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Abstract

As humanity stretches farther into space physically, commercially, and intellectually, contemporary legal frameworks are beginning to creak under the pressure. Intellectual property laws seem to be playing catch-up. Those laws were written for a world bound by borders and gravity, not for orbital labs, the Earth’s Moon, or AI-generated inventions drifting above the Earth.

This article takes a closer look at the increasingly complex intersection of space law, intellectual property, and artificial intelligence. This domain is no longer reserved for state-led missions or high-level treaties. Now and in the near future, a university lab or a private startup might be conducting protein crystallization experiments aboard the International Space Station (ISS) or testing autonomous mining drones for future use on the Moon. With this expansion beyond the Earth comes countless new questions without answers. At the threshold alone, consider what legal system would apply for determining who owns the rights to a new material designed by a machine-learning algorithm on a lunar base. This problem will be common sooner than it seems.

The truth is that attorneys are in uncharted waters, or, perhaps more accurately, an uncharted vacuum. The 1967 Outer Space Treaty remains the backbone of international space law. However, it was written in a time when the idea of private companies operating in orbit, or even artificial intelligence (AI) creating patentable material, was science fiction. Thus, it is no surprise that the 1967 Outer Space Treaty does not speak clearly on issues of inventorship, enforcement, or commercialization beyond Earth.

This article does not suggest tearing up the treaties and starting fresh. That is unlikely to work, and probably unnecessary. Alternatively, this article makes the case for deliberate, incremental reform. This might begin by revisiting the Outer Space Treaty’s language to explicitly include private-sector activity and clarify that recognizing intellectual property (IP) rights in space is not equivalent to claiming territory. That distinction may prove essential in keeping the peace and in keeping businesses engaged.

There are also more practical, less sweeping steps that could be taken. One such step includes establishing a centralized registry for space-generated IP to track who created what, when, and where. This would ease some of the administrative and jurisdictional headaches. More ambitious still is the concept of establishing a dedicated Space IP Authority, possibly built through a partnership between the World Intellectual Property Organization (WIPO) and the United Nations Office for Outer Space Affairs (UNOOSA). This partnership could provide a neutral venue for dispute resolution and licensing agreements. This authority would not replace national systems entirely, but it could offer a much-needed safety net when Earth-based courts are not equipped to adjudicate a space-based dispute.

Biotechnology offers a vivid case study. Microgravity can alter how cells behave, or how proteins fold and sometimes produce results that cannot be replicated on Earth.1 This offers an enormous, high-stakes opportunity. If a life-saving compound is discovered through a multi-nation, multi-agency research project, how can the law ensure that the resulting patents are not hoarded, or worse, litigated into oblivion? And if AI contributed to the discovery, then the question of inventorship becomes even thornier.

This article does not pretend to have a perfect solution. Instead, it leans toward pragmatic balance. The law needs mechanisms that reward invention, including clear rights, viable licensing pathways, and safeguards to ensure access and benefit-sharing. Perhaps that could be attained through time-limited exclusivity, pooled research outputs, or compulsory licensing in emergencies. The point here is to ask how IP can serve both economic incentive and the public good in this new domain.

At the end of the day, this is not a thought experiment. The space economy is happening quickly. Legal systems that lack clarity and lag behind will not just create friction; they could actively hold back discovery and cooperation, and they could also risk exporting Earth’s inequities into orbit. These conversations must start now. New legal frameworks must be built piece by piece, through treaty tweaks, model agreements, new institutions, and collaboration between public and private actors. There is no need for space to be a legal void, and building this new framework correctly will write the rules that make space exploration not only possible, but fair. This is the key to building something that benefits not just the few who reach orbit, but everyone on Earth.

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