When Commercial Satellites Become Wartime Intelligence

Recent reports allege that MizarVision, a Chinese geospatial artificial intelligence (AI) company, published AI-enhanced imagery of U.S. military assets in the Middle East, raising concerns that commercial imagery could aid targeting during active hostilities. At the same time, companies such as Planet Labs have reportedly restricted access to images from conflict zones at the request of the U.S. government. One case involves exposure, the other restraint, but both highlight the same reality: Governments now view commercial satellite imagery as a strategic asset.

New eras often bring new problems, often legal in nature. In this case, the legal problem is not that private companies operate satellites, or that commercial imagery may be useful in war. The legal dilemma is how the law should distinguish ordinary commercial and open-source transparency from commercial intelligence, surveillance, and reconnaissance (ISR) that materially supports military operations. The same commercial geospatial service can support journalism, humanitarian monitoring, atrocity documentation, arms-control verification, environmental analysis, insurance, agriculture, or military targeting, depending on how it is tasked, processed, distributed, and used. A delayed image used to document civilian harm is different from a near-real-time analytic product that identifies military assets on one side during active hostilities.

That distinction is legally significant because “commercial” and “public” influence how the law addresses state responsibility, neutrality, protection of civilians, military objectives, and government restrictions on information access. A government-owned reconnaissance satellite used for targeting is a clear example of state military activity, while a widely available commercial archive image is different. Modern commercial remote sensing falls between these extremes. A private provider may be state-licensed, commercially funded, government-contracted, AI-enabled, selectively accessible, and simultaneously operationally useful to a belligerent.

The harder legal issue is not whether commercial satellite employees become combatants simply because their products are used in war. They generally remain civilians unless their own conduct independently raises direct-participation concerns. The more immediate question is object status under international humanitarian law (IHL): When does a commercial space system lose civilian-object protection because its use or purpose effectively contributes to military action and its neutralization would offer a definite military advantage? That inquiry can extend beyond the satellite itself to the ground stations that command the satellite or receive its data, the data-processing systems that convert raw imagery into usable intelligence products, and the analytic platforms that identify objects, detect changes, or highlight military-relevant patterns.

The lack of a clear legal framework distinguishing public transparency from active wartime ISR has left the commercial satellite industry in a regulatory gray zone. Because the exact same high-resolution pixels can serve as a human rights report or a tactical targeting map, this ambiguity introduces three distinct, compounding risks. First, belligerents may target civilian commercial space systems as military objectives based on broad dual-use and dual-purpose claims of military usefulness, increasing the risk of escalation in space and on Earth. Second, states may use private or nominally commercial ISR to gather wartime intelligence while avoiding the legal and political consequences of direct state action. Third, a related domestic-law problem follows from the same ambiguity: When governments treat commercial imagery as operationally sensitive, they may restrict open-source imagery in ways that undermine journalism, humanitarian monitoring, war-crimes documentation, and public accountability.

While commercial status is legally relevant, the better approach is to ask what the provider is doing, for whom, with what degree of state connection, with what knowledge, and with what operational effect. This inquiry helps distinguish ordinary commercial transparency and open-source intelligence (OSINT) from commercial ISR that serves as wartime intelligence.

The Private vs. Public Distinction

The distinction between public vs. private matters because legal consequences may turn on the provider’s ownership, licensing, funding, tasking, access arrangements, and end users. But ownership alone does not capture the complexity of modern commercial remote sensing. A provider may be privately owned, state-licensed, commercially funded, government-contracted, AI-enabled, and operationally useful to a belligerent at the same time.

Modern commercial imagery providers do more than capture and sell images. They may target conflict zones, update imagery at operationally relevant intervals, concentrate on specific areas, use AI to enhance images, restrict access for some users, and offer analytic products to others. These systems serve a wide range of clients, including journalists, humanitarian groups, investors, insurers, and national security stakeholders such as intelligence agencies and militaries.

Article VI of the Outer Space Treaty, to which the United States is a party, makes the public-private distinction particularly unstable in space law. States are internationally responsible for “national activities in outer space” conducted by both governmental and nongovernmental entities, and they must authorize and supervise nongovernmental space activities. Private status does not remove the state from legal consideration. Instead, it calls for careful attention to the regulatory, licensing, supervisory, and operational ties between the commercial provider and the state.

However, Article VI does not mean every commercial imagery product is automatically attributable to a state, nor does it make every commercial satellite company a belligerent when its products are used in war. Rather, the treaty rejects the idea that private ownership alone resolves the legal analysis. Nongovernmental activity in outer space remains subject to state responsibility, authorization, and supervision. That leaves a narrower question: whether neutrality law helps classify commercial remote-sensing services that generate conflict-specific intelligence.

Neutrality law is the body of international law that governs the rights and duties of states that are not parties to an armed conflict. It includes customary and treaty rules, including the Hague Conventions, and addresses concepts such as abstention, impartiality, prevention, state responsibility, and the use of private infrastructure by belligerents. While this article does not address whether the Hague Conventions should extend to outer space, neutrality law still offers a useful starting point for assessing commercial remote-sensing services that generate conflict-specific intelligence.

Neutrality Law

Neutrality law helps frame one part of the problem: the relationship between a nonbelligerent state and private commercial support that may benefit a belligerent. Its traditional questions are state centered, such as whether the neutral state has abstained from the conflict, treated belligerents impartially, and prevented its territory or resources from being used as a base of operations. Those concepts matter for commercial remote sensing, but they do not resolve the whole problem. Neutrality law does not determine when a satellite, ground station, data pipeline, or analytic platform that is privately operated becomes targetable, nor does it clearly distinguish ordinary information services from conflict-specific ISR. Applying neutrality law to satellites and space in general remains unsettled and challenging.

Hague Convention V illustrates both the relevance and the limits of the analogy. Article 8 provides that a neutral power is not required to forbid or restrict belligerent use of telegraph or telephone cables, or wireless telegraphy apparatus, whether those systems belong to the neutral power or to companies or private individuals. The provision suggests that neutrality law has long tolerated some belligerent use of neutral communications systems without automatically treating that use as unlawful participation by the neutral state.

However, Article 8 is an incomplete analogy for modern commercial ISR. Hague V did not anticipate AI-enhanced remote sensing, automated object recognition, persistent conflict monitoring, rapid tasking, or analyst-ready geospatial products that identify military-relevant objects. Communications cables may carry belligerent messages without the neutral state knowing their content or significance. In contrast, commercial ISR products can be the militarily valuable output, such as imagery, detection, classification, change analysis, or target assessments. The future of neutrality law does not make classical neutrality law completely irrelevant, but it shows why older neutrality rules do not map neatly onto commercial ISR because it is overly territorial and technologically outdated for emerging issues.

A strong counterargument is that Article 8 should be interpreted functionally rather than technologically. From this perspective, commercial remote sensing is a modern information service, and neutrality law has not required neutral states to shut down private communications infrastructure simply because belligerents use it. If neutral states are not obligated to prohibit belligerent use of privately owned telegraph, telephone, or wireless systems, they should not have to restrict access to privately owned satellite imagery solely because it may aid in war. Otherwise, neutrality law would compel states to monitor and restrict a wide range of commercial information services whenever conflict arises. However, commercial ISR is not always a passive conduit for information because providers can generate militarily valuable products through tasking, collection, processing, enhancement, classification, and analysis. As commercial remote-sensing services shift from neutral communications infrastructure to tailored intelligence production, the analogy to Article 8 becomes less persuasive.

Neutrality law is still relevant but incomplete because it does not provide a clear rule for commercial satellites generating conflict-specific intelligence. Most importantly, neutrality law frames the state’s problem but does not resolve the object’s status. It asks whether a nonbelligerent state has remained abstentionist and impartial, not whether a particular satellite, ground station, data pipeline, or analytic platform has become targetable. That question belongs to targeting law.

Targeting Law

Targeting law is where the legal dilemma becomes most consequential. If commercial satellite systems are treated too broadly as military objectives, civilian space infrastructure, journalism, humanitarian monitoring, and public accountability are placed at risk. If they are treated too categorically as civilian objects regardless of use, belligerents may obtain operational ISR through private systems while avoiding the legal and strategic consequences associated with military intelligence infrastructure.

Targeting law adds further complexity because commercial status alone does not guarantee protection of civilian objects. Article 52 of Additional Protocol I limits attacks to military objectives. They are defined as objects that, by their nature, location, purpose, or use, make an effective contribution to military action and whose destruction, capture, or neutralization offers a definite military advantage. Civilian objects are protected unless their use meets the criteria for a military objective.

This rule directly affects commercial satellite systems when their actual use satisfies the military-objective test. Where the system’s actual use makes an effective contribution to military action, and its neutralization would offer a definite military advantage, the targetability analysis changes. The key issue is whether the system’s actual use meets the legal standard for military objectives.

One state may view commercial remote sensing as part of the standard information infrastructure, while an adversary may consider it an intelligence asset supporting enemy operations. Russian officials have warned that Western commercial satellites could become targets if used to aid Ukraine, and the United States has stated that attacks on U.S. infrastructure would trigger a response. The legal status of commercial space infrastructure can become contested in real time, with serious implications for crisis stability.

This risk is amplified by the broader counterspace environment. Open-source assessments note that space-based ISR, positioning, navigation, timing, and satellite communications are now central military applications, and that space capabilities increasingly provide operational and tactical benefits in conventional war. They also warn that growing reliance on space systems and the proliferation of counterspace capabilities can increase the risk that incidents in space escalate conflict on Earth.

When providers offer general archival imagery on standard commercial terms, the case for classifying it as a military target is weaker. However, if imagery is used to identify targets, track movements, assess strikes, monitor logistics, locate air-defense systems, or cue sensors, the service more clearly contributes to military action. The more timely, tailored, selective, and operationally integrated the product, the less likely it is to be considered purely civilian infrastructure.

OSINT, Military Usefulness, and Domestic Access Restrictions

OSINT’s role in satellite imaging explains why Article 52 cannot be reduced to a military-usefulness test. Open-source imagery supports journalism, humanitarian access, atrocity documentation, arms-control verification, environmental monitoring, disaster response, insurance, agriculture, and public accountability. While many of those uses may incidentally generate information that militaries can exploit, incidental military value is not the same as operational military integration. For example, commercial imagery reportedly has supported targeting, battlefield assessment, force monitoring, and logistics in Ukraine, but the same imagery ecosystem also supports public reporting and documentation of civilian harm.

That distinction matters because evidence and intelligence relate differently to armed conflict. Evidence looks backward by documenting what happened and enabling public or legal scrutiny. Operational intelligence looks forward by helping a belligerent decide what to do next. The same technical product may be capable of both uses, but the legal analysis should focus on the service’s role in the circumstances. A delayed image used to document a destroyed hospital is different from a near-real-time, selectively delivered analytic product identifying the location of an air-defense system.

A separate access-restriction issue follows from the same ambiguity, but it is not resolved by IHL. IHL helps determine when an object may be targeted during armed conflict. It does not provide the primary legal framework for determining when the U.S. government may restrict access to imagery collected or distributed by U.S.-licensed commercial remote-sensing companies. That question belongs primarily to domestic remote-sensing regulation, licensing conditions, shutter-control-like measures, and targeted restrictions.

Satellite-image restrictions reported by the New York Times during the Iran war illustrate why this access issue should be treated separately from IHL targetability. Journalists used satellite imagery to assess strike damage, investigate attacks on civilian infrastructure, and monitor U.S. and Iranian military activity, even as several U.S. satellite providers restricted access to high-resolution images of Iran and surrounding countries.

In the U.S., the relevant domestic-law framework includes the licensing regime for private remote-sensing space systems. The Kyl-Bingaman Amendment is an example of a targeted imagery restriction, because it limits licensing for certain satellite imagery of Israel based on the commercial availability of comparable non-U.S. imagery. These mechanisms show that access restrictions are not simply an IHL issue; they are part of the regulatory architecture governing commercial remote sensing.

This framing helps avoid two errors. The first error is treating OSINT as legally irrelevant because it is “public.” Public availability does not guarantee legal neutrality if the service is knowingly tailored to a belligerent’s operational needs. The second error is treating OSINT as military support because it is useful. Usefulness is too broad a criterion. Most information about a conflict may be useful to some actors. Article 52 requires a closer connection: an effective contribution to military action and a definite military advantage from neutralization.

OSINT, therefore, fits into the targeting analysis by forcing a distinction between public evidentiary use and operational military integration. The relevant indicators are not simply whether imagery is accurate, valuable, or conflict-related. They are whether the provider is responding to military tasking, whether access is preferential or nonpublic, whether the imagery is timely enough to support operations, whether analysis identifies military objects or patterns, whether the user is a belligerent, and whether the service is incorporated into targeting, movement tracking, or strike assessment.

A Functional Framework for Wartime Commercial Imagery

The MizarVision example demonstrates the framework’s practical application. Recent reporting indicates that U.S. intelligence believes MizarVision published AI-enhanced satellite images of U.S. bases in the Middle East, which Iranian forces then used to identify targets. This reporting alone does not establish a neutrality violation, but it provides a valuable fact pattern for distinguishing ordinary commercial imagery from commercial ISR.

The following six-factor framework is not a new legal rule. It is an analytic tool for applying existing concepts of state responsibility, neutrality, and targetability to commercial remote-sensing services whose legal significance turns on use, context, and operational effect.

First, state connection matters. If MizarVision is a private company sharing publicly available information, the argument for state linkage is weaker. However, if reports of state ownership or government ties are accurate, then the case is stronger than for a purely private, independent provider. Chinese corporate status alone does not determine attribution, but state connection becomes legally significant when combined with conflict-specific products and known military use.

Second, assess what the provider is supplying. MizarVision’s satellite imagery was not just raw archive imagery, but AI-enhanced images reportedly depicting U.S. military assets and installations. AI enhancement and tagging reduce the analytic burden on users. While raw images require independent expertise and corroboration, enhanced products that identify or highlight military-relevant objects approach the level of actionable intelligence.

Third, analysis should then determine whether the service is generally available or tailored to an active conflict. Imagery of U.S. military assets in the Middle East during active hostilities differs from routine commercial imagery used for agriculture, insurance, mapping, or research. Timing, geography, and subject matter make such imagery more operationally sensitive. An image of a base published months before a conflict is not the same as imagery released during active hostilities when that base may be targeted.

Fourth, operational integration matters most. If Iranian forces, including Islamic Revolutionary Guard Corps-linked actors, used the imagery to identify targets, the product moves beyond the public information environment and becomes part of the military decision cycle. While this does not automatically determine the legal outcome, it significantly affects the analysis under frameworks that address military use, targetability, or state-linked support. Imagery that remains in the information environment differs from imagery incorporated into a belligerent’s operational cycle.

Fifth, exclusivity and asymmetry come next. If the imagery were publicly posted rather than delivered exclusively to Iranian military users, the situation would be less difficult than direct, nonpublic delivery to a belligerent. Public dissemination can support journalism, accountability, and open-source analysis. However, public posting does not end the inquiry. A product may be public yet still be designed, timed, or framed to foreseeably assist one side’s military operations.

Sixth, the inquiry should then consider what the provider knows or should reasonably know about the product’s use. A provider may not initially know all downstream uses of a public image. However, once credible reports show that its AI-enhanced products are used by military actors for target identification, it becomes harder to view continued publication of similar conflict-specific products as incidental commercial activity. While knowledge does not automatically create attribution, nonneutrality, or targetability, it does strengthen the case for regulatory scrutiny.

MizarVision therefore illustrates the framework’s limiting principle. This framework does not make every commercially useful image legally suspect. Nor does it require providers to police all downstream uses of public information. A generally available image, sold through ordinary commercial channels without conflict-specific tasking or operational integration, should remain far from the core concern. The framework is aimed at identifying services that are timely, tailored, selective, enhanced, and knowingly connected to military operations. That convergence is what should trigger heightened legal and regulatory scrutiny.

The Line Between Transparency and Wartime Intelligence

Commercial satellite imagery now serves public, humanitarian, and military functions simultaneously. That overlap does not support categorical treatment in either direction. The more useful approach is to identify the narrower circumstances in which commercial geospatial services become state-linked, conflict-specific, selectively distributed, enhanced, and operationally integrated. This way, OSINT can continue serving journalism, humanitarian missions, accountability, and research, while recognizing that some commercial geospatial services operate in the realm of wartime intelligence.

Without that distinction, states will continue to rely on commercial imagery when useful, condemn adversarial uses when convenient, and restrict open-source access when politically expedient. The result would be greater legal uncertainty, weaker public accountability, and a higher risk that civilian space infrastructure becomes a flashpoint in armed conflict.