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On September 25, 2026, the U.S. Senate passed the Secure Space Act of 2025 by unanimous consent, a rare showing of bipartisan alignment on space policy. The bill directs the Federal Communications Commission (FCC) to withhold specified satellite and earth-station licenses from companies, subsidiaries, or affiliates connected to equipment or services listed on the agency's Covered List, the same roster used to police 5G and terrestrial telecom infrastructure under the 2019 Secure and Trusted Communications Networks Act. In practical terms, the legislation closes a regulatory gap that had allowed satellite communications and ground-segment hardware to escape the scrutiny already applied to cellular base stations, routers, and surveillance equipment from vendors such as Huawei, ZTE, Hytera, Hikvision, and Dahua.
The unanimous vote signals that space-sector supply chain security has become one of the few genuinely bipartisan issues in Washington. Unlike many recent space bills that stall in committee or face partisan riders, the Secure Space Act moved through the Senate cleanly, suggesting leadership on both sides views satellite infrastructure as a national security asset requiring the same firewall already built around 5G networks. The bill now heads to the House, where a companion measure or expedited floor vote is expected given the Senate's unanimous backing.
The core mechanism is straightforward: if an applicant's satellite or ground-station supply chain includes Covered List equipment or services, the FCC would be barred from granting the authorization, regardless of the applicant's country of incorporation.
This is the first time Congress has moved to apply the Covered List framework specifically to satellite and earth-station licensing, rather than terrestrial wireless infrastructure. That distinction matters because the satellite industry's supply chains are structurally different from telecom's: smallsat manufacturers, ground-station operators, and even some geostationary operators have historically sourced components (antennas, RF front-ends, optical ground terminals, and in some cases entire buses) from a global vendor base that includes Chinese manufacturers offering lower-cost hardware. A 2026 small-satellite supply-chain report tracked 1,505 companies and 6,272 products across 89 countries, illustrating how deeply globalized and cost-sensitive the sector's component sourcing has become. Any new screening requirement will ripple through that entire base.
The timing is also notable. It follows a string of related actions this year, including FCC's Part 100 NGSO overhaul and a broader push by the Commerce Department to build verifiable metrics for the space economy. Together these signal a regulatory environment increasingly focused on hardening the commercial space sector against foreign dependency, not just in launch and manufacturing but now explicitly in licensing.
Commercial satellite operators face the most immediate compliance burden. Large constellation operators such as SpaceX (Starlink), Amazon (Kuiper), Viasat, and Iridium likely already avoid Covered List vendors given existing government contract requirements, but mid-tier and emerging operators, especially those built on low-cost smallsat buses, may need to conduct supply chain audits for the first time. Ground-station and teleport operators, an often-overlooked segment of the value chain, could face particular scrutiny since earth-station authorizations are explicitly named in the bill.
New entrants and smallsat manufacturers may see the compliance cost curve steepen. The small-satellite supply chain report's finding of nearly 400 university programs and thousands of hardware products across a fragmented, cost-driven market suggests that some smaller players have relied on inexpensive components without deep vendor-vetting infrastructure. A Covered List screening requirement effectively pushes procurement toward a narrower, more expensive, and more domestically concentrated vendor pool, which could accelerate consolidation among component suppliers.
International operators and applicants seeking U.S. market access will need to demonstrate supply chain independence from Covered List equipment even if they are not U.S.-based, mirroring how foreign 5G vendors have had to prove Huawei-free networks to access allied markets. This raises the bar for any satellite operator, regardless of nationality, that wants to serve U.S. customers or lease U.S. spectrum and orbital slots.
Government and defense stakeholders benefit from a cleaner, codified rule rather than case-by-case licensing scrutiny. Space Systems Command, the Space Development Agency, and intelligence community customers who increasingly rely on commercial satellite capacity (as documented in ongoing debates about buying commercial space services without creating new strategic dependencies) gain a standardized baseline assurance that licensed commercial providers meet a security floor, which simplifies due diligence for hybrid government-commercial architectures.
Expect the House to take up a companion bill within weeks given the Senate's unanimous vote, a signal that leadership on both sides wants this codified before the 2026 midterm cycle intensifies. Once enacted, the FCC will need to issue implementing rules, likely drawing on its existing Covered List certification process from the telecom rulemakings, adapted for satellite-specific supply chains such as RF payloads, optical terminals, and ground-segment networking gear.
Industry trade groups, including satellite manufacturer associations, are likely to request a compliance transition period and clearer guidance on what constitutes a "link" to Covered List equipment, particularly for companies with mixed or legacy supply chains built before the political salience of this issue. Smallsat manufacturers and university programs, given their price sensitivity, may lobby for carve-outs or phased implementation timelines.
This development should also be read alongside the FCC's Part 100 NGSO overhaul and the Commerce Department's push for verifiable space economy metrics: together they form a broader regulatory architecture that treats satellite infrastructure as critical infrastructure requiring the same security scaffolding as terrestrial telecom and energy grids. Operators that have not yet audited their component sourcing should treat this bill's passage as a clear signal to begin that process now, well ahead of final FCC rules.
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About this analysis
Written by the SpaceNexus Desk: a language model drafts each piece from the sources listed above, a second model pass fact-checks it against those sources, and drafts that fail that check are held for a person. No human typed this article. How the desk works · Report a correction
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