Description

A focused course, tailored for you

The Infrastructure Security Engineer Playbook for Commerce Platforms

A skills course for the engineer who owns production infra security on a payments-adjacent platform.

The quarterly PCI evidence pull is the moment Infrastructure Security Engineering becomes legible to people who do not read kube manifests, and the artefacts the auditor wants live across six tools nobody documented as a single chain.

$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

An Infrastructure Security Engineer on a high-throughput commerce platform owns the security posture of the systems behind every merchant checkout. That means production Kubernetes fleets, the CI/CD supply chain, the secrets layer, workload identity across multi-region clusters, runtime detection on payments-adjacent services, and the evidence chain that PCI DSS 4.0, SOC 2, and any regional privacy regulator asks for on a quarterly cadence. The job is rarely a single failure. It is a slow accumulation of attestations, rotation logs, admission-policy diffs, threat models for newly launched services, and incident response runbooks for production infrastructure. The pain is that the role lives between the platform-engineering org (which wants velocity) and the GRC org (which wants screenshots). The engineer ends up translating both ways, often without a documented artefact map that says what goes where, what query produces it, and how to keep it producible without a fire drill every audit cycle. This course gives that artefact map. It does not assume you need security 101. It assumes you are deep in the role and need a clean, opinionated, regulator-acceptable layout of every artefact your job touches.

What you walk away with

Produce a single artefact map of every infra-security control on your platform and the evidence query for each one.
Cut quarterly PCI DSS 4.0 evidence collection from weeks to a single workday using pre-built query patterns.
Threat-model a new payments-adjacent service in 90 minutes with a template the platform-engineering org accepts.
Build a secrets-rotation evidence pipeline that produces auditor-acceptable proof on demand, not on request.
Stand up workload-identity attestation flows that satisfy PCI Req 7 and Req 8 across multi-cluster, multi-cloud topology.

The 12 modules

Module 1. The Infrastructure Security Engineer artefact map

Lays out every artefact your role is on the hook for, from admission-policy diffs to attestation chains to runtime detection rules. Maps each artefact to the regulator who asks for it (PCI DSS 4.0, SOC 2 CC, regional privacy), the tool of record, the query that extracts it, and the cadence the evidence pipeline must hit. This module is the spine the other eleven hang off.

Module 2. Threat-modelling a payments-adjacent service in 90 minutes

A working template for threat-modelling a new internal or merchant-fronting service that touches cardholder data, session tokens, or merchant credentials. Walks through STRIDE in the form your platform-engineering org actually accepts, with worked examples for a checkout-flow service, a webhook delivery service, and a merchant API gateway. Output is a one-pager the service owner signs off on.

Module 3. Workload identity and PCI DSS 4.0 Req 7 and Req 8

Designing workload-identity attestation flows (SPIFFE, cloud-native workload identity, OIDC federation) that satisfy PCI Req 7 access control and Req 8 authentication for non-human identities. Covers the attestation chain from cluster to service to downstream API, the evidence shape an auditor accepts, and the rotation cadence the standard now requires under 4.0.

Module 4. Secrets management and the rotation evidence pipeline

Vault, cloud-native secret stores, or whatever you run, the audit question is the same: prove every secret with access to cardholder-data-environment systems was rotated within the documented cadence. This module gives the rotation evidence pipeline design, the query patterns, and the dashboard layout that turns the auditor's quarterly request into a saved view.

Module 5. Supply-chain attestation for the build tier

SLSA level targets, in-toto attestations, signed artefacts, reproducible builds, and the policy layer that gates deployment on attestation presence. Covers what evidence PCI DSS 4.0 and SOC 2 examiners are starting to ask for on the build supply chain, and how to wire your CI to produce it without slowing release cadence.

Module 6. Admission control and policy-as-code for production clusters

OPA Gatekeeper or Kyverno patterns for the controls that matter on a payments-adjacent platform: image-source restrictions, mandatory pod-security standards, network-policy presence, secret-mount restrictions, and the deny-list for workload types that should never run in CDE namespaces. Each policy ships with the evidence query that proves it has not been bypassed.

Module 7. Runtime detection on the platform fleet

Falco, Tetragon, or your equivalent runtime sensor, focused on the rule set that catches the attacks an Infrastructure Security Engineer at a commerce platform actually worries about: container escape attempts, unexpected outbound to non-allowlisted endpoints, secret-file reads from non-owner processes, and crypto-mining indicators. Each rule ships with tuning guidance for false-positive rates under platform load.

Module 8. Detection-to-evidence pipelines for the SIEM

Splunk, Chronicle, or whatever you ingest into, the audit pattern is the same: show me the detection coverage, show me the alerts that fired in the last 90 days on CDE systems, show me the response times. This module gives the saved-search layout, the dashboard structure, and the export pattern that makes evidence pulls a query click, not a sprint.

Module 9. Incident response for production infrastructure

The runbook layer for the incidents an Infrastructure Security Engineer is paged on: cluster-wide credential exposure, runtime sensor alert on a CDE pod, supply-chain compromise indicator on a recent deploy, vendor cloud-provider notification of a control-plane issue. Each runbook is structured to also serve as evidence the response was documented to PCI Req 12 standards.

Module 10. Multi-region, multi-cloud topology and the evidence chain

Most commerce platforms run across regions to serve merchant latency targets, and several run across clouds for redundancy. This module covers the evidence-chain implications: how attestations, secrets rotation, and detection coverage need to be demonstrably consistent across topology, the queries that prove parity, and the gap report shape that surfaces drift before an auditor finds it.

Module 11. Translating between platform engineering and GRC

The role lives between two orgs with different vocabularies. This module gives the translation layer: how to phrase a security requirement so the platform-engineering org treats it as a feature ticket not a tax, how to phrase a control gap so the GRC org can carry it into the next audit cycle without re-asking you a dozen questions. Includes templates for both directions.

Module 12. Quarterly evidence-week as a 4-hour task

Ties the prior eleven modules into a single quarterly cadence. The set of saved queries to run, the dashboard exports to take, the artefact map to update, and the gap report to file. Walks through one full quarterly cycle as a worked example, with the time budget for each step and the failure modes that turn a 4-hour task back into a 3-week sprint.

How this addresses your situation

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

When the quarterly PCI DSS 4.0 evidence request lands: modules 1, 3, 4, 8, and 12 give you the artefact map and the queries that fulfil it.

When platform engineering ships a new payments-adjacent service and asks for security sign-off: modules 2, 3, and 6 give you the threat model, identity flow, and admission policies in under a working day.

When the SOC pages on a runtime detection alert in a CDE namespace: modules 7 and 9 give you the rule context and the incident-response runbook that doubles as audit evidence.

When a regional privacy regulator asks for evidence of access control on personal-data systems: modules 1, 3, and 8 give you the attestation chain and the query that produces it.

What you get with this course

Twelve written modules in the Art of Service learning environment, each with downloadable templates and worked examples.
An artefact-map template you populate for your own platform once, then maintain quarterly.
Pre-built evidence-extraction query patterns for the main SIEMs and policy engines.
Threat-model templates for the four common payments-adjacent service shapes.
The hand-built implementation playbook delivered alongside course access, tuned to your specific stack and topology.
30-day money-back guarantee if the artefact map and queries do not cut your evidence-week time.

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

Within 24 hours your account in the Art of Service learning environment is provisioned and the tailored implementation playbook for your stack is delivered alongside it.

Module 1 is the spine and is structured to be completed in the first session.

Modules 2 through 12 are designed for one per working day, two if you batch them. Full course in under three working weeks at a sustainable pace.

Before and after

Before

Quarterly PCI evidence pulls eat two to three weeks of your time. Every audit cycle starts with re-discovering which Splunk index has the answer, which Vault path produced the rotation log, and which OPA policy was responsible for the last admission-control gap. New service threat models take five days of meetings.

After

Evidence-week is a saved-view click and a single working day. New service threat models take 90 minutes with a template the service owner signs off on. The artefact map is a living document the GRC org reads directly, removing 60 percent of the back-and-forth that used to come at you.

What happens if you do not address this

The 4.0 cycle of PCI DSS is the first audit standard that genuinely expects attestation chains and rotation evidence on a tight cadence. Infrastructure Security Engineers without a documented artefact map will lose more time per cycle, not less. The role gets defined by audit response time rather than by the security work that actually reduces risk.

Who it is for

An Infrastructure Security Engineer (or Senior, or Staff) on a commerce, fintech, or payments-adjacent platform. Hands-on with Kubernetes admission controllers, service mesh, workload identity, Vault or a comparable secrets store, CI/CD attestation, runtime detection (Falco, Tetragon, or equivalent), and the SIEM that consumes it all. Reports into a platform security or product security org. Carries a pager. Holds the line between platform engineering velocity and PCI DSS, SOC 2, and regional privacy regulators.

Who this is NOT for. Not for security awareness or compliance-policy roles, not for SOC analysts working application logs, and not for engineers new to production infrastructure. This is a course for the engineer already deep in the role who needs the artefact map and the evidence-extraction queries, not an introduction to cloud security concepts.

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. Roughly 12 to 18 hours of focused reading and template work, spread across three working weeks at one module per day, or one working week at two modules per day.

Why $199 is the right number

Vendor-specific courses (cloud-provider security tracks, single-tool deep dives) teach the tool. PCI training courses teach the standard. Neither stitches the two together into the artefact map an Infrastructure Security Engineer on a commerce platform actually needs. The free certification study guides go wide and shallow. This course goes narrow and deep on the engineer-facing artefact layer.

FAQ

Is this PCI DSS training?

No. It is an infrastructure security engineering skills course that uses PCI DSS 4.0, SOC 2, and regional privacy regulators as the evidence consumers your artefacts have to satisfy. The training a QSA delivers is complementary, not duplicative.

Do I need to be on Kubernetes for this to apply?

Most worked examples assume a Kubernetes platform tier because that is the common shape on commerce platforms. The artefact-map logic, attestation flows, and evidence pipeline patterns translate to other production infrastructure topologies.

How tailored is the implementation playbook?

It is built per buyer within 24 hours of purchase, against your stated stack (orchestration layer, secrets store, SIEM, policy engine, attestation tooling). It is not a generic template renamed for you.

What if my role does not yet own all the artefacts in the map?

The map is also a scope clarifier. It surfaces which artefacts are yours, which are platform engineering's, and which are GRC's. The translation module covers how to move ownership without owning the political battle.

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.