The era of asking for permission after the fact is over. Regulators are no longer waiting for your post-launch report to check if you followed the rules. They are auditing your telemetry in real time.

This week brought three distinct enforcement actions that change how we operate in orbit. The FCC, the ITU, and the European Commission all moved from writing guidelines to drawing hard lines. If your compliance strategy relies on static documentation, you are already behind. Here is what changed and how to adapt.

The FCC debris enforcement advisory

The Federal Communications Commission released a new orbital debris enforcement advisory on Tuesday targeting LEO disposal timelines. They are specifically targeting operators who plan to use graveyard orbit shortcuts for satellites below 2,000 kilometers. The FCC made it clear that graveyard orbit shortcuts do not satisfy the 5-year deorbit rule. You must have the propulsion to actually deorbit within that window.

This changes the math for mission designers. You can no longer budget for a passive decay trajectory and call it compliant. The FCC now requires proof of active propulsion reserves at the end of the primary mission. We covered this exact shift in our breakdown of how the 5-year deorbit rule is reshaping satellite missions.

At the end of the day, passive disposal is dead for new LEO filings. Operators must plan for active propulsion from day one.

The ITU Ku-band dynamic sharing draft

The International Telecommunication Union published a draft framework for dynamic spectrum sharing in the Ku-band on Thursday. This proposal replaces static frequency coordination with a real-time database model for non-geostationary systems. Operators will have to query a centralized database before transmitting. This ensures they do not cause harmful interference to incumbent users.

This is a major shift from the current first-come, first-served coordination process we analyzed in our post on the death of EPFD limits. It requires satellites to have the software-defined payload capability to adjust power levels on the fly.

In a nutshell, your spectrum strategy now depends on your software architecture. Hardware alone will not get you licensed.

The EU cybersecurity technical annex

The European Commission finalized the technical annex for the EU Space Act cybersecurity mandate on Friday. Non-EU operators serving European customers must now submit to annual third-party security audits to maintain market access. The annex specifically targets ground segment vulnerabilities. It also enforces strict command-link encryption standards.

Many US-based operators assumed the EU resilience mandate only applied to hardware manufactured in Europe. That assumption is now a compliance liability. If your ground stations process EU user data, you fall under this mandate.

After all, data sovereignty follows the user, not the satellite. Your ground segment is just as regulated as your space segment.

We are moving from a licensing regime to an operational auditing regime. The rules are no longer just about getting permission to launch. They are about proving compliance every single day you are in orbit.

Look at your current mission architecture. Does your propulsion budget meet the new FCC active disposal standard? Can your payload adjust power levels for the ITU database? Is your ground segment ready for an EU third-party audit?

If the answer to any of those is no, you need to redesign before you file.