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VIVENTINE SPACE SYSTEMS
The Downlink

Multi-Agency Coordination: FCC, FAA, NOAA, and ITU

Anthony Caracappa · · 10 min read

In June 2023, Varda Space Industries launched its W-Series 1 capsule aboard a SpaceX rideshare, a pharmaceutical manufacturing payload designed to return to Earth after processing in microgravity. The spacecraft worked. The manufacturing worked. Getting it home didn’t. Varda had an FCC spectrum license and an FAA launch license but not an FAA reentry license. The capsule spent eight months in orbit while Varda, FAA’s Office of Commercial Space Transportation (AST), and the U.S. Air Force negotiated the terms of a return to U.S. soil. Co-founder Delian Asparouhov called it “ultimately a coordination problem amongst three different groups that had not worked through this operation before.” Reentry finally happened on February 21, 2024, making it the first Part 450 reentry license for a commercial entity landing on U.S. soil.

The agencies didn’t fail Varda. The coordination layer between them simply didn’t exist. The hardest part of getting a satellite mission authorized in the United States isn’t any single agency’s process. It’s the dependency chain between them: the gates, handoffs, and hidden reviews that no single agency controls and no public-facing document maps end to end.

The Dependency Chain

The agencies involved in a satellite mission (FCC, FAA, NOAA, ITU, NTIA) don’t operate in isolation. They form a dependency chain where each agency’s output gates another agency’s process. Understanding these handoffs matters more than understanding any individual agency’s requirements. (For the agency-by-agency regulatory map, see How Satellite Licensing Works.)

ITU to FCC

An operator seeking international spectrum coordination must file an ITU Advance Publication through the FCC, which acts as the U.S. notifying administration. This filing should happen before or concurrently with a Part 25 application. Without completed ITU coordination, the FCC license provides domestic spectrum rights but no international protection. Another administration’s satellite network can claim priority in the same frequency band. ITU bilateral coordination is open-ended, typically taking two to seven years. An operator who files with the FCC without initiating ITU coordination has a domestic license with a structural vulnerability.

FCC to FAA

The FAA won’t finalize a launch license without confirmation of FCC spectrum authorization. If the FCC process stalls (whether from an IBFS backlog, incomplete technical review, or contested spectrum) the FAA process stalls with it, even if the operator’s means of compliance package is complete and accepted. For the full Part 450 framework, see FAA Part 450: The New Era of Launch and Reentry Licensing.

NOAA Interagency Review

Operators with remote sensing payloads file with NOAA’s Commercial Remote Sensing Regulatory Affairs office. What many operators don’t anticipate is the interagency review: the Department of Defense, State Department, and Office of the Director of National Intelligence evaluate applications for national security implications. Tier 3 conditions (resolution limits, geographic restrictions, shutter control requirements) can force hardware redesign or operational constraints late in a program, after the spacecraft is already in manufacturing.

NTIA to FCC

When satellites operate in frequency bands shared with federal users (S-band, X-band, L-band) the National Telecommunications and Information Administration coordinates with federal agencies before the FCC can grant authorization. The Satellite Industry Association has reported that NTIA coordination can take over a year, with operational limitations including restrictions on transmissions above certain latitudes where government systems operate.

FAA NEPA Review

Environmental review under the National Environmental Policy Act for new launch sites or vehicles involves consultation with multiple federal agencies, including Fish and Wildlife Service, EPA, and state regulators. NEPA review is consistently the longest single bottleneck in the FAA licensing process. EO 14335 (August 2025) directed categorical exclusions for routine launches, but no space-specific categorical exclusions have been adopted as of April 2026.

Where Coordination Breaks Down

Sequencing Errors

An operator files a Part 25 application with the FCC without initiating ITU Advance Publication. The FCC grants the license. The operator now has domestic spectrum rights but no international protection. When a foreign administration files for overlapping frequencies in the same orbital neighborhood, the U.S. operator has no ITU priority date to assert. The domestic license is real. The spectrum position is indefensible.

Hidden Gates

Most operators don’t budget time for NTIA federal spectrum coordination or NOAA’s interagency security review until they’re already deep in the licensing process. Consider Planet Labs: operating imaging satellites in the 2025-2110 MHz and 8025-8400 MHz bands, the company required NTIA coordination involving NASA, Air Force Spectrum Management, the Department of Commerce/NOAA, and the Navy. These aren’t boxes to check. They’re substantive technical reviews with unpredictable timelines.

Timeline Mismatch

The agencies operate on fundamentally different clocks. ITU coordination runs two to seven years. The FAA’s statutory deadline for license decisions is 180 days. NOAA targets 60-day processing for remote sensing licenses. These timelines don’t synchronize. An operator planning a two-year development program may discover that their ITU coordination timeline extends well beyond their launch window, and that the FCC license they received in month eight carries an asterisk until ITU coordination completes.

Novel Activity Gaps

What happens when no agency has a playbook? Varda found out. The FAA had Part 450 reentry authority. The Air Force controlled the Utah Test and Training Range landing site. The FCC had licensed the communications. But nobody had mapped the interagency process for coordinating a commercial reentry to a military range: who leads, who approves what, in what order. That process had to be invented while the capsule orbited.

Multi-Agency Conditioning

AST SpaceMobile’s direct-to-device satellite authorization illustrates how agencies can create cascading conditions on each other. The FCC conditioned AST SpaceMobile’s license on completion of NTIA coordination before filing ITU satellite network notifications, effectively requiring the operator to satisfy one federal coordination process before the FCC would initiate the international coordination process. The license also required coordination with NSF’s National Radio Astronomy Observatory and NASA. A single FCC authorization became a multi-agency web where each condition gates subsequent steps.

Reform Efforts

None of these failure modes are news to policymakers. The coordination problem has been recognized for over a decade, and several administrations have taken runs at fixing it. SPD-2 modernized individual agency processes and Part 450 replaced four legacy FAA regulations with one framework. But no reform has created a unified inter-agency coordination layer.

Space Policy Directive-2 (May 2018)

SPD-2 directed federal agencies to streamline commercial space licensing. It produced real results: Part 450 consolidated FAA launch regulations, NOAA initiated Part 960 reform for remote sensing licensing, and the Office of Space Commerce was elevated within the Department of Commerce. But SPD-2 addressed individual agency processes. It didn’t create a unified inter-agency framework.

Executive Order 14335 (August 2025)

The most significant recent attempt at structural reform. EO 14335 elevates the Office of Space Commerce and directs it to develop a “mission authorization” process for novel space activities, where OSC would circulate applications across agencies with firm response deadlines. The Secretary of Commerce had 150 days to propose an implementing process. OSC held a stakeholder briefing on December 3, 2025. As of April 2026, no implementing rules have been published. The intent is clear, but no regulatory machinery has followed.

FCC Space Modernization NPRM (FCC-25-69)

The FCC’s proposed consolidation of Part 25 into Part 100 would modernize satellite licensing rules. But it’s an FCC-only proceeding. It doesn’t address inter-agency coordination, NTIA handoffs, or FAA dependencies.

Congressional Proposals

A “one-stop shop” for space licensing has been called for repeatedly. CRS reports (R45416, R48582) document various proposals. None have been enacted. The obstacle is constitutional, not just political: the FCC is an independent agency, and consolidating its satellite licensing functions into the executive branch raises separation-of-powers questions that no bill has resolved.

How Other Countries Do It

United Kingdom

The UK has the most consolidated framework among major space nations. The Civil Aviation Authority (CAA) is the licensing regulator for both launch and orbital operations under the Space Industry Act 2018. The UK Space Agency (UKSA) sets policy and strategy rather than acting as an operational regulator, and manages legacy obligations under the Outer Space Act 1986. Ofcom handles spectrum allocation separately. One operational regulator, one policy body, and a spectrum authority is far fewer seams than the U.S. model.

France

France uses the Centre National d’Etudes Spatiales (CNES) as a single technical authority for space operations under the French Space Operations Act (Loi relative aux operations spatiales, 2008). CNES evaluates applications on technical merits; the Minister in charge of space affairs grants the formal authorization. The technical assessment is centralized even if the legal authority is split.

Both countries launch fewer vehicles and license fewer operators than the United States, which makes single-agency regulation more feasible. The structural lesson still holds: the U.S. approach of splitting space licensing across four or more independent agencies with separate statutory mandates is not the only way to structure space governance. No other major spacefaring nation fragments commercial space licensing across as many independent agencies.

The Data Problem

Each agency maintains its own filing database with its own identifier scheme, and none of them talk to each other. The FCC tracks entities by FRN and callsign. The ITU uses satellite network notations. The FAA uses its own license numbering. NOAA maintains a separate remote sensing license registry. An operator filing with three agencies can’t see whether their FCC timeline is blocking their FAA approval, or whether an NTIA coordination delay is about to cascade into a missed launch window. There is no shared identifier, no status dashboard, no unified timeline view.

This fragmentation creates blind spots. An investor running due diligence on a satellite operator would need to separately query the FCC’s IBFS, the FAA’s license database, NOAA’s remote sensing registry, and the ITU’s Space Network List to build a complete picture of that operator’s regulatory position. No government system provides that cross-agency view.

It’s also why AI systems struggle with regulatory intelligence in this domain. Each agency’s filing format, vocabulary, and identifier scheme is different: exactly the kind of fragmented, inconsistent data where AI is most likely to fabricate connections rather than flag gaps. (For more on this challenge, see The Trust Problem. For how leading LLMs actually perform on domain-specific extraction tasks, see Benchmarking LLMs for Domain-Specific Data Extraction.)

Orbit Sentinel tracks operators across FCC, FAA, ITU, and NOAA filing databases, surfacing the cross-agency relationships that no single government system provides. Operators with active filings across three or more agencies get a single view linking their Part 25 application to their Part 450 license to their ITU Advance Publication. That fragmentation is the reason Orbit Sentinel exists, and regulatory intelligence platforms make these cross-agency relationships queryable rather than leaving them buried across four siloed government portals.

What Operators Can Do Now

The inter-agency coordination framework isn’t going to be fixed before your next mission.

Start ITU Coordination Years Early

It’s the longest pole in the dependency chain at two to seven years. If you wait until your FCC license is granted to think about international spectrum protection, you’re already behind.

Engage All Agencies in Parallel

The dependency chain creates gates, but that doesn’t mean you have to process them serially. Pre-application consultation with FAA AST can run concurrently with FCC Part 25 filing and ITU Advance Publication. Parallelizing where possible compresses the overall timeline. (For a step-by-step walkthrough, see our Satellite Licensing Guide.)

Budget for Multi-Disciplinary Regulatory Counsel

A communications attorney handling your FCC application is not the same as a launch safety consultant managing your Part 450 MoC development, and neither is the export control attorney handling ITAR/EAR compliance. Missions with international partners or foreign-sourced components add yet another parallel coordination thread through State Department and Commerce Department export licensing. (For more on export controls in the broader regulatory picture, see The Operator’s Playbook.) Multi-agency missions require multi-disciplinary regulatory teams.

Assume NOAA Review Will Surface Surprises

If your mission includes any remote sensing capability, even secondary, the DoD/State/ODNI review can impose conditions that affect spacecraft design. Build margin in your schedule and your hardware specifications.

Track Reform Efforts

EO 14335’s mission authorization process, the FCC’s Space Modernization NPRM, and NOAA’s Part 960 updates could change the framework mid-program. The regulatory environment you start licensing under may not be the one you launch under.

Until someone owns the coordination, operators own it by default. Varda’s eight months in orbit is the cost of learning that lesson the hard way.

Further reading:

Key Regulatory References

Frequently Asked Questions

Why is satellite licensing split across multiple U.S. agencies?
Each agency gained jurisdiction through separate statutes enacted over decades: the FCC for spectrum, FAA for launch safety, NOAA for remote sensing, and the ITU for international coordination. No consolidation has occurred despite multiple reform proposals.
What is EO 14335 and how does it affect space licensing?
Executive Order 14335, signed in August 2025, directs the creation of a mission authorization process for novel space activities and elevates the Office of Space Commerce. As of April 2026, no implementing rules have been published.
How long does multi-agency satellite licensing take?
Timelines vary by mission complexity. ITU coordination alone takes 2-7 years. FCC licensing takes 6-18 months. FAA Part 450 licensing takes 12-24 months including pre-application. When sequenced incorrectly, these compound rather than run in parallel.
Has any country created a single-window space licensing process?
The UK's Civil Aviation Authority regulates both launch and orbital operations under the Space Industry Act 2018, with the UK Space Agency setting policy and strategy. France centralizes technical assessment at CNES. Neither country splits commercial space licensing across four or more independent agencies with separate statutory mandates the way the United States does.

Anthony Caracappa

Founder, Viventine Space Systems. Building Orbit Sentinel.