Satellite Internet Regulations by Country: Where Starlink Is Banned, Restricted, or Licensed

Key Takeaway

Satellite internet regulation varies enormously by country. Starlink is fully banned in China, Russia, Iran, and North Korea. India granted a license in mid-2025 but service has not launched. Uganda suspended all Starlink terminals ahead of its 2026 elections. Iran jams satellite signals with military-grade GPS jammers causing up to 80% performance degradation. No binding international framework governs satellite internet licensing.

The Global Regulatory Patchwork

Satellite internet operates in a regulatory environment that ranges from fully permissive to completely prohibitive, often for reasons that have little to do with technology and everything to do with politics, national security, and information control.

Unlike terrestrial internet, which flows through physical cables and switches under the control of domestic telecom providers, satellite internet beams data directly from orbit to a dish on your roof. This bypasses national internet infrastructure - and the censorship, surveillance, and revenue collection that infrastructure enables. For authoritarian governments, this is an existential threat to information control. For democratic governments, it raises legitimate questions about spectrum management, taxation, and regulatory oversight.

The result is a patchwork of regulations that satellite internet users and providers must navigate country by country.

Countries Where Satellite Internet Is Banned

China

China maintains the most comprehensive ban on unauthorized satellite internet. Starlink terminals are illegal to import, sell, or operate. The ban is enforced through multiple mechanisms:

• Import prohibition: Customs authorities seize Starlink equipment at borders
• Criminal penalties: Operating unauthorized satellite communications equipment violates China’s Radio Management Regulations
• Active enforcement: In late 2025, Chinese maritime authorities penalized a foreign vessel for illegally operating a Starlink terminal in Chinese territorial waters. Officers discovered a “micro rectangular antenna” on the ship’s deck that was confirmed as a low Earth orbit satellite terminal that continued transmitting data after entering Chinese waters
• Direct-to-device regulation: A regulation effective June 2025 further strengthened controls on satellite communications, closing loopholes that could have permitted direct-to-cell satellite services

China views unauthorized satellite internet as a national security threat because it bypasses state-controlled internet infrastructure. All radio devices and frequencies require prior government approval, which Starlink lacks and will not receive. China is building its own satellite internet systems - Qianfan and Guowang - that will operate under Chinese government oversight.

Russia

SpaceX does not offer Starlink service in Russia and actively blocks access within Russian territory. During the Ukraine conflict, Starlink and Ukraine established a “whitelist” system of authorized terminals to prevent unauthorized Russian use. Possession of a Starlink terminal in Russia is illegal under telecommunications regulations that require all communications equipment to be government-approved.

Despite the ban, there have been reports of Starlink terminals appearing in Russian-occupied territories, likely obtained through gray market channels. SpaceX has taken steps to geoblock these terminals when identified.

Iran

Iran’s approach to Starlink combines legal prohibition with active technical countermeasures.

Legal penalties: Iranian lawmakers criminalized unauthorized possession and use of Starlink devices, with prison sentences of up to two years for violations. Harsher penalties - potentially including death - apply when Starlink use is tied to espionage or collaboration charges.

Signal jamming: In January 2026, Iran deployed military-grade GPS jammers that cut satellite internet performance by as much as 80% in parts of the country. This represents one of the most aggressive technical countermeasures against satellite internet attempted by any government. While Starlink’s Ku-band signals are difficult to jam directly, GPS jamming disrupts the terminal’s ability to locate and track satellites efficiently, degrading performance significantly.

The jamming intensified during the January 2026 internet shutdowns, when Iranian authorities cut terrestrial internet access and simultaneously degraded satellite alternatives. Starlink had been a lifeline for Iranian users during previous shutdowns, and the government’s response was to develop the capability to neutralize it.

North Korea

North Korea bans all unauthorized foreign communications technology. Satellite internet is prohibited under the country’s comprehensive information control regime. No satellite internet provider operates in or targets North Korea.

Countries with Complex Licensing Requirements

India

India represents the most significant “pending” market for satellite internet. The licensing journey has been long and complex:

• 2021-2024: Starlink and others applied for licenses under India’s evolving satellite policy framework
• May 2025: IN-SPACe (Indian National Space Promotion and Authorization Centre) granted Starlink authorization to operate using its Gen1 constellation. The license is valid for five years through July 2030
• July 2025: Starlink secured final regulatory approval, becoming the third satellite operator (after OneWeb and the Jio-SES joint venture) to receive all required clearances

Despite regulatory approval, Starlink has not yet launched commercial service in India. The company still needs trial spectrum allocation and must meet national security compliance conditions from the Department of Telecommunications. Service is expected by 2026, with pricing reportedly targeting Rs 3,000-4,200 per month (approximately $35-50 USD).

India’s 1.4 billion population and significant rural connectivity gap make it one of the most important potential markets for satellite internet globally. Indian carriers Bharti Airtel and Reliance Jio have both announced agreements to offer Starlink broadband to their customers.

Pakistan

Pakistan has not licensed Starlink or any LEO satellite internet provider for consumer service. The Pakistan Telecommunication Authority (PTA) maintains strict control over telecommunications licensing. While there has been interest from Starlink in entering the Pakistani market, regulatory progress has been slow.

Qianfan (SpaceSail), the Chinese constellation, has indicated Pakistan as one of its active international markets, suggesting that Chinese-backed satellite services may gain regulatory approval before Western providers.

Egypt

Egypt requires specific licensing for satellite internet terminals and services. Starlink is not licensed for consumer use in Egypt. The country’s telecommunications regulations require all satellite equipment to be approved by the National Telecommunications Regulatory Authority (NTRA). Import of unauthorized satellite equipment is prohibited.

Countries Where Starlink Was Suspended or Restricted

Uganda

Uganda’s treatment of Starlink illustrates how satellite internet can become entangled in domestic politics.

On December 19, 2025, Uganda’s Revenue Authority (URA) instructed customs officials to halt clearance of Starlink equipment unless importers presented written authorization from the Chief of Defence Forces - effectively placing satellite communications imports under military oversight.

On January 1, 2026, Starlink disabled all access to its global network within Ugandan territory, confirming via a formal letter on January 2 that it had activated a service restriction mechanism. As a result, no active Starlink terminals existed within the country.

The timing was closely linked to Uganda’s general elections on January 15, 2026. Satellite internet operates independently of national fiber and mobile networks, making it resistant to the internet shutdowns that have been used during previous Ugandan elections. Requiring military clearance for satellite equipment imports gave the government effective control over this independent communications channel.

Signal Jamming and Technical Countermeasures

Several countries employ active technical measures to degrade or block satellite internet, in addition to legal prohibitions.

Country	Method	Effectiveness	Impact on Starlink
Iran	Military-grade GPS jamming	High	Up to 80% performance degradation
Russia	GPS jamming in border regions	Moderate	Intermittent disruption in targeted areas
China	Import ban + spectrum enforcement	Complete (preventive)	Service physically unavailable
Myanmar	Internet shutdowns + equipment seizures	High (terrestrial); limited (satellite)	Satellite hardware confiscated when found

GPS jamming is the most effective near-term countermeasure against satellite internet. While the satellite signal itself (Ku/Ka-band) is difficult to jam without expensive, targeted equipment, disrupting the GPS signals that satellite terminals use for self-positioning and satellite tracking degrades performance significantly.

More sophisticated jamming - directly targeting the Ku-band downlink frequencies - is technically possible but requires expensive equipment and can interfere with other services, including aviation. No country has been publicly confirmed to be jamming Starlink’s primary service frequencies directly, though Iran’s military-grade approach comes closest.

Regional Regulatory Frameworks

European Union: IRIS2 Sovereign Constellation

The EU is taking a different approach to satellite internet sovereignty: building its own system. IRIS2 (Infrastructure for Resilience, Interconnectivity and Security by Satellite) is a 290-satellite multi-orbit constellation funded at 10.6 billion euros.

IRIS2 Detail	Specification
Total satellites	290 (LEO + MEO)
Budget	10.6 billion euros
Operator consortium	SpaceRISE (SES, Eutelsat, Hispasat)
First launch	2029
Full operational capacity	2030
Primary purpose	Encrypted government communications backbone
Secondary purpose	Commercial broadband for underserved areas

IRIS2 is not designed to replace Starlink for European consumers. Its primary mission is providing a sovereign, encrypted communications backbone for EU institutions, member states, and public agencies - ensuring Europe is not dependent on American (Starlink) or Chinese satellite networks for sensitive government communications.

The commercial layer of IRIS2 will offer broadband to underserved European areas, potentially complementing or competing with Starlink in rural connectivity. But the driving motivation is strategic autonomy, not consumer choice.

United States: FCC Framework and BEAD

The US has the most permissive satellite internet regulatory environment among major economies. The FCC licenses satellite operators and allocates spectrum, but does not restrict consumer access to licensed services.

Key US regulatory developments:

• FCC licensing: Starlink, Amazon Leo, and other providers operate under FCC authorization. The licensing process is rigorous but follows established procedures
• BEAD program integration: The $42.5 billion Broadband Equity, Access and Deployment program now allocates approximately 22.6% of funding to LEO satellite deployments, recognizing satellite as a viable solution for the hardest-to-reach areas
• 5-year deorbit rule: The FCC requires U.S.-licensed LEO satellites to deorbit within 5 years of mission end, stricter than the international 25-year guideline
• Net neutrality: Satellite internet providers in the US are subject to the same net neutrality rules as terrestrial providers

Africa: Mixed Progress

Africa represents satellite internet’s highest-potential growth market and its most complex regulatory challenge. Country-by-country status varies dramatically:

Country	Starlink Status	Notes
Nigeria	Active	Licensed, rapidly growing subscriber base
Kenya	Active	Licensed, operating since 2023
Mozambique	Active	Licensed
Rwanda	Active	Licensed, government partnership
South Africa	Active	Licensed, growing
Uganda	Suspended	Military clearance required; all terminals disabled Jan 2026
Zimbabwe	Not available	Regulatory barriers
Ethiopia	Not available	Government telecom monopoly

The pattern across Africa is that countries with more open telecommunications markets (Nigeria, Kenya, South Africa) have embraced satellite internet, while countries with state telecom monopolies or authoritarian governance resist it.

Country-by-Country Regulatory Status

Here is the regulatory status for satellite internet (primarily Starlink) across the top 30+ countries by population or strategic importance.

Country	Status	Regulatory Framework	Key Notes
United States	Active, fully licensed	FCC authorization	Most permissive environment; BEAD funding includes satellite
China	Banned	Import and operation prohibited	First enforcement against foreign vessel in 2025
India	Licensed, not launched	IN-SPACe approval (July 2025)	Service expected 2026; Rs 3,000-4,200/mo pricing target
United Kingdom	Active	Ofcom licensed	Available nationwide
Brazil	Active	Anatel licensed	Major growth market; Qianfan also authorized
Russia	Banned	SpaceX geoblocks territory	Active blocking and legal prohibition
Japan	Active	MIC licensed	Available nationwide
Germany	Active	BNetzA licensed	Available nationwide
France	Active	ARCEP licensed	Available nationwide
Mexico	Active	IFT licensed	Growing rural coverage
Nigeria	Active	NCC licensed	Fast-growing market
Indonesia	Active	Licensed	Coverage expanding
Pakistan	Not available	Unlicensed	PTA approval pending; Qianfan has presence
Turkey	Active	Licensed via local partner	Available
Iran	Banned + jammed	Criminal penalties; military-grade jamming	Up to 80% performance degradation from jamming
South Korea	Active	Licensed	Limited rural focus market
Egypt	Not available	NTRA approval required	Import restrictions
Canada	Active	ISED/CRTC licensed	Available nationwide; strong rural uptake
Australia	Active	ACMA licensed	Major rural market
New Zealand	Active	Licensed	Strong coverage
South Africa	Active	ICASA licensed	Growing market
Colombia	Active	Licensed	Available
Poland	Active	Licensed	Available
Spain	Active	Licensed	Available
Italy	Active	Licensed	Available
Uganda	Suspended	Military clearance; all terminals disabled	Linked to Jan 2026 election politics
Philippines	Active	Licensed	Available
Thailand	Active	Licensed via partner	Available
North Korea	Banned	All foreign communications prohibited	No satellite provider operates here
Myanmar	Restricted	Equipment seizures; internet shutdowns	Satellite hardware confiscated when found
Switzerland	Active	Licensed	Available

How Regulations Affect You as a Consumer

If you are considering satellite internet, the regulatory environment in your country determines what is possible.

In licensed countries (US, UK, EU, Australia, etc.): You can order, install, and use Starlink or other satellite internet services freely. Regulatory compliance is handled by the provider. Your only concern is service availability and pricing.

In pending markets (India, Pakistan): Service may become available in the near future. Monitor provider announcements and avoid purchasing equipment from unofficial channels, as gray-market terminals may not work once official service launches.

In restricted countries (Iran, Myanmar): Using satellite internet carries legal risk. Even if you obtain equipment, signal jamming may degrade performance significantly. The decision to use satellite internet in these environments involves personal risk assessment beyond the scope of a connectivity guide.

In banned countries (China, Russia, North Korea): Satellite internet is not available and using it carries serious criminal penalties. There are no workarounds that do not involve significant legal risk.

For travelers: Starlink Roam plans work across licensed countries, but your terminal will not function if you travel to a banned or unlicensed country. SpaceX geoblocks service based on terminal location.

FAQ

Can I use Starlink if I travel to a country where it is not officially available?

No. Starlink terminals determine their geographic location via GPS and will not connect to the network in countries where SpaceX does not hold regulatory authorization. The terminal is geofenced to work only in licensed territories. If you travel with a Roam plan from a licensed country to an unlicensed one, the terminal will stop working when it detects its new location.

Why do some countries ban satellite internet?

The reasons vary but generally fall into three categories: information control (China, Iran, North Korea, Russia), revenue protection (countries where state telecom monopolies would lose subscribers), and national security concerns (satellite signals crossing borders without going through domestic infrastructure). Authoritarian governments are particularly threatened by satellite internet because it provides an unfiltered connection that bypasses state censorship systems.

Will India get Starlink soon?

Starlink received all required regulatory approvals in India by mid-2025. However, commercial launch has been delayed by the need for trial spectrum allocation and national security compliance. Service is widely expected in 2026, with pricing reportedly in the Rs 3,000-4,200/month range (approximately $35-50 USD). Indian carriers Bharti Airtel and Reliance Jio have both signed agreements to distribute Starlink service. When it launches, India will become one of Starlink’s largest potential markets given its population and the extent of its rural connectivity gap.

What is IRIS2 and will it replace Starlink in Europe?

IRIS2 is the European Union’s sovereign satellite constellation - a 290-satellite system funded at 10.6 billion euros, with first launch planned for 2029 and full operations by 2030. It is operated by a consortium of SES, Eutelsat, and Hispasat. IRIS2 will not replace Starlink for European consumers. Its primary mission is providing encrypted, sovereign communications for EU governments. A secondary commercial layer will offer broadband to underserved areas, but Starlink will remain available and likely dominant for European consumer satellite internet.

Can Iran actually jam Starlink?

Iran has demonstrated the ability to significantly degrade Starlink performance through military-grade GPS jamming, reducing performance by up to 80% in affected areas. This works by disrupting the GPS signals that Starlink terminals use for self-positioning and satellite tracking, not by jamming the satellite data signal directly. Full signal blockage of Starlink’s Ku/Ka-band frequencies would require much more expensive and sophisticated equipment. However, 80% performance degradation effectively renders the service unreliable for most practical purposes.