Critical National Infrastructure (CNI)—including power grids, water treatment facilities, telecommunications hubs, transportation networks, and nuclear plants—forms the baseline of modern societal survival. Because of their central role, these assets are high-priority targets for sophisticated adversaries. Threats range from coordinated state-sponsored sabotage and extremist attacks to insider threats and tactical cyber-physical exploitation.
The Critical Infrastructure Sabotage Prevention program is an elite, technical security management course designed for CNI Security Directors, Physical Security Managers, Operations Leaders, Risk Auditors, and Government Security Liaisons. This course provides the advanced analytical frameworks, physical hardening methodologies, and insider threat detection systems required to identify systemic vulnerabilities, repel physical incursions, and maintain operational resilience under targeted hostile campaigns.
Course Overview
Safeguarding CNI requires moving beyond basic compliance checklists to implement a robust, threat-informed defense posture. Unlike standard corporate facilities, critical infrastructure must be designed to withstand deliberate, coordinated, and resource-heavy hostile acts.
Over 5 intensive days, this course teaches delegates how to perform comprehensive asset vulnerability assessments, design advanced physical delay-and-detection perimeters, manage complex cyber-physical "bridge" vulnerabilities, identify and neutralize insider threats, and coordinate emergency tactical responses with national military, intelligence, and police agencies.
Course Objectives
By the end of this intensive training program, participants will be able to:
- Conduct Advanced CNI Threat Assessments: Systematically identify high-consequence critical nodes and Single Points of Failure (SPOFs) within complex infrastructure.
- Design Defense-in-Depth Perimeters: Utilize physical barriers, long-range thermal sensors, buried fiber-optic acoustic systems, and active delay technologies.
- Mitigate Cyber-Physical Bridge Vulnerabilities: Secure physical access points to Industrial Control Systems (ICS), SCADA terminals, and OT networks.
- Deploy Insider Threat Prevention Frameworks: Establish behavioral monitoring, strict compartmentalization, and dual-authorization procedures for critical tasks.
- Implement Red-Teaming & Vulnerability Penetration: Plan, execute, and analyze physical security penetration tests to discover hidden operational gaps.
- Coordinate Crisis Interventions: Manage rapid-response actions, facility lockdowns, and joint tactical command transfers during high-stress sabotage events.
Benefits of the Training
For Trainees
- Elite Strategic Security Mastery: Elevate your professional profile with rare, high-consequence defense skills highly valued by national governments and global utility conglomerates.
- Boardroom-Ready Risk Management: Learn the financial and operational languages needed to justify multi-million dollar physical security capital investments to executive stakeholders.
- Tactical Resilience Planning: Gain the expertise to maintain critical operations even when primary systems are actively compromised or undergoing physical attack.
For Employers
- Uninterrupted Operational Continuity: Shield high-value public and private assets from catastrophic service disruptions, physical destruction, and financial loss.
- Strict Regulatory and National Alignment: Ensure your facilities meet or exceed international critical infrastructure protection mandates and security standards.
- Optimized Security Spending: Prevent costly security redundancies by applying targeted, data-driven defense technologies where they are needed most.
- Rapid Joint-Agency Interoperability: Empower your security leaders to seamlessly coordinate emergency responses with arriving national military, counter-terrorism, and local law enforcement forces.
5-Day Course Outline & Practical Training Plan
This program merges defense-science theory with engineering walkthroughs, red-team simulation scenarios, and high-intensity command center crisis drills.
- 1
Day 1
Threat Landscape Analysis & Critical Node Identification
Theoretical Modules
- The modern CNI threat matrix: State-sponsored sabotage, asymmetric warfare, extremist groups, and lone-actor threats.
- Identifying Single Points of Failure (SPOFs): Mapping physical, logical, and geographical interdependencies.
- Evaluating risk: Balancing likelihood against catastrophic, system-wide consequences.
Hands-on / Practical Training
- The Node Mapping Challenge: Trainees analyze a case-study metropolitan water-filtration and distribution system, identifying the three most critical physical nodes where a localized failure would collapse the entire regional network.
- 2
Day 2
Advanced Physical Hardening & Active Delay Systems
Theoretical Modules
- Designing physical perimeters for extreme resistance: Anti-ram barriers, blast-resistant construction, and automated access control gates.
- Active delay technologies: Deploying visual and acoustic distractors, security fog, and rapid-hardening foam barriers.
- Integrating long-range detection: Combining thermal radar, microwave barriers, and seismic sensors.
Hands-on / Practical Training
- The Perimeter Design Lab: Trainees are given a mock electrical substation blueprint. They must design a multi-layered, active physical defense system that delays a highly motivated intruder for a minimum of fifteen minutes.
- 3
Day 3
Cyber-Physical Convergence & OT Security
Theoretical Modules
- Protecting the cyber-physical bridge: How physical breaches allow malicious physical-cyber manipulation.
- Hardening physical access to SCADA RTUs, PLC cabinets, server nodes, and main fiber-optic conduits.
- Managing third-party contractor maintenance risks and secure patch-management protocols.
Hands-on / Practical Training
- The Server Vault Security Audit: Trainees conduct a physical audit of a mock industrial server room, locating and resolving physical security vulnerabilities such as unsecured cabling, bypassed entry locks, and unmonitored maintenance ports.
- 4
Day 4
Insider Threat Mitigation & Behavioral Analysis
Theoretical Modules
- Understanding the insider threat: Financial, ideological, and coercive motivations for sabotage.
- Developing "Two-Person Rules" and compartmentalization policies for high-security operations.
- Behavioral indicators: Recognizing anomalous activity, unauthorized credential scanning, and unusual access requests.
Hands-on / Practical Training
- The Insider Threat Profile Challenge: Trainees analyze a simulated log of credential access, system overrides, and employee behavioral indicators to locate and isolate an active "insider threat" before they can execute a sabotage attempt.
- 5
Day 5
Red-Team Vulnerability Testing & Crisis Command Simulation
Theoretical Modules
- Planning and executing controlled physical "Red-Team" penetration testing on critical sites.
- Incident Command System (ICS) structures for physical attacks and coordinated sabotage events.
- Crisis communication and rapid handover to arriving counter-terrorism or military units.
Hands-on / Practical Training
- The Sabotage Response Command Drill: Operating from a mock Incident Control room, trainees manage a simulated active sabotage attack involving a dual intrusion and secondary power failure. They must deploy physical security resources, isolate critical systems, coordinate with national law enforcement, and stabilize the asset under tight, high-pressure timelines.
- Final Technical Assessment & IASS Certification Award.
