The accelerated deployment of satellite constellations, driven by advances in Low Earth Orbit (LEO) technology, is enabling a new generation of connectivity services. As these services evolve, an important policy question arises: are existing regulatory frameworks keeping pace with these developments? This presents a timely opportunity to reassess and modernise policy frameworks to accommodate emerging direct-to-user satellite services.<\/p>\n\n\n\n
The Satellite Regulatory Playbook is a globally relevant, practical guide for regulators. It provides a structured framework to help those working to modernise existing regulatory regimes or to develop new ones suited to the rapid evolution of LEO satellite services. It identifies core regulatory dimensions and policy considerations relevant to satellite broadband and direct-to-device (D2D) services, grounded in emerging international best practices.<\/p>\n\n\n\n
The Playbook introduces eight regulatory themes applicable to emerging satellite services delivered via LEO constellations, including satellite broadband and D2D services, without partnerships with mobile operators. <\/p>\n\n\n\n
Download the Playbook here<\/a>. Find out more about the mobile ecosystem and satellite here<\/a>.<\/p>\n\n\n\n Satellite operators offering direct-to-user services without MNO partnership should be required to establish an appropriate local legal presence (such as a subsidiary, branch or authorised representative) to ensure effective regulatory oversight and compliance aligned with existing licensing requirements. This is particularly important where services are provided directly to end users without a terrestrial intermediary.<\/p>\n In addition, satellite operators should be prepared to navigate foreign ownership and investment frameworks, which may include equity caps, local shareholding requirements and prior approval mechanisms. These rules are typically linked to broader national policies on telecommunications, critical infrastructure and security, and should apply even where services are delivered on a cross-border basis.<\/p>\n<\/div><\/div>\n The national security and telecommunications requirements applied to satellite operators should be comparable to those applied to terrestrial networks, when providing direct-to-user services. This includes, where applicable, complying with data protection and data localisation rules, ensuring lawful data processing, and meeting data retention obligations where services are functionally equivalent to mobile or fixed connectivity.<\/p>\n Satellite operators should also be required to implement robust cybersecurity laws and measures, including risk assessments, incident reporting and adherence to national cybersecurity frameworks, to safeguard users, networks and critical infrastructure.<\/p>\n In addition, satellite providers should support lawful interception obligations, enabling authorised access for law enforcement and national security purposes. Achieving this will require technical capabilities, such as local gateways or routing arrangements, to ensure interception is feasible within national jurisdictions and to avoid regulatory gaps that could otherwise undermine public safety.<\/p>\n \n<\/div><\/div>\n As LEO satellite broadband and D2D services are delivered directly to consumers without partnerships with mobile network operators, users should benefit from the same level of protections as those using terrestrial networks.<\/p>\n No consumer should face reduced rights or safeguards simply because of how connectivity is delivered. Consumer protection obligations should therefore apply consistently based on service type, covering areas such as subscriber identity verification (where applicable), transparent pricing and contract terms, billing accuracy, effective complaints handling and access to dispute resolution mechanisms.<\/p>\n Where relevant, proportionate subscriber registration or Know Your Customer (KYC) requirements should be applied to support security, lawful access and scam prevention, while avoiding regulatory gaps or arbitrage. Regulatory frameworks should also be updated to reflect satellite-specific technical characteristics, ensuring consistent enforcement across different delivery platforms.<\/p>\n Where quality-of-service (QoS) frameworks are implemented, they should enable consumers to make informed decisions based on clear, transparent and comparable service performance information. This requires that QoS monitoring and reporting outputs are consistent across technologies and that information provided for LEO satellite services allows meaningful comparison with terrestrial offerings.<\/p>\n Satellite operators should also anticipate compliance with pricing-related regulatory frameworks that already apply to terrestrial providers, including transparency requirements, tariff notification or approval processes and affordability safeguards.<\/p>\n<\/div><\/div>\n As LEO satellite services provided directly to users become part of national communications infrastructure, the planning, security and deployment standards that apply to terrestrial networks should apply equally to satellite networks. This is essential to protect users, communities and national interests. Policymakers should establish clear, transparent and proportionate frameworks for the approval and deployment of satellite infrastructure, including user terminals, gateway earth stations and points of presence (PoPs), ensuring alignment with broader telecommunications and planning regulations.<\/p>\n Regulatory requirements related to routing, international connectivity and cross-border gateways should be designed to address legitimate national security and data sovereignty objectives, while avoiding unnecessary restrictions that could hinder service deployment and innovation. Policymakers are also encouraged to promote infrastructure efficiency, including enabling voluntary co-location and shared use of passive facilities where feasible, to reduce costs, minimise environmental impact and support timely network roll-out.<\/p>\n<\/div><\/div>\n Regulators should ensure that satellite user terminals used in direct-to-user services meet common technical standards in order to protect consumers, prevent harmful interference and maintain the integrity of shared spectrum resources. This includes compliance with national type approval and certification frameworks and equipment labelling requirements, aligned with existing telecommunications equipment standards, to ensure safety, electromagnetic compatibility and effective interference management.<\/p>\n Regulators should also establish clear and proportionate licensing or authorisation regimes for the use of satellite terminals, taking into account evolving certification requirements, particularly for emerging use cases such as direct-to-device services. In addition, regulators are encouraged to implement appropriate installation rules for fixed or outdoor terminals, covering aspects such as antenna placement and local planning requirements, to ensure safe deployment and protect both users and surrounding communications infrastructure.<\/p>\n<\/div><\/div>\n As satellite operators expand and offer direct-to-user services, ensuring they contribute fairly to public revenues is essential to uphold societal needs and protect consumer interests. However, fiscal obligations often flow automatically from service classification rather than deliberate design. Policymakers should therefore actively review whether existing fiscal regimes apply appropriately to satellite services, ensuring obligations are fit for purpose rather than applied by default.<\/p>\n Satellite operators offering retail services should comply with fiscal obligations similar to terrestrial telecom providers, including licensing fees, regulatory levies, universal service contributions and applicable taxes. These obligations should be applied in a technologyneutral and proportionate manner, preventing regulatory arbitrage while avoiding undue burdens that could constrain investment and service affordability. Where sector-specific taxes are applied to communication services, policymakers should consider whether reducing these charges would better serve consumers and broader socio-economic development.<\/p>\n \n<\/div><\/div>\n All users (where relevant), regardless of whether they connect via terrestrial or satellite services, should be able to access emergency services and receive public safety alerts. Emergency services and public safety frameworks should be updated to reflect the growing role of satellite and direct-to-device (D2D) communications, which are not fully covered by existing terrestrial-focused regulations. Governments should ensure that relevant satellite services, where offered directly to users, can support access to emergency calling, including reliable location information and, where feasible, minimum service availability as applicable to terrestrial providers offering similar services.<\/p>\n Regulators should also consider extending public warning system requirements to satellite-enabled devices to improve emergency alert coverage, especially in remote or underserved areas. In addition, appropriate disaster resilience and service continuity obligations should apply to satellite operators providing critical connectivity, with appropriate coordination with public authorities and alignment with national emergency response objectives.<\/p>\n \n<\/div><\/div>\n Effective enforcement is essential to the credibility of any telecommunications regulatory regime. Without it, consumer protections, security safeguards and competition rules have little practical impact. Users should not face weaker protections simply because their service provider operates across borders or is located outside national jurisdiction.<\/p>\n Satellite operators providing services equivalent to those offered by terrestrial networks should be subject to comparable penalties and enforceable obligations within each market in which they operate.<\/p>\n Given the inherently cross-border nature of LEO satellite systems, enforcement may be more complex where operators are headquartered or technically managed outside the national jurisdiction. Governments should therefore require a meaningful local legal presence, enabling regulators to investigate noncompliance, compel remedial action and impose sanctions effectively.<\/p>\n Where direct technical control over satellite networks is limited, regulators could focus enforcement on market access measures, including restrictions on terminal sales and activation. Stronger international cooperation and information-sharing between regulators would also be critical to address cross-border non-compliance and ensure consistent enforcement outcomes.<\/p>\n \n<\/div><\/div>","protected":false},"excerpt":{"rendered":" The accelerated deployment of satellite constellations, driven by advances in Low Earth Orbit (LEO) technology, is enabling a new generation of connectivity services. As these services evolve, an important policy question arises: are existing regulatory frameworks keeping pace with these developments? This presents a timely opportunity to reassess and modernise policy frameworks to accommodate emerging […]<\/p>\n","protected":false},"author":95,"featured_media":97171,"template":"","meta":{"image":"https:\/\/www.gsma.com\/solutions-and-impact\/connectivity-for-good\/public-policy\/wp-content\/uploads\/2026\/06\/Satellite-Regulatory-Playbook-cover.png","json":{"gsma_resources_type":"Document","gsma_resources_thumb":"[97169]","gsma_resources_file":"[97170]","gsma_resources_multi":null,"gsma_resources_wgr":null,"gsma_resources_video":"","gsma_resources_image":"null","gsma_resources_url":"","gsma_resources_date":"","gsma_resources_button":""}},"tags":[],"resource_categories":[],"algolia_discover_type":[12151,12154],"class_list":["post-97168","gsma_theme_resources","type-gsma_theme_resources","status-publish","has-post-thumbnail","hentry","algolia_discover_type-documents-and-reports","algolia_discover_type-resource"],"yoast_head":"\nExplore the eight regulatory themes<\/h2>\n\n\n