The energy sector forms the backbone of global critical national infrastructure (CNI). Oil refineries, offshore drilling platforms, natural gas pipelines, and power generation facilities are high-value targets for a wide array of threats, including state-sponsored cyber-physical attacks, eco-terrorism, localized sabotage, and organized resource theft. Because these facilities often span vast, remote geographical areas and operate under highly volatile physical conditions, securing them requires a sophisticated, highly integrated approach to defense.
The Oil, Gas & Energy Asset Protection program is an advanced, technical training course designed for Energy Security Directors, Pipeline Protection Managers, Port Facility Security Officers (PFSOs), HSE Leads, and Critical Infrastructure Risk Specialists. This program bridges the gap between physical perimeter security, industrial control system (ICS) safety, and remote maritime/land tactical response, providing your leadership team with the strategic frameworks and operational tools needed to harden facilities against complex threats.
Course Overview
Securing critical energy infrastructure requires moving beyond traditional gates and guards. Protecting assets that stretch across thousands of miles of wilderness or sit miles out at sea demands a deep understanding of threat intelligence, automated perimeter technologies, and joint-agency response frameworks.
Over 5 intensive days, this program equips energy sector security professionals with the skills required to defend high-consequence facilities. Trainees will master the application of API Standard 780 (Security Risk Assessment Methodology), design multi-layered remote perimeters, secure automated industrial control systems from physical-cyber bridge threats, and coordinate fast-acting tactical responses to incursions.
Course Objectives
By the end of this intensive training program, participants will be able to:
- Conduct Energy-Sector Security Assessments: Apply the API 780 methodology to systematically evaluate risks to pipelines, platforms, and refineries.
- Design Remote Perimeter Defenses: Implement long-range radar, thermal imaging, fiber-optic ground sensors, and drone-assisted patrol networks.
- Mitigate Cyber-Physical Bridge Threats: Protect operational technology (OT) and supervisory control and data acquisition (SCADA) systems from physical tampering.
- Secure Pipeline & Linear Infrastructure: Manage remote linear right-of-way (ROW) assets using satellite, aerial, and acoustic monitoring.
- Formulate Maritime Security Protocols: Implement ISPS Code standards for offshore platforms, LNG terminals, and single-point moorings (SPMs).
- Coordinate Crisis Interventions: Lead emergency incident command centers during active sabotage, hostage situations, or coordinated eco-protests.
Benefits of the Training
For Trainees
- Elite CNI Security Expertise: Master highly specialized, high-demand skillsets required to protect critical national infrastructure on a global scale.
- Strategic Risk Leadership: Gain the technical authority to draft, defend, and execute comprehensive enterprise-level asset protection strategies.
- Technical Surveillance Mastery: Learn to command state-of-the-art security technologies, from long-range radar networks to autonomous drone-nested surveillance.
For Employers
- Protected Operational Continuity: Shield high-yield assets from catastrophic disruptions, sabotage, and illicit resource tapping.
- Regulatory Compliance Support: Align your security operations with international standards, including API 780, the ISPS Code, and national critical infrastructure directives.
- Optimized Resource Allocation: Maximize the ROI of physical security systems by utilizing advanced technology to protect vast geographical areas efficiently.
- Rapid, Coordinated Incident Recovery: Ensure your local security teams can coordinate seamlessly with national military, police, and corporate response forces.
5-Day Course Outline & Practical Training Plan
This program combines technical CNI security lectures, systems engineering workshops, and realistic tactical tabletop and field simulation drills.
- 1
Day 1
Energy Threat Landscapes & API 780 SRA Methodology
Theoretical Modules
- The modern energy threat matrix: Cyber-physical threats, eco-terrorism, state-sponsored sabotage, and organized theft.
- API Standard 780: Introduction to the Security Risk Assessment (SRA) methodology for the petroleum and petrochemical industries.
- Identifying critical assets, evaluating consequences, and calculating vulnerability ratings.
Hands-on / Practical Training
- The Refinery SRA Challenge: Trainees analyze a case-study refinery layout, applying the API 780 SRA framework to identify and prioritize the three most critical operational nodes.
- 2
Day 2
Multi-Layered Perimeter Design & Remote Line Protection
Theoretical Modules
- Defense-in-depth for sprawling facilities: Smart fence lines, microwave barriers, and buried fiber-optic acoustic sensors.
- Linear infrastructure protection: Monitoring pipelines and high-voltage transmission lines over remote terrain.
- Deploying drone-in-a-box (autonomous UAV) networks for automated surveillance and alarm verification.
Hands-on / Practical Training
- The Virtual Perimeter Design Lab: Trainees utilize digital mapping software to design an integrated physical security system for a 50-kilometer pipeline section, optimizing sensor and camera placement.
- 3
Day 3
Maritime Security (ISPS) & Offshore Platform Defense
Theoretical Modules
- Applying the International Ship and Port Facility Security (ISPS) Code to LNG terminals and marine ports.
- Offshore asset protection: Defending oil platforms and drillships from surface, sub-surface, and aerial intrusions.
- Implementing passive sonar, long-range acoustic devices (LRADs), and water-barrier systems.
Hands-on / Practical Training
- The Offshore Incursion Simulation: Working in a mock Marine Command Center, trainees respond to a simulated small-boat threat approaching an offshore production platform, coordinating warning protocols, physical barriers, and emergency response teams.
- 4
Day 4
Cyber-Physical Security & SCADA Protection
Theoretical Modules
- The convergence of Physical Security and Operational Technology (OT).
- Securing physical access to SCADA RTUs (Remote Terminal Units), PLC enclosures, and server rooms.
- Mitigating the "insider threat" in automated operations control centers.
- Response protocols during suspected cyber-physical hostage or ransomware attacks on infrastructure.
Hands-on / Practical Training
- The Control Room Lockdown Drill: Trainees manage a simulated breach of a remote valve station where an intruder attempts physical manipulation of a localized control panel. They must coordinate physical containment while isolating the affected OT segment.
- 5
Day 5
Critical Incident Command, Joint-Agency Liaison, & Crisis Tabletop
Theoretical Modules
- Commanding high-consequence emergencies: Active attacks, bomb threats, and hostage scenarios on energy assets.
- Liaising with host nation military, coast guard, national counter-terrorism agencies, and emergency management.
- Post-incident response: Business continuity, environmental hazard containment, and forensic evidence preservation.
Hands-on / Practical Training
- The Crisis Command Center Tabletop Exercise: Trainees operate from a mock Emergency Operations Center (EOC) to manage a multi-front crisis (e.g., a simultaneous drone attack on a refinery storage tank and a security breach at a pipeline station). They must coordinate tactical containment, brief regulatory bodies, and organize joint-agency emergency response handovers.
- Final Course Assessment & IASS Certification Award.
