Description

A focused course, tailored for you

OT Security Control for Industrial Mining Operations

How security controllers at large-scale mining companies build a defensible OT/IT boundary, satisfy NCA ECC requirements, and produce the audit trail that passes a CISO review.

The control is on paper. The finding is marked owned. But when the NCA ECC assessor asks for evidence of effectiveness, the Security Controller cannot produce it without a week of manual assembly across five systems that were never designed to talk to each other.

$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

Industrial mining security sits at the intersection of physical-site risk, OT network integrity, and national cybersecurity regulation. The NCA Essential Cybersecurity Controls framework expects documented evidence at the control level, not just policy existence. For a Security Controller managing a portfolio of sites, substations, processing plants, and shared corporate IT, the hardest problem is not identifying what needs to be secured. It is producing a coherent evidence trail that maps each control to an asset tier, assigns accountability, records test dates, and closes corrective actions in a format an external assessor or internal audit committee will accept. Most practitioners have the technical knowledge. Few have a repeatable methodology for the documentation layer that sits above it.

What you walk away with

Build an OT asset tier register that maps every control zone to its risk classification and regulatory anchor.
Write corrective action plans that close to auditor-accepted evidence, not to internal sign-off.
Produce the NCA ECC control evidence matrix your assessor will test against, before they arrive.
Design the OT/IT boundary documentation that satisfies both your CISO and an external review body.
Run a quarterly control effectiveness cycle that generates a rolling audit trail without manual assembly.
Deliver a security controller report that a non-technical board risk committee can act on.

The 12 modules

Module 1. The Evidence Gap in Industrial Security Programmes

Examines why technically sound OT security programmes repeatedly fail audit cycles. The module maps the distance between a control that exists in policy and a control that produces auditor-accepted evidence of effectiveness. Uses the NCA ECC domain structure as the reference architecture. Participants leave with a clear picture of the three document types every assessor will test against and why most current-state programmes can only produce one of them.

Module 2. OT Asset Tier Register: Building the Foundation

Walks through the construction of an OT asset tier register for a multi-site industrial operation. Covers how to classify assets by consequence tier rather than technology category, why the register must be the anchor for every downstream control mapping, and how to maintain it across site additions, equipment changes, and contractor scope. Includes a worked example using a processing plant and its associated substation network, showing how the tier register drives zone boundary decisions.

Module 3. NCA ECC Control Mapping for OT Environments

Applies the NCA Essential Cybersecurity Controls framework specifically to OT and industrial environments rather than corporate IT. The module identifies the controls where OT implementations differ materially from the standard IT interpretation and provides the mapping language that lets a Security Controller document those differences in a way an NCA assessor will accept. Covers ECC domains 1 through 3 in depth with OT-specific evidence examples for each sub-control.

Module 4. OT Network Zone Documentation and Boundary Evidence

Focuses on the single most frequently challenged artefact in an OT security assessment: the network zone boundary document. Covers how to produce a zone register that names each boundary control, its implementation method, its test date, and its responsible owner. Explains what 'segmentation evidence' means to an ICS-focused assessor versus a corporate IT auditor, and how to produce the traffic-flow matrices and firewall rule summaries that close a segmentation finding definitively.

Module 5. Corrective Action Plans That Actually Close

Addresses the recurring problem of CAPs that cycle through successive audit periods without reaching accepted closure. The module defines what an evidence-closed corrective action looks like for five common OT security finding categories: asset inventory gaps, unpatched PLCs, network segmentation drift, remote access without MFA, and missing incident response procedures. Participants write a closure package for a real open finding and stress-test it against the questions an internal audit committee will ask.

Module 6. Remote Access Control in Industrial Environments

Examines the specific remote access risk profile of a mining or industrial company: contractor remote maintenance, vendor jump-server access, emergency OT diagnostic sessions, and corporate IT-to-OT pathways. Builds the access control matrix that maps each remote access type to its authorisation tier, authentication requirement, session logging standard, and periodic review cadence. Produces the remote access policy annex that satisfies NCA ECC requirements and can survive a line-by-line assessor review.

Module 7. Patch and Vulnerability Management for OT Assets

Covers vulnerability management methodology for environments where standard patch cycles are operationally impossible. Builds the compensating control register for assets that cannot be patched on a corporate schedule: aged PLCs, vendor-managed systems, safety-critical devices with change-freeze windows. The module produces the vulnerability exception register and the compensating control evidence package, which together replace the patch compliance metric in an OT security assessment context.

Module 8. Security Incident Management for OT and Industrial Sites

Develops an incident response playbook tuned to the operational constraints of an industrial site: production continuity requirements, site safety obligations, contractor and vendor notification chains, and NCA reporting timelines. Covers the artefacts that must exist before an incident occurs, not only during response, including the contact matrix, the OT asset isolation procedure, and the regulatory notification log. Participants produce a site-specific IR procedure that can be tested in a tabletop exercise.

Module 9. Third-Party and Contractor Security Governance

Builds the contractor security governance framework for a mining operation with significant third-party site access. Covers how to translate NCA supply chain requirements into contractor onboarding, site access, system connection, and offboarding controls. Produces the contractor security register, the connection authorisation form, and the post-engagement evidence package an auditor will request when reviewing third-party risk management. Pays specific attention to OEM vendor remote access, which is the category most frequently flagged in industrial security assessments.

Module 10. Control Effectiveness Testing and Quarterly Review Cycle

Establishes a repeatable quarterly control effectiveness cycle that generates a rolling audit trail without requiring full-programme mobilisation before each assessment. Covers how to scope each cycle to the highest-risk control families, how to write test procedures that produce the right evidence format, and how to update the control evidence matrix incrementally so it is always current. The output is a quarterly review package that a Security Controller can hand to an internal audit team or use directly as assessment preparation.

Module 11. Board and CISO Reporting for OT Security Programmes

Translates the technical control programme into the risk reporting format a CISO or board risk committee needs to make resource decisions. Covers how to express OT security posture in business-risk language, how to present corrective action status without over-relying on RAG ratings, and how to structure a security controller briefing that produces a clear decision. Participants draft a one-page security posture summary suitable for executive review.

Module 12. Building the Twelve-Month Security Control Roadmap

Produces a twelve-month security control improvement roadmap that is anchored to the asset tier register, sequenced by risk and operational feasibility, and formatted for executive approval. The roadmap distinguishes between controls that close open findings, controls that maintain current posture, and controls that build capability ahead of the next assessment cycle. Participants leave with a roadmap template populated with their own programme's priorities, along with the resourcing narrative that supports a budget conversation.

How this addresses your situation

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

Open corrective action items that have survived two or more audit cycles without reaching accepted closure.

An upcoming NCA ECC assessment where the current evidence package is incomplete or assembled ad hoc.

A network segmentation finding that has been acknowledged but not yet documented to the standard the assessor wants.

A board or CISO request for a security posture update that the Security Controller cannot answer without a week of manual collation.

What you get with this course

12 written modules covering OT security control methodology from asset register to board report.
Downloadable templates: OT asset tier register, NCA ECC evidence matrix, corrective action closure package, remote access control matrix, contractor security register, quarterly review cycle pack.
Hand-built implementation playbook tailored to your site type and programme maturity, delivered alongside course access.
Access within 24 hours via the Art of Service learning environment.

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

Account provisioned and implementation playbook delivered within 24 hours of purchase.

Self-paced: most practitioners complete the core modules across two to three focused sessions.

Templates are ready to use immediately; the playbook is calibrated to your specific site type and programme stage.

Before and after

Before

Security controls exist in policy and the team knows the technology, but each assessment requires a manual scramble to assemble evidence that was never built to a consistent format. Corrective actions remain open because nobody can agree on what closure looks like. The CISO review asks questions the Security Controller cannot answer without a week of preparation.

After

Every control in the portfolio has a documented evidence owner, a test procedure, and a current-state evidence package. Corrective actions close to a defined standard. The quarterly review cycle generates the audit trail incrementally. The CISO briefing and the NCA assessment both draw from the same evidence base.

What happens if you do not address this

Each assessment cycle that passes without a repeatable evidence methodology adds one more year of CAP backlog and one more round of management pressure to explain why the same findings recur. The NCA ECC framework is maturing; the tolerance for 'in progress' corrective actions is narrowing.

Who it is for

Security Controllers and senior cybersecurity practitioners at large industrial or mining organisations who are accountable for the OT/IT security programme and face recurring internal or regulatory assessments. They understand the technology. They need a structured methodology for the evidence, audit, and corrective-action layer.

Who this is NOT for. IT security generalists with no OT or industrial site exposure. Consultants looking for a framework overview. Anyone not directly accountable for a security control portfolio.

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. Approximately 8-10 hours for the full 12 modules. Templates and playbook are immediately applicable; no rebuild from scratch required.

Why $199 is the right number

NCA ECC guidance documents are publicly available but provide no implementation methodology and no evidence templates. External consultancy for an OT security assessment programme typically costs five to fifteen times the course price and produces a report, not a transferable capability. Internal training programmes rarely address the evidence-and-documentation layer specifically.

FAQ

Does this course address NCA ECC specifically or is it a generic framework course?

The course is built around the NCA ECC control structure for OT environments. Module 3 maps NCA ECC domains 1-3 directly to OT implementations. The evidence templates are formatted to match what NCA assessors test against.

Is this relevant if we are also subject to other frameworks such as IEC 62443 or ISO 27001?

Yes. The evidence methodology is framework-agnostic at the implementation layer. The course uses NCA ECC as the primary reference but the corrective action, zone boundary, and control effectiveness templates work equally well under IEC 62443 or a combined framework audit.

What type of operations is this built for?

Mining and heavy industrial operations with OT/IT convergence, multiple physical sites, contractor-heavy environments, and national cybersecurity regulatory obligations. The worked examples use processing plant and substation contexts.

Is the implementation playbook the same for every buyer?

No. The playbook is hand-built for your situation based on information you provide at enrolment. It is not a generic template.

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.