23 Jan Geopolitics, Power, and Cyber Conflict: Venezuela and Iran as Case Studies in Cyber-Enabled Statecraft
By,
Dr. Luis Noguerol, Co-Founder and Senior Fellow, MSI²
Executive Summary (BLUF)
Cyber operations are no longer auxiliary tools of state power. They now function as integrated instruments of coercion, intelligence collection, and strategic signaling, operating alongside diplomacy, sanctions, and military force. Recent developments linked to Venezuela and Iran illustrate two distinct but converging models of cyber-enabled state behavior: one centered on decisive, integrated cyber-kinetic intervention, and the other on persistent, doctrine-driven cyber pressure below the threshold of war (Director of National Intelligence [DNI], 2024; RAND Corporation, 2023).
Together, these cases underscore a central conclusion: cyber risk is inseparable from geopolitics, and organizations operating in politically sensitive regions must assess cyber threats not only through technical vulnerability but through strategic intent, alignment, and timing.
Venezuela: Power, Legitimacy, and the Cyber-Enabled Battlefield
Venezuela has been in crisis for years, affected by economic collapse, contested political authority, and international pressure. In early 2026, those tensions reached a new peak when U.S. forces executed “Operation Absolute Resolve,” a mission that used coordinated cyber, space, and conventional military capabilities to capture Maduro in the capital (Red Sky Alliance, 2026). Reports indicate that U.S. cyber operators deployed carefully prepared malware and other tools against critical national infrastructure to support the operation. These actions reportedly included inducing a blackout in Caracas that cut power and disabled portions of the power grid. They created confusion among Venezuelan defenses just as helicopters and aircraft moved in (Red Sky Alliance, 2026).
According to post-operation analyses, cyber elements were not an afterthought but a central pillar of the plan. Months of preparation allegedly involved placing malicious code into key systems, mapping operational-technology networks, and identifying points in the grid that could be disrupted at the right moment (Red Sky Alliance, 2026). When executed, these cyber “effects” were layered with precision missile strikes against radar and air defense systems, as well as extensive use of space-based intelligence and communications. Together, they neutralized much of Venezuela’s ability to see and respond to the incoming assault. The result was a demonstration of how a technologically advanced military can pair digital and kinetic tools to change a political regime without a prolonged urban battle.
This operation is especially significant because it took place in the Western Hemisphere and involved a petrostate whose energy infrastructure is important to global markets (Global Guardian, 2024; Red Sky Alliance, 2026). Venezuela’s national oil company, PDVSA, has reportedly faced cyberattacks that disrupted operations, forcing tankers to turn around and delaying exports at a time of already tight global supply (LinkedIn, 2026). These incidents show that when geopolitical tensions escalate, oil and gas networks, port operations, and logistics systems can become targets or collateral damage. For companies that depend on Venezuelan crude or operate in neighboring states, cyber risk is therefore directly linked to political developments in Caracas and to decisions taken in Washington, Moscow, Beijing, and Tehran.
From the Venezuelan side, cyber capabilities are far more limited. Analysts suggest that the country has tended to rely on disinformation campaigns, social-media manipulation, and relatively basic digital harassment of opposition groups, rather than on complex technical attacks against foreign infrastructure (Politico, 2026). However, there is concern that Venezuela could seek assistance from more capable cyber powers such as Russia, China, or Iran if it attempts to push back against the United States or its allies in the digital domain (Politico, 2026). All three of those states have publicly condemned Maduro’s capture and have a record of using cyber operations against U.S. and allied targets. This raises the possibility that Venezuela’s crisis might spark additional cyber campaigns against Western networks, framed as retaliation or as a warning about future intervention (Politico, 2026).
For Venezuelan institutions themselves, the events of early 2026 expose the vulnerability of critical national infrastructure when the state faces a technologically superior opponent. Power grids, communications networks, and air defense systems were reportedly degraded through coordinated cyberattacks that overwhelmed limited defenses (Red Sky Alliance, 2026). This will likely force a reassessment inside Venezuela and across Latin America of how resilient such systems are, how they are segmented, and how quickly they can be restored after a digital attack. For neighboring countries, the lesson is that political instability can turn national infrastructure into a battlefield, and that even if they are not the primary target, cross-border effects on energy, migration, and trade are very likely (Global Guardian, 2024).
Iran: Cyber Power as a Tool of Regional Strategy
While Venezuela has recently been the focus of a cyber-enabled regime-change operation, Iran has spent years developing its own offensive cyber capabilities as a way to compensate for conventional military limits and to respond to pressure from rivals. Iranian-linked threat actors have repeatedly targeted government networks, critical infrastructure, and private organizations in the Middle East, Europe, and North America (U.S. government, 2025). These operations serve multiple purposes: collecting intelligence, signaling resolve, punishing adversaries, and attempting to shape regional dynamics in ways favorable to Tehran.
A helpful example is the activity of the group known as “Crafty Camel,” which security researchers describe as a state-aligned advanced persistent threat (APT) actor tied to broader Iranian cyber structures (Brandefense, 2025). Since around 2017, Crafty Camel has conducted espionage campaigns against ministries, defense contractors, energy companies, telecommunications providers, and policy institutes (Brandefense, 2025). The group has evolved from basic phishing to more sophisticated techniques that combine perimeter exploits, credential theft, and long-term persistence in cloud environments. Its focus aligns closely with Iran’s strategic priorities: gaining insight into military plans, monitoring energy flows and transport networks, and tracking the communications of regional governments and their partners (Brandefense, 2025).
Between 2018 and 2025, Crafty Camel’s operations became more aggressive and more technically advanced. Early phases involved stealing credentials from government email systems and diplomatic missions in the Middle East (Brandefense, 2025). Later campaigns shifted toward defense and aerospace companies, seeking proprietary research and strategic communications that could help Iran understand the capabilities and intentions of its rivals. By 2021, the group was also compromising cloud accounts belonging to nongovernmental organizations and policy research institutions, likely to gain insight into decision-making and to anticipate policy shifts (Brandefense, 2025). More recent activity has targeted telecom operators and energy networks, particularly in the Gulf region, where control over information flows and energy logistics is crucial to regional power balances (Brandefense, 2025).
Iranian cyber strategy extends beyond espionage. U.S. and allied agencies warn that Iranian-government-affiliated actors and associated “hacktivist” groups routinely probe and exploit poorly secured networks in the United States and elsewhere (U.S. government, 2025). These actors have been observed conducting distributed denial-of-service (DDoS) attacks against websites, defacing websites, and, in some cases, leveraging ransomware techniques to encrypt or exfiltrate data (U.S. government, 2025). Importantly, official alerts note that Iranian groups sometimes collaborate with financially motivated criminals, blurring the line between state and non-state activity and giving Tehran plausible deniability when operations are exposed (U.S. government, 2025).
In periods of heightened tension, such as after attacks on Iranian officials, nuclear facilities, or proxy forces, authorities in the United States and Israel routinely warn about potential Iranian cyber responses aimed at critical infrastructure, government systems, and private companies (U.S. government, 2025). These warnings underscore that for Iran, cyberspace is a domain in which it can impose costs on more powerful adversaries at relatively low financial cost and without risking direct military confrontation. From Tehran’s perspective, cyber operations offer a way to retaliate, to test defenses, and to send messages to domestic and international audiences, all while staying below the threshold of conventional war.
For organizations in the energy, transport, telecom, and government sectors, this means that their exposure to Iranian cyber activity depends not only on their own security posture but also on geopolitical decisions. A company with operations in the Gulf, or with high-profile contracts with governments that Iran views as hostile, may find itself on a target list for reasons unrelated to its own behavior (Brandefense, 2025). As with Venezuela, the risk is shaped by where the organization operates, who its partners are, and how it is perceived in the broader geopolitical landscape.
A Brief Note on Ukraine as a Precedent
Although this article focuses on Venezuela and Iran, the protracted conflict between Russia and Ukraine offers important context. Cyber operations have been part of the confrontation since at least 2013, ranging from website defacements and DDoS attacks to destructive malware aimed at power grids and government systems (Wikipedia, 2020; LevelBlue, 2025). In the years following Russia’s 2022 invasion, Russian actors continued to use phishing, wipers, and infrastructure attacks against Ukrainian targets, while Ukraine organized a large “IT Army” of volunteers and external supporters to conduct operations in the opposite direction (LevelBlue, 2025; Wikipedia, 2020).
What makes Ukraine relevant here is not the details of each campaign, but the pattern it illustrates: once a geopolitical conflict escalates, cyber operations become routine on both sides. That same logic now appears in different forms in Venezuela and in Iran’s regional activities.
Strategic Implications
- Critical infrastructure is geopolitically exposed. The Venezuelan and Iranian cases together point to three broad lessons for cybersecurity professionals and policymakers. The first is that cyber risk must be framed in geopolitical terms. It is not enough to ask whether a network is patched or whether multi-factor authentication is deployed. Security teams must also understand which states have incentives to target their organization, which local crises might spill over into cyberspace, and how alliances or rivalries influence the threat landscape (Global Guardian, 2024; Brandefense, 2025). A company with operations in Caracas, Gulf energy fields, or sensitive policy circles may face different adversaries and tactics than one operating purely in low-profile domestic markets.
- Cyber asymmetry favors technologically advanced actors. The second lesson is that critical infrastructure is a central arena of cyber-enabled geopolitical competition. In Venezuela, cyber actions reportedly helped shut down portions of the power grid to enable a military assault (Red Sky Alliance, 2026). In Iran’s case, APT groups have expanded their focus on energy and transport networks as part of long-term espionage and contingency planning (Brandefense, 2025). For operators of power plants, pipelines, refineries, and telecommunications networks, this means that cyber defenses must account for well-resourced, patient adversaries willing to spend months inside networks to position themselves for future leverage. Segmentation, monitoring of operational technology environments, and clear incident response plans are essential, but so is awareness of where geopolitical fault lines run through their infrastructure.
- Regional spillover risk is significant. The third lesson is that policy and operations need to be aligned. Governments and organizations cannot treat cyber incidents as merely technical events. Decisions about sanctions, military operations, or diplomatic pressure can trigger cyber responses from adversaries, whether directly or through proxies (Politico, 2026; U.S. government, 2025). Conversely, primary cyber operations, like those reported in Venezuela, can ripple through markets, alliances, and domestic politics. To manage this, national security planners, diplomats, regulators, and technical experts must coordinate closely. For private organizations, engaging with sector-specific information-sharing groups, national computer emergency response teams, and trusted intelligence providers becomes a strategic priority rather than a courtesy (Global Guardian, 2024).
Iran: Persistent Cyber Power Below the Threshold of War
Strategic Rationale
Unlike Venezuela, Iran has deliberately cultivated cyber capabilities as a long-term compensatory strategy. Facing conventional military constraints and sustained sanctions pressure, Tehran has invested in cyber operations to gather intelligence, signal deterrence, impose costs on adversaries, and maintain plausible deniability (Office of the Director of National Intelligence, 2025; Center for Strategic and International Studies [CSIS], 2024).
This approach reflects a doctrine of persistent, calibrated engagement rather than decisive cyber action.
Iranian APT Activity and Strategic Alignment
U.S. government assessments and Tier-1 intelligence providers describe Iranian-aligned advanced persistent threat groups conducting sustained campaigns against government ministries, energy operators, telecommunications providers, defense contractors, and policy institutions across multiple regions (Microsoft Threat Intelligence, 2024; Google Threat Intelligence Group, 2024).
These actors have evolved from basic credential harvesting into long-term cloud persistence, operational reconnaissance, and contingency positioning within critical infrastructure networks (MITRE Corporation, 2024; Mandiant, 2024). Their targeting patterns align closely with Iranian strategic priorities, including energy security, regional military balance, and diplomatic insight (CSIS, 2024).
Cyber Operations as Strategic Signaling
Iranian cyber activity routinely intensifies during periods of heightened geopolitical tension, including after strikes on Iranian personnel, proxy forces, or sensitive facilities. In this context, cyber operations function as measured retaliatory signaling, allowing Tehran to impose costs while remaining below the threshold of open military conflict (Atlantic Council, 2023; Recorded Future, 2024).
This behavior underscores the strategic utility of cyber operations as tools of influence rather than purely technical attacks.
Comparative Insight: Venezuela and Iran
A comparative assessment reveals how cyber power reflects political structure and strategic culture:
| Dimension | Venezuela | Iran |
|---|---|---|
| Cyber maturity | Low–moderate | High |
| Strategic intent | Short-term operational enablement | Long-term persistent pressure |
| Doctrine | Reactive, externally enabled | Indigenous, doctrine-driven |
| Primary objective | Regime survival or response | Deterrence, intelligence, signaling |
This contrast reinforces an MSI² core insight: cyber capability alone does not determine cyber behavior; political intent and strategic culture do (RAND Corporation, 2023).
Implications for Cybersecurity and Policy
Cyber Risk Is Geopolitical Risk
Organizations must assess cyber exposure not only through technical vulnerability, but through geopolitical alignment, adversary incentives, and timing. Political decisions such as sanctions, military deployments, or diplomatic shifts can trigger cyber responses from state or proxy actors (DNI, 2024; U.S. Department of Homeland Security, 2025).
Critical Infrastructure as Strategic Terrain
Energy, telecommunications, transport, and logistics networks have become central arenas of geopolitical competition. Defenders must assume patient, well-resourced adversaries capable of long-term access and pre-positioning (CISA, 2025; NSA, 2023).
Alignment of Policy and Operations
Cyber incidents cannot be treated as isolated technical events. Strategic coordination among policymakers, regulators, military planners, and technical experts is essential to managing escalation risk and systemic vulnerability (U.S. Department of Defense, 2023; NATO CCDCOE, 2023).
Conclusion
Recent events in Venezuela and the continuing evolution of Iran’s cyber activities show that cybersecurity and geopolitics are now inseparable. In Venezuela, cyber capabilities were reportedly used to disable critical infrastructure and pave the way for a decisive military action that reshaped the country’s political leadership (Red Sky Alliance, 2026). In Iran, long-running cyber campaigns by state-aligned groups such as Crafty Camel reveal how a state can use digital tools to gather intelligence, pressure adversaries, and extend its influence across borders (Brandefense, 2025; U.S. government, 2025). These developments echo patterns seen earlier in Ukraine, where cyber operations became a permanent feature of an ongoing war (LevelBlue, 2025; Wikipedia, 2020).
For organizations and policymakers, the key message is clear: defending against modern cyber threats requires not only strong technical controls, but also a realistic understanding of how political decisions, regional crises, and strategic rivalries shape who might attack, when, and why. In this sense, cybersecurity has become a strategic discipline, and geopolitics is now part of every serious risk assessment.
References
Brandefense. (2025). Crafty Camel APT: Iran’s expanding espionage footprint in the region.
Global Guardian. (2024). 2025 risk map analysis: Venezuela & Guyana.
LevelBlue. (2025). The Russia–Ukraine cyber war, part 1: Three years of cyber warfare.
LinkedIn. (2026). Cybersecurity lessons from Venezuela’s power transition.
Politico. (2026). Maduro’s fall puts U.S. cyber power in the spotlight.
Red Sky Alliance. (2026). The cyberwar operation in Venezuela highlights critical infrastructure risk.
U.S. Government. (2025). Iranian cyber actors may target vulnerable U.S. networks and internet-connected devices [PDF].
Wikipedia contributors. (2020). Russo-Ukrainian cyberwarfare.
The opinions expressed in this article are those of the author and do not necessarily reflect the views of the Miami Strategic Intelligence Institute (MSI²).