course. The library is structured so that any new finding can be documented quickly by filling in the relevant template with the finding-specific details. The implementation playbook delivered alongside the course customises this library for the participant's specific regulatory context and internal audit requirements.

How this addresses your situation

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

Modules 1-3: understand the regulatory stack and build the mapping methodology before any finding lands.

Modules 4-6: handle the documentation cycle for a single finding from discovery through CHG closure.

Modules 7-9: address the specialist categories that come up most frequently in large bank security engineering: threat models, pen test lifecycles, and cloud controls.

Modules 10-12: produce the final artefacts that close regulatory correspondence and build the reusable library for future findings.

What you get with this course

12 written modules in the Art of Service learning environment, each covering one artefact type with worked examples from the regulated-banking context.
Downloadable templates for every artefact covered: RCA format, remediation memo, compensating-control rationale, CHG evidence checklist, and finding register.
Hand-built implementation playbook delivered alongside course access, customised for your role and your regulatory stack.
Regulatory mapping tables: DORA ICT controls, EBA ICT guidelines, ISO 27001 Annex A, cross-referenced against common finding categories.

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 patched vulnerability triggers a second audit cycle because the closure package is missing the RCA format, the regulatory mapping, or the compensating-control rationale. The security engineer knows the technical answer but spends additional hours reconstructing evidence that should have been produced during the fix.

After

Every finding is closed with a structured artefact package on the first submission. The regulatory mapping is done at triage. The RCA is produced during remediation. The CHG evidence trail is complete. Internal audit and the second-line risk function stop chasing for additional evidence.

What happens if you do not address this

Without the artefact discipline, every audit cycle reopens technically resolved findings. The regulatory exposure does not decrease; it accumulates as a backlog of undocumented closures. For a security engineer building a career at a regulated institution, the ability to close findings cleanly is as important as the ability to fix them technically.

Who it is for

Security Engineers at major regulated financial institutions, typically two to seven years into their career, who are technically strong but find themselves repeatedly pulled into compliance evidence cycles, audit prep sessions, and finding-remediation documentation workflows that their graduate training never covered.

Who this is NOT for. Penetration testers focused purely on offensive tooling. GRC analysts who do not write or review technical controls. Security engineers at non-regulated startups where audit overhead is minimal.

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 to be completed in 30-45 minutes. The full course is workable across two focused weeks alongside a normal engineering schedule.

Why $199 is the right number

Internal training at large banks covers the bank's own processes but rarely the cross-framework regulatory mapping or the artefact formats that satisfy external examiners. Professional certifications cover policy and governance layers but rarely the engineering-level documentation workflow. This course sits at the intersection: the technical specificity of an engineering audience with the artefact precision of a compliance practitioner.

FAQ

Is this relevant to cloud-first security engineering or only on-premise environments?

Both. Module 9 covers cloud security controls specifically. The regulatory mapping and artefact templates apply regardless of whether the underlying infrastructure is cloud-hosted, on-premise, or hybrid.

Does the course assume knowledge of specific regulatory frameworks?

No prior regulatory knowledge is required. Module 1 and Module 2 build the mapping foundation. The worked examples reference DORA, EBA ICT guidelines, and ISO 27001 because those are the most common frameworks in large European banks, but the methodology applies to any regulatory overlay.

What does the implementation playbook cover?

The playbook is hand-built for your role and context. It maps the course artefact types to your most likely finding categories, provides the prioritisation sequence for your current audit cycle, and gives you the specific template variants most applicable to your regulatory exposure.

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.