The invincible backbone of Europe in Space

What is UN:IO

The continent’s own satellite constellation

It will guarantee hyper-secure communications at any time and under all conditions.

For each and every commercial and governmental purpose. It can neither be hacked, jacked nor cracked.

What we will not be doing

Putting together just another constellation on the basis of what classic physical science and the protagonists of ClassicSpace postulate as eternal laws of nature and limits of knowledge.
Moreover, we do not aim at presenting a facelift version of a classic constellation with modern features serving as styling elements rather than as real functionalities.

Europe’s NewSpace constellation

Europe’s future depends on the continent’s ability to preserve its means of self- determination and expression. Free communication here is vital for individuals, as well as for nations and the continent overall. Without this, political sovereignty devolves into meaninglessness, and the idea of Europe fades away.

Security of tomorrow is designed today.

It is not enough to establish communication routes; they also need to be safeguarded by the most effective self-defense technology we can offer.





Europe needs its constellation, and needs it done the European way

The innovative orbital configuration of placing just a few GSO satellites in conjunction with a LEO layer is one of the ways in which we are responsible. In addition, we don’t even emit thrust particles upon deorbiting; instead, we equip our satellites with the deorbit-turbo of ADEO, a sail system to accelerate the descent of satellites after end of life to minimize space debris as much as possible.

First Demonstration Launch

Phase 1 - Study and setup.

From Q1 2022 through Q2 2022 we will finalize the basic study and create the first blueprints for realizing hard- and software. It is also the period of time that we have set to win the support of even more industrial NewSpace collaborators as well as of financial investors.

Phase 2: The demonstration mission

In Q4 2023 we will launch a first demonstration mission to prove that all three main pillars of our magic mission work together flawlessly: the launcher Spectrum, the satellites, the software and payloads, the laser link system with ground stations and the quantum-style security.

Phase 3: Constellation rollout

Starting in 2024 we will begin to roll out the full-fledged constellation in several phases to be fully operational in 2026.
Behind UN:IO

The consortium is led by the three architects and entrepreneurial centers of gravity.

Satellite manufacturer Reflex Aerospace, owner of an innovative approach to satellite design and manufacturing, acting as primus inter pares.

Mynaric, the world technology leader of air- and spaceborne laser link communications networks.

Isar Aerospace, Europe’s most flexible launch system ideally suited for satellite constellations.

Since 2021, these three companies, each of them a NewSpace pioneer in their special field of technology, have succeeded in mobilizing a world of space SME and startups in order to gather the finest resources of the continent under one roof.

Europe’s Largest Network of the Small

A quantitative landmark never set this way before

The broadest spectrum of high-precision, digital and quantum tech NewSpace companies of Europe.

UN:IO will make the difference
for institutions, businesses and citizens

Connected and autonomous driving

Satellite connectivity plays a central role in the plans of most major manufacturers. The competitiveness of the European car industry is of utmost importance for UN:IO, as it is one of the largest employers on the continent.

Seamless in-flight connectivity and connectivity on board other vessels

Passing through multiple countries or through international waters is another obvious use case which can be serviced by the constellation.

Every satellite of the constellation will always be live

Access to the data it transmits or receives as well as to the data produced by piggyback payloads will be instantaneous, always possible and always live.

This will allow for dozens of new applications and will bring existing use cases to a fully different level

Low bandwidth applications such as agricultural IoT can also be easily serviced, which will eliminate the need for dedicated low bandwidth constellations. All the sensors over the surface of the earth will be always live.

Connecting private households with bad or no internet access, and underserviced communities worldwide will enable a multitude of use cases ranging from oering video doctor appointments to villagers in Africa to enabling credit card payments and wire transfers on lonely islands.

ADS-B and AIS payloads will piggyback on each satellite. These signals will be available live everywhere on the globe.

Unloading terrestrial networks by datacasting content to the edge nodes through the GSO component will enable a symbiotic relationship with MNOs worldwide

Are you ready for the future?