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Security, Sovereignty & Geopolitics

Updated October 5, 2026

Cybersecurity, data sovereignty, and geopolitics reshaping satellite infrastructure.

The bottom line

Satellite networks are treated as critical national infrastructure, so who owns the spacecraft has become a procurement question rather than a technical one.

What is happening

The 2022 Viasat hack showed satellite systems are real military targets, and cybersecurity moved from afterthought to design requirement — encryption, zero-trust architecture and anti-jamming are now table stakes. Data sovereignty, meaning who controls traffic crossing foreign-owned satellites, increasingly decides procurement.

A second clock is running: 'harvest now, decrypt later'. State actors are documented intercepting and storing encrypted satellite traffic today, intending to decrypt it once quantum computers mature, which is driving post-quantum cryptography into both ground and space segments.

Latest signals

October 1, 2026Nokia and ICEYE announced sovereign LEO broadband in which each customer nation controls its own satellites, ground segment and terminals.

Source: Nokia

September 10, 2026Airbus signed the first industrial development contract for the IRIS2 constellation, with Thales Alenia Space providing governmental payloads.

Source: Airbus

July 29, 2026Spain pledged up to €2B for a national military satellite constellation integrated into IRIS2.

Source: Government of Spain

January 27, 2026The EU GOVSATCOM bridging system went live with eight satellites contributed by five member states.

Source: European Commission

Open challenges

Companies to watch

Viasat, L3Harris, Northrop Grumman, Thales, EU Commission, Airbus Defence and Space, ISRO, Rocket Lab, Nokia, ICEYE.

Related reading

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