Space agencies and satellite operators routing mission-critical communications through US-controlled cloud infrastructure face CLOUD Act exposure. Under 18 U.S.C. § 2713, every command uplink, telemetry stream, and inter-agency briefing passing through US-jurisdiction infrastructure is accessible to US authorities — without ever notifying the operator.
When mission control systems, satellite scheduling platforms, and ground station network management tools run on AWS, Microsoft Azure, or Google Cloud, the entire operational intelligence of a space programme sits under US jurisdiction. Under the CLOUD Act (18 U.S.C. § 2713), US authorities can compel disclosure of command sequences, telemetry archives, manoeuvre plans, and operational communications — with gag orders that prevent the space agency or operator from ever being notified. For national space programmes, this creates a structural intelligence leak embedded in the mission's own infrastructure.
Earth observation satellites capture imagery with strategic, commercial, and humanitarian value — topographic mapping, agricultural monitoring, maritime surveillance, disaster response, and classified reconnaissance. When the platforms that process, archive, and distribute this imagery run on US-controlled cloud infrastructure, a CLOUD Act order can compel disclosure of the raw imagery, analysis products, and access logs — revealing which territories are being monitored, at what resolution, and by whom. GDPR Article 48 provides no lawful basis for this disclosure, and the EU Space Programme regulation requires that Copernicus data processing remain under European jurisdiction.
The 1967 Outer Space Treaty (OST) establishes that states retain jurisdiction and control over their space objects — including the communications infrastructure that controls them. When a national space agency or licensed satellite operator uses US cloud infrastructure for mission management, US domestic law (the CLOUD Act) gains the ability to access operational data that international law vests in the launching state. No international agreement resolves this conflict. Space agencies conducting dual-use or classified missions on US-hosted platforms are simultaneously complying with international space law and violating it — by ceding effective operational control to a foreign jurisdiction.
Modern space programmes are inherently collaborative — requiring secure communications between national space agencies, international partners, launch providers, ground station networks, and research institutions across multiple sovereign jurisdictions. When these inter-agency coordination channels run on proprietary US platforms — Teams, Zoom, Slack — there is no open standard that allows agencies to communicate across organisational boundaries without routing through the vendor's US-jurisdiction infrastructure. A genuine open standard for federated communications is the only approach that allows each agency to maintain full digital sovereignty while still achieving the interoperability that multi-partner missions require.
The next generation of space operations relies on AI-driven autonomy — autonomous satellite manoeuvring, on-board anomaly detection, adaptive mission planning, and autonomous rendezvous operations. The AI inference models, training datasets, and decision logs that govern these systems represent some of the most sensitive operational intelligence a space programme holds. When AI operations infrastructure runs on US-controlled cloud platforms, the command logic and learning data that defines how a spacecraft behaves in critical scenarios is exposed to foreign jurisdictional access. Sovereign AI infrastructure for space autonomy is not optional — it is the condition for maintaining effective control of the space object as required by the Outer Space Treaty.
The NIS2 Directive (2022/2555) explicitly lists space as a sector of essential entities in Annex I — encompassing operators of ground-based infrastructure that supports the provision of space-based services, including satellite control, telemetry, tracking, and command. As essential entities, these operators face the full Article 21 ICT supply-chain risk management obligations: every communications platform used in mission operations must be assessed, documented, and demonstrated to be adequately managed. A ground station operator using US-hosted communications for mission coordination must document the CLOUD Act exposure this creates — and would face significant difficulty demonstrating that this risk is adequately managed in any credible regulatory assessment.
Every space programme that uses US-hosted infrastructure for mission operations is simultaneously bound by national security obligations and exposed to foreign jurisdictional access — with no legal resolution in sight.
AMVLET is purpose-built to address all five layers simultaneously — the only sovereign communications platform built for space operators and agencies.
Talk to our space team about a deployment aligned to your mission security, regulatory, and inter-agency coordination requirements — from ground segment to classified operations.