Hydron Project

The European Space Agency has announced the ‘Hydron’ project to develop its own satellite network for space-based internet.

Hydron Project

ESA’s Hydroon project plans to revolutionise internet communication by using laser signals to transmit data between satellites in space.
This network will be capable of providing internet speeds of about one terabyte per second.

The Hydroon project system consists of two major components

The project will use satellites in both low orbit (1,000 km above Earth) and geostationary orbit (about 36,000 km).

Features of Hydroon Project

Traditionally satellites send radio communication signals from space to receivers located on Earth which then distribute the information to various services such as cellphone holders and air traffic control.
A key aspect of Hydron is the use of lasers to transmit data between satellites.
This approach not only speeds up data transfer but also increases security.
This makes it resistant to signal interception by cybercriminals and unaffected by bad weather.

Objectives of the Hydron project

To create a spoof-proof mega-constellation of satellites to deliver high-speed broadband
To reduce reliance on ground systems and increase efficiency and reliability
To address the growing need for data
To provide internet access to remote areas lacking broadband
To provide high-quality video streaming to users

Benefits to the European continent from the Hydron project

According to ESA, this technology will transform Europe’s optical telecommunications industry, enabling the continent to lead this fast-growing market.
Public sector customers such as the European Union’s operational space programme and security agencies are likely to be the first users of the Hydrone network.
SpaceX’s Starlink has already established a network of low-Earth orbit satellites using similar technology.
However, ESA’s Hydrone system aims to have greater data capacity and wider coverage.
ESA plans a phased launch of Hydrone between 2027 and 2029.