An agile GEO communications satellite, designed for sovereignty, resilience, traffic market fit, and congestion relief — at a fraction of the cost of conventional multi-tonne spacecraft.
Financial and spectrum-regulatory hurdles keep sovereign satcom out of reach for many nations and corporations.
Governments increasingly seek to disaggregate satellite capacity for agility and global reach.
Evenly-spread GEO capacity fails to address “hotspots” (high user density) demands.
Aging satellites reach end-of-life with no affordable path to renewal.
The fade of satellite broadcast TV has collapsed the orders of large GEO satellites. Conventional operators experience strong difficulties in closing business plans with the current large Satcom offer. Small GEO offers:
A sovereign path to GEO communications for nations facing financial and spectrum-regulatory hurdles to owning their own system. In its first Ku-band version, Kuonite — sold within a complete turnkey system — is an ideal key to convert each nation's ITU-R frequency allotments (AP-30B) and progressive ramp-up traffic into a national capacity build-up scheme (Nationsat). Supports isolated sovereign critical networks, disconnected from the cloud.
Disaggregated capacity across several smaller satellites instead of one large target — built for agility and resilience.
A perfect asset to allow business models to be closed, allowing to hand over the traffic that cannot migrate to constellations when current satellites reach their end-of-life.
When it is about developing fully sovereign infrastructures allowing critical and essential communications to be routed independently from terrestrial networks and foreign constellations.
High-performance communications.
Sovereignty within reach.
Full control over your communications. No dependency, no compromise.
High-performance SATCOM at a fraction of the cost. Because sovereignty should be within reach.
Secure, resilient and always-on connectivity, wherever your mission takes you.
A versatile design addressing sovereignty and resilience, coupled with a disruptive economical offer built on a French industry supply chain. Also available in X- and Ku-band. First launch targeted for early 2029.
The satellites will be integrated by Hemeria, and tested at Thales Alenia Space's proven facilities in Toulouse, with all environmental tests performed on a single floor to speed up and secure the overall sequence and the delivery.