Satellites
Unlock your sovereignty.
Silta
The GEO solution for sovereign coverage. Silta is our innovative small-class satellite system designed for geostationary orbit. Optimised to deliver persistent, high-capacity regional capacity, Silta provides a resilient and sovereign communications platform for nations requiring absolute control over their space-based assets.
Flexible payloads
The system is designed for flexible payloads to tailor the mission to specific needs. Silta supports Ku, Ka, X, and L-bands, which gives it the adaptability to meet a wide range of diverse communication requirements. The technology enables different needs, from high-throughput data to secure, all-weather connectivity.
On-board signal processing
Silta features a digital on-board processor for advanced signal processing capabilities. These capabilities allow the satellite to manage multiple concurrent beams and high-volume data streams with exceptional efficiency. By processing data in orbit, the technology reduces latency, optimises bandwidth usage, and ensures superior performance for complex missions. This in-space processing minimises the need for communication with the ground, making it ideal for time-critical applications.
Dynamic digital twin
ReOrbit provides a tailored digital twin of the satellite system. This powerful tool supports everything from development and operational training to mission optimisation. It ensures that the customer is fully prepared for any scenario before and after launch.

OrbitCloud
OrbitCloud is a private satellite network that delivers 3GPP Non-Terrestrial Network (NTN) standard low-latency connectivity directly to mobile devices, drones and sensors, eliminating the need for ground infrastructure. OrbitCloud processes raw data and handles AI inference within the satellite network and sends only actionable intelligence and alerts directly to mobile devices near-real-time.
Direct-to-Device connectivity
Direct-to-Device (D2D) satellite connectivity leverages 3GPP Non-Terrestrial Network (NTN) standards to deliver low-latency links directly to commercial user equipment, eliminating the need for complex terrestrial ground infrastructure. This architecture ensures resilient, high-availability, and privately controlled communications for critical needs.
Orbital AI inference
AI inference happens within a mesh network of processors operating together with intelligent workload orchestration. Utilizing low-latency Inter-Satellite Links (ISLs) for parallel processing and fault tolerance, this architecture delivers real-time intelligence directly to drones and mobile devices.
Regional satellite network
OrbitCloud is a regional private satellite network utilizing a synchronized constellation of low earth orbit (LEO) satellites strategically angled over a specific geographical area. By concentrating orbital paths over the targeted region, the system optimizes network capacity and dramatically reduces satellite revisit times to deliver continuous coverage.
Connect with our CCO for further details
Contact Person
Markus Räikkönen
Full sovereignty and absolute control
Unrivalled autonomy
We eliminate external dependency by giving you complete operational control. Our customer-controlled satellites guarantee secure, independent data flows and unmatched autonomy for all your critical communications.
Built for mission-success
Our satellites are engineered for unwavering performance. With autonomy, reconfigurability and built-in redundancy, we deliver maximum uptime and system stability for your most mission-critical operations.
Tailored to your needs
We partner with you to forge communication independence. Our flexible design allows us to craft tailored solutions, integrating custom capabilities and specific frequencies, that are precisely aligned with your strategic requirements.