PAYNE INSTITUTE COMMENTARY SERIES: STUDENT COMMENTARY

By Christian Luna

June 12, 2026

Energy security is often presented as a structured and measurable concept, grounded in supply, infrastructure, and markets, yet this framing only captures what is visible. Beneath it exists a parallel system shaped by foreign intelligence activity, strategic information control, and covert state behavior, creating a reality where the global energy system is not only interconnected but layered, with transparency defining its surface and fragmentation defining the underlying mechanisms of power. While there is no single agreed upon definition of energy security, a widely accepted framework organizes it into four dimensions: availability, accessibility, affordability, and acceptability [2]. These dimensions provide a useful structure, but expanding them too broadly risks diluting their meaning, while keeping them too narrow omits forces that actively shape their outcomes. Rather than functioning independently, these dimensions act as interlinked constraints, where pressure applied to one reverberates across the others. Intelligence activity exists within this gap, not as a separate category but as a force that interacts with each dimension, influencing outcomes through surveillance of supply, assessment of geopolitical access, anticipation of market behavior, and the shaping of public and policy narratives. The importance of energy security itself extends beyond economics, as it is consistently embedded within national security strategies due to its direct impact on state stability and political autonomy [1], [4].

Intelligence Communities as Structural Actors in Energy Systems

Foreign intelligence communities are typically framed as instruments of national security, yet in practice they operate as active participants in shaping geopolitical and economic conditions that directly affect energy systems. Through the collection and interpretation of information, they influence policy decisions, monitor both allies and adversaries, and shape how risk itself is perceived, directly influencing the accessibility and affordability of energy through policy response [5], [6]. This influence is exercised through classified intelligence assessments, strategic briefings to policymakers, and coordinated intelligence-sharing arrangements such as the Five Eyes alliance, which enables the United States, United Kingdom, Canada, Australia, and New Zealand to integrate signals intelligence and geopolitical analysis into shared strategic frameworks. As a result, energy systems are not driven solely by resource availability or market dynamics, but also by curated flows of information that can reinforce or distort strategic decision making. Nowhere is this more apparent than in the interaction between intelligence activity and physical infrastructure. Pipelines, refineries, and extraction sites represent not only economic assets but strategic points of vulnerability, where disruptions can immediately constrain availability while reshaping perceptions of system reliability and acceptability. This occurs through satellite surveillance, signals intelligence, and human intelligence networks that monitor construction timelines, security practices, and regional instability [5]. The same informational foundation used to secure infrastructure can also reveal its fragility, creating a dual function where protection and exposure are derived from the same intelligence processes.

Maritime Energy Networks and the Strait of Hormuz

The movement of energy further extends this dynamic into maritime networks, where oil and liquefied natural gas depend on global shipping routes that remain exposed to geopolitical tension, piracy, and state interference. One of the most critical examples of this system is the Strait of Hormuz, through which approximately one-fifth of global petroleum liquids pass daily, making it one of the most strategically sensitive chokepoints in the global energy system [7]. Intelligence activity plays a continuous role in monitoring this region through satellite surveillance, naval reconnaissance, and signals intelligence used to track vessel movements and assess escalation risks. This monitoring has become particularly significant amid recurring tensions between regional actors, where tanker seizures, military posturing, and maritime disruptions have periodically raised concerns about supply continuity [8]. In response, multinational maritime security efforts rely heavily on intelligence fusion and coordinated naval presence to deter escalation and maintain flow stability, preserving availability while preventing price shocks that would undermine affordability at a global scale [9]. The Strait of Hormuz therefore illustrates how energy security is not only about physical infrastructure but also about continuous informational oversight that manages uncertainty in real time.

Energy Flows as Information Systems: Maritime Risk, Political Forecasting, and Strategic Anticipation

The movement of energy is therefore not just logistical but informational, shaped by what is known, what is concealed, and who has access to that knowledge. This same pattern emerges within political systems that govern energy production, particularly in regions where decision making is concentrated among a limited number of actors. Intelligence agencies monitor ministries, state owned enterprises, and political leadership to anticipate shifts that may affect global supply, often through diplomatic reporting, intercepted communications, and long-term regional analysis [6]. This produces forecasts that inform national strategy, linking present conditions to anticipated disruptions. In this sense, energy security is not only a matter of present conditions but of constructed expectations about the future, where anticipated scarcity or surplus can alter both affordability and geopolitical accessibility before any physical change occurs.

Cyber Operations and Non-Physical Disruption of Energy Systems

The expansion of digital infrastructure introduces an additional layer where cyber operations allow states to influence energy systems without direct physical engagement. Attacks on pipelines, electrical grids, and institutional networks operate within legal and political gray zones, where attribution is uncertain and accountability is limited. These operations are carried out through network intrusions, malware deployment, and persistent access to industrial control systems, allowing actors to disrupt, monitor, or manipulate systems remotely. A clear example of this vulnerability is the 2021 Colonial Pipeline cyberattack, which disrupted fuel distribution across the eastern United States and demonstrated how cyber operations can produce immediate systemic effects on energy supply chains, disrupting availability while eroding public trust and institutional acceptability [10]. This ambiguity allows disruption to occur without escalating into conventional conflict, reinforcing a system where instability can be introduced quietly and persistently. A clear example of how these layers converge can be seen in European dependence on Russian natural gas prior to the Ukraine conflict, where economic efficiency masked strategic vulnerability. When geopolitical tensions escalated, this dependency revealed itself as a structural weakness, forcing rapid adjustments in policy and supply. This vulnerability reflects broader patterns identified in geopolitical risk modeling, where supplier concentration and political exposure create systemic fragility within energy networks [3], revealing a breakdown across all four dimensions: constrained availability, restricted accessibility, volatile affordability, and declining political acceptability.

Geopolitical Dependency and Structural Vulnerability in Global Energy Networks

At the institutional level, the integration of intelligence into energy governance further demonstrates that this relationship is not external but embedded. The U.S. Department of Energy’s Office of Intelligence and Counterintelligence provides classified analysis on global energy systems, foreign capabilities, and threats to critical infrastructure, directly informing national security and energy policy decisions [11]. This reflects an operational recognition that energy systems require protection not only from physical threats but from informational and strategic ones. Yet this recognition is not consistently reflected in broader analytical frameworks, leaving a disconnect between how energy systems are managed and how they are studied. Bringing these elements together reveals a system that operates across overlapping layers, where the traditional dimensions of energy security remain intact but are continuously shaped by an intelligence layer that influences availability through resource awareness, accessibility through geopolitical maneuvering, affordability through information driven market expectations, and acceptability through controlled narratives and perception.

Intelligence Functions within Energy Governance

What emerges is not a redefinition of energy security but a reframing of how it is understood, one that accounts for both what is visible and what operates beneath it. The system that appears interconnected at the surface is sustained by mechanisms that are fragmented, concealed, and often intentionally obscured. Recognizing this does not simplify the problem but clarifies its structure, showing that energy security cannot be fully understood without acknowledging the role of intelligence as a persistent and shaping force. What appears as four stable dimensions, availability, accessibility, affordability, and acceptability are in practice continuously tensioned by an underlying intelligence layer, binding them together into a system where no single dimension can shift without consequence to the others.

References

[1] A. Lis, “Energy Security in National Security Strategies: A Multiple Case Study,” Regional Barometer, vol. 19, no. 2, pp. 75–85, 2023.

[2] B. Kruyt, D. P. van Vuuren, H. J. M. de Vries, and H. Groenenberg, “Indicators for energy security,” Energy Policy, vol. 37, no. 6, pp. 2166–2181, 2009.

[3] E. Desogus, D. Grosso, E. Bompard, and S. Lo Russo, “Modelling the geopolitical impact on risk assessment of energy supply system: The case of Italian crude oil supply,” Energy, vol. 159, pp. 1005–1018, 2018.

[4] Council on Foreign Relations, National Security Consequences of U.S. Oil Dependency, Task Force Report No. 58, 2006.

[5] Central Intelligence Agency, “CIA Support to National Policy,” 2009.

[6] U.S. National Intelligence Council, “Intelligence Challenges Through 2015,” 2000.

[7] U.S. Energy Information Administration, “The Strait of Hormuz is the world’s most important oil transit chokepoint,” 2023.

[8] Reuters, “Iran seizes oil tankers amid rising Gulf tensions,” 2023.

[9] U.S. Department of Defense, “Operation Sentinel and Maritime Security Initiatives,” 2021.

[10] U.S. Department of Homeland Security, “Colonial Pipeline Cyber Incident Analysis,” 2021.

[11] U.S. Department of Energy, Office of Intelligence and Counterintelligence, official reports and mission documentation.

ABOUT THE AUTHOR

Christian Luna
BS, Mechanical Engineering – Focus in Nuclear Energy with a Minor in Public Affairs

Christian Luna is a mechanical engineering student and Energy Scholar at the Colorado School of Mines. His research focuses on the systems-level dynamics of global energy and security, with emphasis on how physical infrastructure, industrial capacity, and geopolitical strategy interact within critical energy networks. His work examines the interdependencies between energy systems, defense-relevant supply chains, and emerging technologies, including nuclear scale-up, critical minerals, and energy transition infrastructure. He approaches these domains through a systems-thinking lens, with attention to how technological constraints and geopolitical risk shape the stability and resilience of global energy structures.

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