Launching a satellite is not just engineering and money. Behind every mission lies a complex legal procedure: from filing with the International Telecommunication Union (ITU) to obtaining a national license and complying with the Artemis Accords. Mistakes along the way cost millions: applications turn into "paper satellites," and startups lose investors. The course "Space Law and Commercial Space" on asibiont.com is a practical guide that will take you from idea to successful frequency coordination and orbital position.
Why space law has become a critical skill
Just ten years ago, commercial space was the domain of states. Today, private companies are launching mega-constellations, developing tourist vehicles, and planning resource extraction on the Moon. But space is strictly regulated: five UN treaties (Outer Space Treaty 1967, Rescue Agreement 1968, Liability Convention 1972, Registration Convention 1975, Moon Agreement 1979), national laws (FCC in the USA, Roskomnadzor in Russia, Ofcom in the UK), as well as new agreements — the Artemis Accords (2020). Without knowledge of these norms, it is impossible to obtain permission for communication, launch, or commercial activity.
The problem of scarce orbital positions and frequencies is particularly acute. In geostationary orbit (GEO), there are almost no free slots left, and in low Earth orbit (LEO), competition for frequency bands is growing. The ITU Radio Regulations are a set of rules determining how countries and companies coordinate spectrum use. An incorrectly filed application — and your satellite will remain on paper.
What you will master in the course
The course "Space Law and Commercial Space" (https://asibiont.com/en/course/space-law) provides systematic knowledge and practical skills:
- ITU procedure: advance publication, coordination, due diligence, notification, and registration of frequency assignments. You will go through each stage and understand how to avoid typical mistakes.
- Orbital position selection: features of GEO and LEO, coverage zones, interference, collisions. You will learn to assess slot availability and plan a mission taking into account international restrictions.
- National licensing: how to interact with the FCC, Roskomnadzor, Ofcom, and other regulators. What documents to prepare, what deadlines and pitfalls exist.
- Artemis Accords and Outer Space Treaty: principles of peaceful use, prohibition of appropriation of celestial bodies, liability for damage. How these norms affect commercial projects.
- Dispute resolution: mechanisms of the PCA (Permanent Court of Arbitration), arbitration, mediation. Examples of real cases.
- Space debris and sustainability: requirements for deorbiting satellites, collision prevention.
- Military use of space: restrictions and risks for commercial operators.
The course is built on case studies: you will analyze applications from real companies and understand why some projects received approval and others did not. For example, the history of OneWeb and SpaceX Starlink shows how a competent frequency strategy accelerates deployment.
Who this course is for
- Engineers and technical specialists who want to understand regulatory requirements when designing satellite systems.
- Founders of space startups: without a legal foundation, it is impossible to attract investment and obtain a license.
- Lawyers and consultants working with space projects: the course systematizes knowledge and provides practical tools.
- Government officials involved in coordinating frequencies and orbital positions.
How learning works on asibiont.com
The asibiont.com platform uses artificial intelligence to generate personalized lessons. You do not watch videos or follow a fixed program — the neural network creates educational material tailored to your level, goals, and pace. The text format allows deep immersion in details, returning to complex parts, and receiving explanations in simple language. Access to lessons is 24/7, so you learn at a convenient time.
AI learning is modern and effective. The neural network analyzes your answers and adjusts the difficulty: if you are already familiar with the ITU Radio Regulations, the course will offer advanced cases; if you are a beginner, it will start with the basics. You can ask questions during the lesson and receive instant explanations. Practical assignments simulate real procedures: drafting an ITU application, analyzing an orbital position, preparing documents for the FCC.
Why this matters right now
In September 2026, the space industry is booming: private companies are launching thousands of satellites, and regulators are tightening rules. Dozens of countries have signed the Artemis Accords, forming new standards for resource extraction and infrastructure creation on the Moon. Without understanding legal norms, you risk being left behind. The course provides not just theory but working algorithms that can be applied immediately.
Start learning on asibiont.com and turn legal barriers into a competitive advantage. Space Law and Commercial Space — your guide to the world of commercial space.
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