Decades of nations being thwarted from above.

Enforcement of SpaceX's own registration rules threatens to switch off Starlink across Myanmar's conflict zones, where it had become the main internet link for early-warning systems, schools, ambulances and independent media after the state destroyed local networks.

In April 2026 Planet Labs confirms it is indefinitely withholding satellite imagery of the Iran war from commercial customers at the US government's request. Maxar and others quietly follow. The Gaza precedent has now been formalised across an entire region.

Amnesty International publishes satellite imagery showing the southern Gaza town of Khuza'a flattened almost in its entirety between January and May 2025. The release becomes a textbook case of evidence the public would not otherwise have.

Sustained GNSS jamming, attributed to Russian sources in Kaliningrad, forces commercial airlines to divert and disables civilian receivers across the Baltic. The EU and NATO file formal protests; the jamming continues.

Washington and London declassify intelligence indicating Russian development of a space-based nuclear ASAT capability. The treaty regime built in 1967 to prevent precisely this is, on paper, still in force.

As Israeli ground operations begin in Gaza, every major US commercial imagery provider — Maxar, Planet, BlackSky — slows or restricts access to high-resolution imagery of the strip. The public record of a war goes dark in near real time.

SpaceX restricts Starlink terminals across Russian-occupied Ukrainian territory and tightens its own export-controls regime. Wagner-linked procurement networks reportedly attempt to smuggle terminals through third countries.

Elon Musk personally disabled Starlink coverage over Crimea to abort a Ukrainian drone strike on the Russian Black Sea Fleet. A war was shaped by a single CEO's decision over a private network.

Russia withdrew its Soyuz launches and impounded thirty-six already-paid-for OneWeb satellites in Baikonur. The constellation had to be rebuilt at vast cost on rival Indian and American rockets.

On the morning of the Ukraine invasion, a cyberattack attributed to Russia bricked tens of thousands of European satellite modems — including those operating German wind farms — within minutes.

Russia destroys the defunct Cosmos 1408 in a direct-ascent ASAT test. The ISS crew shelters in their docked vehicles. The debris cloud will threaten low-Earth-orbit operations for years.

Russia's Cosmos 2543 deploys what US Space Command will publicly describe as a co-orbital inspector — and an apparent kinetic projectile test. The line between inspection and interception, in orbit, is short.

India destroys its Microsat-R in orbit, joining the small club of states that have demonstrated a kinetic ASAT capability. NASA criticises the resulting debris cloud, some of which crosses the orbit of the ISS.

After Brexit, Britain — a major financial and engineering contributor to Galileo — was barred from the encrypted Public Regulated Service. The UK has since spent close to £100M studying its own sovereign GNSS replacement.

North Korea's Hwasong-15 ICBM tests force Washington to accelerate its space-based early-warning constellation. Every state's missile programme becomes a forcing function for someone else's satellite spend.

The Brexit referendum ignites a quiet dispute over the UK's role in Galileo's encrypted Public Regulated Service. Westminster has paid in by the hundreds of millions; Brussels begins drafting the lockout.

China activates BeiDou-3, beginning the constellation's global expansion. By the end of the decade BeiDou will have more visible satellites in the sky over much of the world than GPS itself.

After the annexation of Crimea, Russia threatened to switch off GLONASS reference stations on US soil and suspended cooperation on shared positioning infrastructure, weaponising what had been a civilian standard.

The Snowden disclosures lay out the satellite-intelligence partnerships of the Five Eyes in unprecedented detail. Allied governments, embarrassed in public, quietly start funding sovereign communications alternatives.

North Korea's Unha-3 successfully orbits Kwangmyongsong-3-2. The Security Council, in Resolution 2087, expands sanctions to cover almost any space-relevant import to Pyongyang.

Congressman Frank Wolf inserts language into NASA's appropriations bill barring the agency from any bilateral cooperation with China. PRC astronauts will not, under American law, set foot on a US space site.

ITAR enforcement bars any US-built component from satellites launched by Chinese rockets. The chilling effect runs straight through the global commercial-satellite supply chain, even for non-US operators.

Iran orbits Omid, its first wholly indigenous satellite. Western export sanctions on Tehran tighten the next morning, and the indigenous-launch club acquires its newest, least-welcome member.

During the brief Russia-Georgia war, Russian forces jam GPS and satellite communications across South Ossetia. Civilian aviation in the region routes around the interference. Tbilisi takes the lesson to heart.

China kinetically destroyed its own Fengyun-1C weather satellite, creating a debris field that still threatens orbits in the most heavily used altitudes — and a political message every operator has had to reckon with since.

After Taepodong-2, the UN Security Council passes Resolution 1718, banning the transfer to Pyongyang of items related to ballistic-missile and space-launch technology — read broadly enough to cover almost every component.

Washington extends the Iran Nonproliferation Act to cover space-related sales to Iran and to any vendor who quietly supplies them. The European space supply chain spends a year tearing up customer lists.

China activates BeiDou-1's regional service. The technical justification is operational; the policy justification, repeated openly in Beijing, is that GPS is operated by an adversary that may switch the lights off.

Loral pays $32M, Boeing $32M soon after, for ITAR violations involving Chinese launches. Commercial communications satellites move onto the United States Munitions List — and a decade of US export decline begins.

The Council of the European Union formally launches the Galileo programme. The justification, written down explicitly, is freedom from American GPS as a strategic single point of failure.

The Wassenaar Arrangement updates restrict satellite components and dual-use space technology to a longer list of states of concern. National-security exemptions for routine engineering proliferate.

President Clinton switches off Selective Availability. Civilian GPS accuracy improves tenfold overnight. The button, of course, remains in American hands.

During the Kargil war, the Clinton administration denied India access to GPS over the conflict theatre. India responded by funding NavIC (IRNSS), a regional positioning constellation that became operational two decades later.

North Korea fires Taepodong-1 over Japanese territory, claiming a satellite — Kwangmyongsong-1 — has reached orbit. The orbit is never confirmed; UN sanctions on space-related technology to Pyongyang tighten almost immediately.

Iridium, the first global satellite-phone network, runs into permissioning at every gateway. American regulators block licences in markets deemed states of concern, and a global service quietly becomes a discretionary one.

US law historically capped commercial satellite imagery resolution over Israel and the Palestinian Territories. For two decades it was effectively impossible for humanitarian organisations to publish high-resolution imagery of Gaza.

Israel's Ofeq-3 reconnaissance satellite reaches orbit, and informal arrangements take shape under which American commercial vendors agree to cap the resolution at which Israeli territory may be imaged.

Washington opens technology-transfer reviews into Loral and Hughes assistance to China after a string of Long March failures. The reviews will end careers and rewrite American export law for a decade.

Washington sanctions Russia's Glavkosmos and ISRO's Cryogenic Upper Stage Project, naming individual employees. The message is delivered: cryogenic technology will not move between Moscow and Bengaluru on America's watch.

The first Bush administration imposed sanctions to force Russia to cancel a cryogenic engine and technology transfer to ISRO. India's heavy-lift GSLV programme was delayed by twenty years and ultimately had to develop the cryogenic stage indigenously.

During Desert Storm the Pentagon deliberately degrades the civilian GPS signal worldwide — Selective Availability — so that any adversary navigating with off-the-shelf receivers wanders by an order of magnitude.

On the eve of Desert Shield the Pentagon strips the civilian market of nine thousand commercial GPS receivers and air-freights them to deploying troops. Civil GPS, on paper a public utility, becomes a wartime asset overnight.

After Tiananmen, the US suspends all space cooperation with China. Long March commercial launch deals freeze, US satellite components are barred from PRC payloads, and the freeze in effect never fully thaws.

The Missile Technology Control Regime is signed by the G-7 and quietly grows. Cross-border transfer of any meaningful launch or guidance capability becomes a permissioned act, decided in Washington.

The Coordinating Committee for Multilateral Export Controls tightens the rules on space-grade hardware and software flowing to the Eastern Bloc. Whole categories of routine civilian components quietly become criminal to export.

Challenger's loss grounds the Space Shuttle for thirty-two months, stranding allied payloads — German Spacelab, Canadian, ESA — that had been folded into the American manifest. Backup launchers had been quietly let to atrophy.

Washington codifies a launch-licensing regime that any non-US payload must navigate. The framing is safety; the practical effect is a permissioning system over who gets to fly American rockets.

A Soviet Su-15 shoots down KAL 007 over Sakhalin with 269 aboard. Two weeks later Reagan announces civilian access to GPS — a gift wrapped in a clear assertion of who owns the signal.

Vienna's second UN space conference fails to produce a binding agreement on the non-weaponisation of space. The US and USSR both refuse to give up the option. The stalemate sets the tone for forty years.

CNES commits to the SPOT programme to break European reliance on US Landsat imagery. The first commercial high-resolution Earth-imagery competitor is born — funded explicitly to escape American gatekeeping.

NASA loses control of Skylab on re-entry; debris peppers Western Australia. The shire of Esperance, in the polite tradition, issues NASA a $400 littering ticket — finally settled, decades later, by an American radio host.

A Soviet nuclear-powered radar satellite re-enters uncontrollably and scatters radioactive debris across the Northwest Territories. Canada bills Moscow $6M for the cleanup. The Soviets pay half.

President Carter unilaterally pauses American ASAT development, hoping to bring the Soviets back to arms-control talks. The talks collapse; the moratorium quietly expires and the work resumes.

Moscow ramps up co-orbital interceptor tests against its own Cosmos targets. Washington commissions an ASAT response of its own, and any near-term arms-control deal in space is shelved for a generation.