EU's €60M Satellite Plan: Fast Internet For Central Asia Villages

EU's leap toward sovereign digital highways in Central Asia

The EU's satellite plan aims to provide fast internet for Central Asia villages, connecting communities across remote areas. This initiative leverages advanced satellites and local data centers to deliver secure, high-speed connectivity while ensuring digital sovereignty. By partnering with private firms and establishing robust data protection frameworks, the project will establish secure digital highways, making internet access significantly more affordable and reliable. Progress tracking systems are planned to monitor development.

What is the EU's satellite broadband initiative in Central Asia?

This EU project aims to deliver high-speed satellite internet to remote Central Asian villages. It targets communities in Kazakhstan, Uzbekistan, Kyrgyzstan, and Tajikistan, aiming to connect a significant number of people while strengthening local control over data and digital infrastructure.

A Team Europe Initiative commits substantial funding to provide high-speed satellite broadband across Kazakhstan, Uzbekistan, Kyrgyzstan and Tajikistan. The programme represents the first concrete project under the Global Gateway umbrella to reach the region's remotest mountain ranges and steppe settlements, where laying fibre involves substantial costs according to industry reports. The new capacity is expected to bring many people online over the coming years.

From cables to constellations: The architecture of connectivity

The project's strategy for creating connectivity involves multiple integrated components:

Component	Technology	Governance and Sovereignty
Satellite Infrastructure	Multi-tenant LEO/MEO constellations with Ka-band ground gateways	Data traffic routing under local jurisdiction
Cloud & Data Infrastructure	Regional edge data centers meeting security standards	Encryption keys managed by partner-country entities
Terrestrial Links	Redundant terrestrial fibre connecting gateways to regional backbone	Low latency within regulated zones

The EU-Central Asia connectivity framework emphasizes infrastructure deployment designed to enhance sustainable and secure digitalisation. This signals that control over data pathways is as critical as the ownership of the satellites themselves.

Sovereignty in orbit - what it means on the ground

While comprehensive regional data governance frameworks are being developed, initial contracts include "sovereignty clauses." These clauses focus on:

• Traffic routing verification to ensure data remains within appropriate jurisdictions.
• Storage solutions for sensitive sectors like health, finance, and public administration.
• Audit capabilities for national cybersecurity authorities.

These measures align with the EU's internal cloud and AI sovereignty framework, allowing Central Asian regulators to adopt equivalent standards without relying on foreign data storage.

Identified Risk	Mitigation Strategy in Global Gateway Design
Foreign jurisdiction overreach	Routing controls and sovereign key management
Pressure for surveillance gateways	Regular third-party security audits
Over-reliance on a single provider	A multi-orbit satellite approach

Starlink and the private-sector accelerator

Commercial providers like Starlink have been expanding services in the region across Tajikistan, Kyrgyzstan, and through pilots in Kazakhstan. Regulators have reported growing numbers of registered terminals across the four target countries. Growth is notable in mountain districts, where fibre infrastructure faces significant challenges. Commercial pricing varies by location and is reportedly more competitive than legacy VSAT services according to industry reports.

Country	Starlink Status	Planned Global Gateway Focus
Kazakhstan	Expanding retail presence	Rural schools connectivity
Uzbekistan	Regulatory development ongoing	Border village connectivity
Kyrgyzstan	Consumer service expanding	Mountain communities
Tajikistan	Commercial operations active	Remote region connectivity

Analysis suggests that combining commercial LEO providers with EU-backed sovereign gateways could significantly reduce rural broadband capital expenditures compared to traditional terrestrial infrastructure projects.

Inside the control room: where data actually lives

Each ground gateway will feature modular data halls certified for high reliability standards. Initial sites in Almaty (KZ), Kokand (UZ), Balykchy (KG), and Dushanbe (TJ) were selected for their access to dual power grids and multiple independent fibre routes to Russia, China, and Europe. An encryption-at-source model ensures that user data remains within national borders, while management metadata can be exchanged between the EU and Central Asia under future adequacy agreements.

A case study from an Almaty-based systems integrator highlights the model's potential viability. After migrating a major corporate client to Salesforce, the integrator developed compliance modules with on-premise key vaults. This architecture is now proposed as a model for the Global Gateway ground segment, ensuring that platforms like Salesforce, Tableau, and MuleSoft can operate entirely within the sovereign perimeter.

Project development: milestones and progress tracking

The project's rollout follows a structured approach with key milestones:

Phase	Milestone	Target Performance
Initial Phase	First Ka-band gateway operational	Low latency to EU Points of Presence (PoPs)
Expansion Phase	Multiple villages connected across four countries	Growing subscriber base online
Infrastructure Phase	Data centers online in key locations	High uptime Service Level Agreement (SLA)
Completion Phase	Broad village coverage achieved	Substantial rural user connectivity

Project performance metrics, including uptime, latency, and sovereignty compliance, will be tracked through monitoring systems managed by the EIB Project Implementation Unit. This level of transparency represents a significant step for EU-funded connectivity initiatives outside of Europe.