Navigation and signals
Acquisition, satellite measurements and filtering to understand positioning quality.
KAYRO / R&D
Research, prototyping and validation.
Our in-house research starts with specific technical questions: observe, build a prototype and test its limits. Our Multi-GNSS programme now continues as Rastella; others will follow when they have a defined research path.
- Define
- Prototype
- Validate
- Integrate
01 / WHY RESEARCH
Make the unknown measurable.
Before choosing a solution, we define what to observe and which conditions might challenge it. A focused prototype lets us compare a hypothesis with measurements.
02 / METHOD
From question to evidence.
Each step should help make a clearer technical decision.
- 01
Define
We isolate the technical question, constraints and what needs measuring.
- 02
Prototype
We build the smallest setup capable of testing the hypothesis.
- 03
Validate
We compare results with the questions and criteria defined at the start.
- 04
Integrate
Evidence informs the architecture and the next development cycle.
03 / RESEARCH AREAS
Areas guiding the work.
Signals, embedded computing and integration are technical areas, not completed projects. Each new project will define its own goals, prototypes and validation criteria.
Embedded computing
Algorithms and data flows designed around available resources, timing and operating conditions.
Systems integration
Sensors, software and external platforms connected through clear interfaces, states and limits.
05 / COLLABORATION
A technical question deserves a concrete discussion.
If you are considering collaboration on navigation, prototyping or integration, tell us the context and what needs validation. We can identify a useful first experiment together.