What Orbital Infrastructure Teaches Us About the Future of Commercial Law
For decades, discussions about outer space largely belonged to governments, scientists, and science fiction writers. Today, however, private companies such as SpaceX are transforming space into something far more commercially relevant: infrastructure.
That raises an unusual legal question:
How can a private company build commercial dominance in space when no person, company, or nation is legally permitted to own space itself?
Under the Outer Space Treaty, nations cannot claim sovereignty over outer space, the Moon, or celestial bodies. In theory, nobody can “own” space in the traditional sense.
Yet the more consequential commercial question may not involve ownership at all. It may involve control.
As Elon Musk and SpaceX continue advancing orbital communications systems, satellite networks, AI-driven infrastructure, and long-term off-world ambitions, lawyers, regulators, and businesses are increasingly confronting a broader question:
What happens when commercial activity expands beyond traditional territorial boundaries?
The Legal Framework as Foundation: There is No Sovereignty in Space
The modern legal framework governing outer space largely originates from the Outer Space Treaty of 1967, an international agreement signed during the Cold War.
One of the treaty’s central principles is straightforward: no nation may claim sovereignty over outer space, the Moon, or celestial bodies. Article II expressly prohibits national appropriation “by claim of sovereignty, by means of use or occupation, or by any other means.”
In simple terms, neither the United States nor any private corporation may legally plant a flag on Mars and declare ownership over territory in the way nations historically acquired land on Earth.
Yet the treaty simultaneously preserves another important principle: nations retain jurisdiction and responsibility over spacecraft and entities operating under their authority. A private company launched from the United States remains subject to U.S. oversight, licensing, and regulation, even while operating in orbit.
This creates an unusual legal structure. Space itself cannot be owned as sovereign territory, but the infrastructure operating within space remains tied to Earth-based legal systems. This is basically how the International Space Station works now.
The result resembles maritime law more than traditional land ownership.
Ships operating in international waters do not transform the ocean into sovereign territory. Vessels remain subject to the laws of the country under whose flag they sail. Offshore oil platforms, undersea communications cables, and international shipping lanes similarly operate through various and intertwined contractual rights, operational control, licensing, and overlapping jurisdictions.
Space law appears increasingly headed in a similar direction.
Ownership Versus Control
One of the most important distinctions emerging from modern space commercialization is the difference between formal ownership and practical control.
Historically, legal systems often linked the two concepts together. Ownership implied the right to possess, control, exclude others, and economically benefit from property. Modern infrastructure economies complicate that relationship.
Today, some of the world’s most valuable commercial systems are not based on outright ownership of sovereign territory, but rather on operational control over indispensable infrastructure: telecommunications networks, cloud computing systems, power grids, shipping routes, digital marketplaces, data infrastructure.
In many industries, the entity controlling access to infrastructure exercises influence comparable to ownership itself. Space commercialization will intensify that trend.
For example, a company may not legally “own” a portion of the Moon, but if it constructs the only operational landing systems, communications infrastructure, energy systems, life-support facilities, or transportation hubs in a particular region, then the distinction between ownership and operational dominance will become increasingly blurred in practical terms. This concept is not entirely new.
Historically, commercial empires often expanded through infrastructure before formal legal systems fully developed around them. Trading companies, railroads, canal systems, shipping networks, and telecommunications providers frequently exercised enormous practical authority long before governments established mature regulatory frameworks governing those industries. In many respects, infrastructure historically precedes law.
AI Changes the Equation
Artificial intelligence significantly accelerates these discussions because AI systems require extraordinary amounts of: computing power, electrical energy and data transmission capacity.
As AI development intensifies globally, companies are increasingly competing not merely for software dominance, but for physical infrastructure itself and the energy resources to power it all. This drives growing interest in orbital communications systems, satellite-based internet networks, autonomous logistics, and even the long-term possibility of orbital computing facilities.
Large-scale orbital data centers are speculative today (although I can see them in my vision already). But it is inevitable that it will happen. Space-based infrastructure provides uninterrupted solar energy and geographic independence (borderless infrastructure).
More importantly, orbital infrastructure will eventually function as part of a broader ecosystem connecting: launch systems, telecommunications, AI computing, defense systems, and global commerce.
Such a set-up or interconnectivity has enormous geopolitical implications.
The war in Ukraine provided an early example of how privately controlled infrastructure can quickly become strategically significant when Starlink satellite communications emerged as an operational necessity and survival during the Russian invasion of Ukraine. Hate or love Musk, he provided it gratis.
As a result, companies operating critical communications and launch infrastructure increasingly resemble a hybrid between telecommunications providers, defense contractors, infrastructure utilities, and technology platforms.
The Legal Questions Are Already Emerging
Although many discussions about space commercialization sound futuristic, the legal questions themselves are remarkably current.
For example:
- Which jurisdiction governs disputes occurring aboard privately operated orbital infrastructure?
- How should liability be allocated for autonomous AI-driven operational decisions?
- Can operational “safety zones” around infrastructure become de facto territorial control?
- What jurisdictional and contractual frameworks govern extraction of off-world resources?
- How should courts analyze jurisdiction, ownership interests and liability in infrastructure operating beyond traditional territorial boundaries?
- What happens when commercial infrastructure becomes strategically indispensable to governments themselves?
These issues increasingly resemble familiar terrestrial disputes involving offshore energy development, international arbitration, cross-border technology platforms, telecommunications regulation, cloud infrastructure, and digital asset governance.
Commercial law has always evolved alongside infrastructure. The rise of railroads reshaped transportation law. The growth of aviation reshaped international liability frameworks. The internet transformed intellectual property, communications, privacy, and jurisdictional analysis. Orbital infrastructure and AI will ultimately force a similar evolution.
The Future May Depend More on Contracts Than Sovereignty
One of the most fascinating aspects of emerging space commerce is the possibility that private contractual systems may become more operationally important than sovereign territorial claims.
Where traditional government structures are limited, commercial relationships may increasingly rely on:
- private dispute resolution mechanisms,
- arbitration systems,
- contractual allocation of operational authority,
- insurance frameworks,
- indemnification structures,
- and infrastructure access agreements.
In other words, the legal framework of space commerce looks more like a complex hybrid of:
- commercial contracts,
- maritime law,
- international arbitration,
- infrastructure regulation,
- and multinational operational governance.
This reflects a broader shift already occurring throughout the modern economy where sovereignty, ownership, and operational control increasingly overlap in ways traditional legal frameworks were not designed to address.
The Future (or the Present) of Commercial Infrastructure
Discussions about Mars colonies and orbital industry invite exaggerated speculation. But the most important legal developments are far more immediate and commercially grounded.
Companies like SpaceX are forcing legal systems to confront new forms of infrastructure-driven commercial power that traditional legal frameworks were never designed to address.
For lawyers, businesses, investors, and regulators, the underlying lesson is not limited to outer space. It is that the next generation of commercial disputes may increasingly center on infrastructure control, operational dependency, jurisdictional ambiguity, and contractual governance in environments where traditional territorial assumptions no longer provide clear answers.
In that sense, the future of space commerce will ultimately become a preview of the future of commercial law itself.
