Three fictional states — Lydon, Meret and Sava — depend on satellites for weather warnings, navigation and communication. A private company, North Arc, plans to place a large group of satellites in a low orbit. Its proposal could make internet service available in remote districts. Astronomers in all three states warn that bright objects may interfere with some observations. The plan raises a governance question: what responsibilities follow when an activity can affect users far beyond the place where it is authorised?
Lydon’s communications office argues that expanding access has public value. In its remote areas, schools and clinics sometimes lack a reliable connection. North Arc says the new service would be cheaper to install than extensive ground cables. The company has offered to publish its planned routes and to dim some lights during major astronomical observations. These steps may reduce particular concerns, although they do not establish how much access will improve or whose service will be affordable.
Meret’s observatory network raises a different point. Researchers say some observations require dark skies and long records; a short interruption may not be easy to replace. They do not claim that every satellite makes every study impossible. They ask for information about brightness, timing and cumulative effects, including objects launched by other operators. Their concern is partly scientific and partly institutional: one operator’s promise may not provide a common standard for the next operator.
Sava has no major observatory but depends on satellite weather data to prepare for floods. Its emergency office worries that a rule designed only around astronomy could restrict services that help residents make timely decisions. At the same time, Sava’s officials recognise that a growing number of uncoordinated launches could make tracking and collision avoidance more difficult. A state can support access today and still ask how tomorrow’s users will share a crowded orbital environment.
The three governments consider several approaches. A voluntary code would be fast and flexible, but it might not include every company. A shared reporting system could improve transparency, though collecting compatible data would require technical work and public staff. Binding limits might offer clearer expectations, yet a poorly designed limit could protect established operators while making entry harder for new providers. The labels “innovation” and “restriction” do not, by themselves, show who receives the benefits or carries the costs.
North Arc proposes a pilot: publish orbit and brightness information, notify observatories of planned changes, and review the results after one year. Researchers support the data sharing but ask for an independent review. The emergency office asks that services needed for public safety be considered in the same process. None of these requests proves that the pilot will succeed or fail. They identify different questions that a decision should answer.
A balanced discussion therefore needs more than a choice between limitless use and a complete ban. It can ask what information should be shared, who checks it, how affected users can report harm, and when rules should be reviewed. It can also separate present evidence from forecasts. The fictional states do not agree on a single priority, but each has a reason to participate: access, research and safety can all depend on the same shared environment. Governance begins by making those interests visible and testing whether the procedure treats them consistently.