Dual-Use Dilemmas: The Ethics of Military-Commercial Convergence in the New Space Economy

Key Takeaways

• Commercial space companies increasingly provide capabilities that are indistinguishable from military assets, blurring the lines of lawful targeting and corporate responsibility.
• The Ukraine conflict exposed the ethical tensions of commercial satellite operators making unilateral decisions about access during active combat.
• No international legal framework yet addresses the responsibilities of commercial space companies whose services are used in armed conflict.

When Business and Warfare Share the Same Orbit

In the spring of 2022, weeks after Russia’s full-scale invasion of Ukraine, Maxar Technologies released commercial satellite imagery showing a convoy of Russian military vehicles stretching more than 60 kilometers along a road north of Kyiv. The images were unclassified, commercially licensed, and publicly available. They were also, from a military intelligence standpoint, extraordinarily valuable. Ukrainian forces, NATO planners, and journalists all used those images to understand Russian military positioning and intentions in a way that would have been impossible without commercial Earth observation.

A few months later, Elon Musk revealed that he had personally prevented SpaceX from activating Starlink coverage over Crimea to prevent what he described as a potential “mini-Pearl Harbor” if Ukraine had used Starlink-connected drones to attack the Russian naval fleet at Sevastopol. A private individual, operating through a commercial company, had unilaterally made a decision that affected the course of an active military conflict between a nuclear-armed state and its neighbor.

These are not isolated incidents. They are illustrations of a structural transformation in the space economy: the convergence of commercial and military capabilities to a degree where the distinction between them is becoming operationally, legally, and ethically irrelevant.

The Architecture of Dual-Use

Dual-use technology refers to technologies developed for civilian purposes that have significant military applications, or vice versa. The concept has been central to export control law, arms control negotiations, and technology ethics for decades. In the space sector, dual-use is not an edge case. It is the default condition.

Commercial satellite imagery is the most visible example, but the list is long. GPS, developed as a military navigation system, became the backbone of civilian transportation, logistics, and location services. Commercial satellite communications provide the backbone for military command and control in theaters where dedicated military systems are saturated or unavailable. Commercial launch vehicles carry both civilian payloads and classified government satellites. Commercial tracking networks monitor both commercial satellites and military objects. Commercial satellite servicing companies, including Northrop Grumman with its Mission Extension Vehicle program, offer life-extension services that could in principle be applied to both commercial and military satellites.

The scale of commercial involvement in military space operations became particularly visible in the Ukraine conflict. The U.S. government purchased large quantities of commercial imagery from Planet Labs, Maxar, and BlackSky to supplement its classified capabilities. Starlink terminals became a critical communications infrastructure for the Ukrainian military, with tens of thousands of terminals deployed across the front lines. Palantir Technologies, whose analytical software integrates satellite and other intelligence data, provided services to both the Ukrainian government and NATO allies.

Legal Ambiguity and the Laws of Armed Conflict

The laws of armed conflict, also known as international humanitarian law, establish the rules governing the conduct of hostilities. Under the Geneva Conventions and their Additional Protocols, parties to a conflict are required to distinguish between combatants and civilians, between military objectives and civilian objects, and to take precautions to minimize civilian harm.

The dual-use nature of commercial space services creates a direct challenge to this framework. If a commercial satellite constellation provides communications services to both civilian users and military forces simultaneously, is it a civilian object or a military objective? If an adversary believes, correctly or incorrectly, that a commercial satellite is being used for targeting or command and control, does that make the satellite a lawful military target?

The International Committee of the Red Cross has engaged with these questions, and the honest answer is that the legal analysis is ly uncertain. Rule 38 of the ICRC’s Customary IHL Study prohibits attacks on civilian objects, but an object that contributes effectively to military action and whose destruction offers a definite military advantage may be a lawful target under the law of armed conflict. The determination requires a case-by-case factual assessment that existing legal frameworks were not designed to apply to commercial satellite networks serving thousands of simultaneous users.

Russia has signaled that it considers commercial satellites supporting Ukrainian military operations to be legitimate targets. In April 2022, Russian Foreign Ministry officials stated that commercial satellites providing intelligence support to Ukraine could be considered legitimate military objectives. In October 2022, Russia launched a direct-ascent anti-satellite weapon test, the KOSMOS-2499 maneuver, that was interpreted as a demonstration of rendezvous and proximity operations capability against other satellites. Whether Russia would actually target commercial satellites operated by U.S. companies in a conflict involving NATO remains one of the most consequential unanswered questions in contemporary space security.

Corporate Decision-Making in War

The Starlink-Crimea episode, where Elon Musk personally decided to restrict Starlink coverage in an active combat zone, crystallized a question that the space industry had not previously been forced to confront at scale: what are the ethical obligations of a commercial space company whose services are being used in armed conflict?

Musk’s stated rationale was consequentialist: he wanted to prevent an escalatory event that could have led to nuclear confrontation. Whether that assessment was correct, and whether a private business executive has the standing to make such a determination unilaterally, is deeply contested. Retired U.S. military officers and defense analysts have argued that Musk’s decision represented an extraordinary and dangerous precedent: a private individual overriding military strategy based on his personal risk assessment of nuclear escalation.

The episode also revealed the absence of any legal or regulatory framework governing what a commercial satellite operator is required to do, or prohibited from doing, when its services are used in combat. SpaceX’s contract with the U.S. government for Starlink services created obligations in some contexts, but the Crimea decision was made independently of those contract obligations. SpaceX was effectively acting as an autonomous geopolitical actor, making decisions that governments had not anticipated a commercial company would be in a position to make.

This is not simply a criticism of Musk or SpaceX. The structural problem is systemic. When commercial companies provide capabilities essential to military operations, and when those companies are governed by the judgment and values of their founders or executives, the outcome of military conflicts may come to depend on the decisions of people who are accountable to shareholders rather than to democratic processes.

Export Controls and Their Limits

The primary regulatory mechanism for managing dual-use space technology is the export control system, administered in the United States primarily through the [International Traffic in Arms Regulations](https://www.pmddtc.state.gov/ddtc_public?id=ddtc_kb_article_page&sys_id=%2258db2b5ddb1031 00d0a370131f9619f2a) (ITAR) under the Arms Export Control Act, and through the Export Administration Regulations (EAR) administered by the Bureau of Industry and Security.

ITAR controls the export of defense articles and services, including many types of satellite hardware, software, and data. EAR controls items with commercial applications that are not covered by ITAR but have potential military relevance. Commercial satellite imagery is subject to controls under the National Oceanic and Atmospheric Administration’s remote sensing regulations, which allow the government to restrict commercial imaging in areas of active military operations.

In practice, the export control system provides an incomplete answer to the dual-use ethics problem. ITAR and EAR were designed to prevent U.S. adversaries from obtaining sensitive technologies. They were not designed to govern the ethical obligations of American companies whose services are used in conflicts involving American allies. The Starlink-Ukraine scenario fell outside the export control frame almost entirely: SpaceX was providing communications services to a country the United States supported, using a technology that is not itself controlled under ITAR, and the ethical dilemma arose not from export compliance but from operational decisions about service provision in a combat zone.

Industry Norms and Their Absence

Professional ethics frameworks for defense contractors have developed over decades. Companies like Lockheed Martin, Boeing, Raytheon Technologies, and Northrop Grumman operate under extensive regulatory requirements, internal ethics programs, and industry codes of conduct that address the ethical dimensions of providing weapons and military services. Those frameworks, whatever their limitations, represent decades of institutional learning about the obligations that come with providing capabilities for warfare.

Commercial space companies that have grown from technology startups have not inherited those frameworks. SpaceX was founded as a launch company with the stated goal of making humanity multi-planetary. Planet Labs was founded by former NASA scientists who wanted to apply smallsat technology to environmental monitoring. The military dimensions of their businesses grew organically as government contracts became available and as the operational value of their capabilities became apparent. The ethical frameworks for managing those military dimensions have not grown at the same pace.

Google faced a version of this challenge in 2018 when employees revolted against the company’s participation in Project Maven, a Department of Defense initiative to use AI for analyzing drone surveillance footage. The employee pressure campaign resulted in Google announcing it would not renew its Maven contract and publishing AI principles that addressed, among other things, the company’s approach to weapons applications. Whether those principles have been consistently applied in subsequent years is a separate question, but the Maven episode illustrated that technology companies can face internal ethical conflict over military applications.

The space sector has not had its Maven moment, at least not publicly. Individual employees at various companies have raised concerns about military contracts, but there has been no company-wide ethical reckoning of the kind that Google experienced.

Toward Ethical Frameworks for Dual-Use Space

Building an ethical framework for commercial space companies providing military-relevant services requires addressing several distinct questions simultaneously.

The first is transparency: who should know when a commercial space company’s services are being used in military operations? Users of civilian satellite communications, for example, may have an interest in knowing that the network they rely on is also serving military clients in active conflict zones, because that information is relevant to their assessment of the network’s vulnerability and reliability.

The second is accountability: who bears responsibility when a commercial space company’s services contribute to harm? If a commercial satellite provides imagery used to direct an airstrike that kills civilians, is the imagery company morally responsible? The law currently provides no clear answer, and the moral philosophy literature on complicity in harm at a distance is ly contested.

The third is governance: who has authority over commercial space companies when their decisions affect the outcome of armed conflicts? The Starlink-Crimea episode revealed a governance gap that no existing institution is equipped to fill. A company executive making unilateral decisions about which parties in an armed conflict receive communications services is exercising a form of power that democratic societies have generally tried to keep under public oversight.

Some analysts have proposed that commercial space companies providing services in conflict zones should be required to establish ethics review processes for decisions about service provision, analogous to the human rights impact assessments that some technology companies now conduct. Others have proposed that commercial companies operating under government contracts should be subject to clearer contractual obligations about service continuity and decision-making authority in combat situations.

The Hague Center for Strategic Studies and the Secure World Foundation have both published research on the governance of commercial space services in conflict, identifying the Starlink-Ukraine situation as a case study requiring systematic attention. Their work has been read by defense ministries and space policy communities but has not yet produced binding international agreements or domestic regulations.

The Harder Question

Beneath the legal and governance questions is a harder ethical one. Is there a category of military applications for which commercial space companies should refuse to provide services, regardless of legal permissibility and financial incentive?

Traditional defense contractors have generally answered no: if a government client with lawful authority is willing to pay for a capability and the capability is legal to provide, the contractor’s ethical obligation is satisfied by compliance. That answer has always been contested by critics of the military-industrial complex, but it has a clear internal logic.

Commercial technology companies, including space companies, have sometimes articulated a different answer: there are applications they will not provide regardless of demand, whether because of the potential for civilian harm, the reputational implications, or the values of their workforce. Google’s stated AI principles include a commitment not to develop AI for weapons that operate without appropriate human oversight or for technologies that gather surveillance for use in violation of international norms.

Whether commercial space companies will develop comparable ethical commitments for their space services, and whether those commitments will be maintained under commercial pressure, will do much to determine whether the convergence of commercial and military space becomes a story of responsible power or one of unaccountable influence.

Summary

The convergence of commercial and military space capabilities has moved faster than the legal, ethical, and governance frameworks designed to manage it. Commercial satellite imagery, communications, and launch services are now essential components of military operations, creating accountability gaps that neither traditional defense contractor ethics nor technology company principles fully address. The Starlink-Crimea episode demonstrated that private executives now make operational decisions affecting the course of armed conflicts, without democratic authorization or clear legal frameworks governing their choices. Closing those gaps will require a combination of new regulatory requirements, industry ethics standards, and international agreements that the current pace of governance development has not yet produced.

Appendix: Top 10 Questions Answered in This Article

What is a dual-use technology in the context of commercial space?
Dual-use technology in space refers to commercial capabilities that have significant military applications, including satellite imagery, communications, positioning data, and launch vehicles. In the space sector, dual-use is effectively the default condition rather than an exception, because nearly all commercial space capabilities have both civilian and military utility.

What happened with Starlink during the Ukraine conflict?
SpaceX provided Starlink terminals that became critical communications infrastructure for the Ukrainian military. Elon Musk revealed that he personally prevented Starlink coverage activation over Crimea to avoid what he assessed as potential nuclear escalation risk, a unilateral decision by a private individual that affected the course of an active military conflict.

Are commercial satellites legitimate military targets under international law?
The laws of armed conflict allow attacks on objects that contribute effectively to military action and whose destruction offers a definite military advantage. Commercial satellites providing communications or imagery to military forces could potentially be classified as military objectives under this standard, though the legal analysis is uncertain and not definitively resolved.

What role did commercial imagery play in the Russia-Ukraine conflict?
Companies including Maxar Technologies, Planet Labs, and BlackSky provided commercial satellite imagery that was used by Ukrainian forces, NATO planners, and journalists to monitor Russian military movements. The U.S. government purchased large quantities of commercial imagery to supplement its classified capabilities, making commercial Earth observation an integral part of the conflict’s intelligence environment.

What is Project Maven and why is it relevant to commercial space ethics?
Project Maven is a Department of Defense initiative to use artificial intelligence for analyzing drone surveillance footage. Google’s 2018 controversy over participating in Maven, which prompted employee protests and the publication of AI principles addressing weapons applications, represents the closest parallel in the technology sector to the ethical challenges now facing commercial space companies with military clients.

What are ITAR and EAR and do they govern dual-use space ethics?
The International Traffic in Arms Regulations and Export Administration Regulations are U.S. export control frameworks that manage the transfer of defense articles and dual-use technologies. While they address technology transfer, they were not designed to govern the ethical obligations of American companies providing services to allied military forces in active conflicts, leaving significant governance gaps.

Why did Russia claim commercial satellites supporting Ukraine were legitimate targets?
Russian officials stated in 2022 that commercial satellites providing intelligence support to Ukraine could be considered legitimate military objectives under the laws of armed conflict. This position, if acted upon, would represent a significant escalation of conflict into the commercial space domain and would threaten the operations of companies with no direct military relationship to the conflict.

What governance gap does the Starlink-Crimea episode illustrate?
The episode revealed that no legal or regulatory framework specifies what a commercial satellite operator is required to do or prohibited from doing when its services are used in combat. A private executive effectively made a strategic military decision without democratic authorization, contractual obligation, or international governance oversight.

What ethical frameworks do traditional defense contractors use for military applications?
Large defense contractors including Lockheed Martin, Raytheon, and Northrop Grumman operate under extensive regulatory requirements and internal ethics programs developed over decades of institutional experience with military contracting. Commercial space companies that grew from technology startups have generally not inherited these frameworks, and their military dimensions have grown faster than their ethical governance structures.

What would meaningful ethical governance for dual-use space look like?
Meaningful governance would address transparency about military use of commercial services, accountability for harm caused by commercial capabilities, and clear decision-making authority over service provision in conflict zones. Proposed mechanisms include ethics review processes for conflict-related decisions, contractual obligations for government customers, and international agreements on the status of commercial space services under the laws of armed conflict.