The Future of Competition in LEO-Satellite Services
TL;DR
Background: Once seen as a technological dead end, low-earth-orbit (LEO) satellites have become among the fastest-growing modes of communication. Advances in manufacturing, launch costs, and network design now allow large constellations to deliver high-speed and low-latency broadband worldwide, helping to meet surging demand for data-intensive and real-time applications.
But… As detailed in a new report published jointly by the International Center for Law & Economics (ICLE) and New America’s Wireless Future Project, the emerging LEO market is not purely commercial. Governments increasingly treat satellite constellations as strategic assets that can extend national influence and industrial capacity. Many leading operators rely on state investment or subsidies, blurring the line between open competition and geopolitical rivalry.
However… With more than 11,000 satellites already in orbit and many more planned, ensuring fair and sustainable competition has become a central policy challenge. As the sector matures, the ICLE-New America report urges regulators to focus on preventing market distortions, monitoring state-supported dominance, and developing adaptive tools that preserve innovation and open entry.
KEY TAKEAWAYS
Market State of Play
Traditional distinctions between fixed satellite services (FSS) and mobile satellite services (MSS) no longer reflect how modern constellations operate. Instead, the LEO marketplace should be regarded as an integrated communications ecosystem. Today’s LEO systems function as multi-service infrastructure, capable of delivering broadband to homes, connecting mobile platforms, and providing enterprise backhaul and IoT connectivity simultaneously. Service definitions and classifications should be updated to reflect this convergence, ensuring that regulations promote technological neutrality rather than reinforcing outdated silos.
It’s also essential to reforming rules around licensing and spectrum management. Entry rules should grant predictable opportunities to new operators, while still giving incumbents the security to invest in expanded systems and interoperability. The Federal Communications Commission (FCC) should streamline its authorization procedures, harmonize coordination requirements, and consider adaptive-sharing frameworks that can accommodate multiple operators without locking out newcomers. Balancing flexibility with accountability would allow the market to expand sustainably without stifling innovation through procedural delay or regulatory uncertainty.
Expanding and diversifying spectrum access is also critical to maintain competition. Policymakers should open new frequency bands for satellite use and adopt dynamic-sharing models that increase spectral efficiency. This would relieve mounting congestion in heavily used FSS and MSS bands and create pathways for additional entrants and services. These steps, coupled with improved coordination between terrestrial and satellite systems, would encourage a more balanced distribution of capacity and prevent spectrum bottlenecks from becoming barriers to competition.
Finally, as the LEO market matures, competition should be defined less by price and more by quality. This shift toward quality-based competition will better align incentives with consumer outcomes and technological advancement, ensuring that LEO remains a dynamic and innovative component of the global communications infrastructure.
Conditions for Entry
As a capital-intensive sector with high fixed costs and long development cycles, barriers to enter the LEO-satellite market are significant, even in the absence of anticompetitive behavior. Competition depends on conditions that allow efficiency and innovation to flourish. Policymakers should therefore focus on enabling access to financing and mitigating risk for credible new entrants. Well-designed mechanisms like public-private partnerships, loan guarantees, and targeted risk-sharing frameworks could help to align private incentives with public objectives without distorting market outcomes or shielding firms from competitive pressure.
Expanding the industrial base for launch and manufacturing is another key factor in maintaining a competitive market. Concentration in launch capacity and limited production throughput can create bottlenecks that raise costs and slow deployment. Encouraging investment in domestic launch facilities, diversified supply chains, and advanced satellite manufacturing can lower entry barriers, improve scalability, and enhance overall system resilience.
Finally, effective spectrum and orbit management remains the foundation for LEO market efficiency. Transparent and flexible allocation and coordination rules are critical to allowing both incumbents and new entrants to operate at scale, while minimizing interference and delay. Partnerships and vertically integrated production can also yield cost savings and accelerate innovation. Regulation should therefore support pathways for entrants to build or join integrated supply chains, while maintaining access to key resources. By emphasizing efficiency, adaptability, and technological progress, policymakers can foster a competitive LEO environment that delivers enduring consumer benefits.
Potential Anticompetitive Concerns
The LEO market is entering a crucial transition from market access to performance-based rivalry. While early entrants drove major gains in efficiency, speed, and cost reduction, sustaining that momentum will require ensuring that multiple constellations can achieve operational scale. To ensure that viable competitors can still access the market, policymakers should focus on streamlining licensing, securing spectrum and orbital resources, and enabling early infrastructure build-out. Encouraging this first phase of parallel growth will maximize long-term efficiency and consumer benefits.
But competition policy must be grounded in evidence, rather than structure. Vertical integration, bundling, and cross-platform coordination can yield efficiencies by lowering transaction costs, accelerating innovation, and improving service reliability. Antitrust enforcers should therefore distinguish between conduct that raises costs or forecloses rivals and that which enhances efficiency or consumer welfare. Excessive skepticism of integrated business models could slow progress and entrench incumbents by deterring the investment needed to compete at scale.
Finally, as global competition intensifies, domestic regulatory processes must keep pace. Many foreign systems benefit from direct state support, streamlined approvals, and subsidized infrastructure. The United States should modernize its own regulatory and licensing frameworks to ensure that domestic firms do not suffer procedural delays or fragmented oversight. Aligning competition policy with global industrial realities will help to sustain innovation, protect U.S. leadership, and preserve the dynamic competitive forces that have made LEO one of the most transformative developments in modern communications.
For more on this issue, see “Low Earth Orbit Satellites: Policies to Promote Spectrum Sharing, Foster Competition, and Close Digital Divides: A Report of the LEO Policy Working Group.”