Thya Aerospace delivers integrated space technology solutions across the user, ground, and space segments. From software and FPGA development to electronic hardware design, we create complete systems that enable reliable, scalable space applications, from bespoke developments to commercial products.
48.14°N 11.58°E · MUNICH · EST. 2020
Our engineering is reflected in the products we build, whether they are used in-house or by our partners.
MQTT · HTTP · WEBSOCKET · NTRIP
The marketplace for downstream space services
openRECEIVER connects space-service providers with application developers over standardized APIs, a unified backend for distributing GNSS corrections, Earth Observation, and satellite communication services as SaaS.
PPP · 20 CM · GALILEO + GPS · NTRIP 2.0
High-accuracy GNSS correction service
NavCast streams real-time orbit and clock corrections plus code and phase biases for Galileo and GPS, using Precise Point Positioning to reach 20 cm accuracy anywhere on Earth.
ORX Chipset Family
CHIPSET · FPGA · GNSS + SATCOM · DEVBOARD
A configurable chipset family for satcom and navigation
The ORX chipset family is a set of configurable hardware chips for satellite communications, GNSS positioning, and peripheral interfaces. Developers can integrate their own custom solutions directly on the chips or use our OEM modules, enabling a single family of building blocks to be integrated into boards for a wide range of applications.
ASYNCAPI · APACHE AVRO · L1 / L2 CONFORMANCE
An interoperability profile for the space domain
spaceAPI lets space components interoperate without per-pair negotiation. It applies AsyncAPI to describe interfaces and Apache Avro to describe messages, so once a component follows the profile, any consumer, tool, or AI can integrate it automatically, with no bespoke adapter code.
Thya Aerospace is a German space technology company from Munich. We engineer across the full stack, from software and FPGA to electronics, PCB, and put it to work in the space domains that depend on it.
Mission and application software across the user, ground, and space segment.
Real-time signal processing and compute implemented in reconfigurable logic.
Schematic capture, board layout, and bring-up of custom electronics.
Positioning, navigation and timing, with interference mitigation and high-accuracy corrections.
Flight software for data handling, control, and on-board autonomy. Mission operations, data processing, and service backends on the ground.
Turning satellite and sensor data into usable Earth observation products.
Space systems fail at the seams. Because we engineer the space, ground, and user segment under one roof, the interfaces between them are designed, not negotiated.
Onboard software that survive launch and operate reliably in orbit.
Mission operations, data processing, and the service backends that keep missions running.
Receivers, applications, and services that put space data to work on Earth.
Tell us what you are building and we will tell you honestly whether and how we can help.
We are also hiring. Open positions
Built by engineers with roots in the German Aerospace Center, working alongside Europe's space institutions.
