Research
Two decades of research. Open to scrutiny.
Behind Eyroq stand an interdisciplinary team, our own development and the willingness to be examined independently. This page shows what we build on.
The team
Three disciplines at one table.
A living being works only because perception, movement and processing work together. That is why our disciplines work together here, not one after another.
Biology
How living beings perceive, grow and adapt.
- Structure and function of tissue
- Models from nature
- Learning and adaptation
Biomechanics
How muscles, tendons and joints produce movement.
- Force and elasticity
- Movement sequences
- Transfer into technical drives
Neuroscience
How signals arise, are passed on and are classified.
- Stimulus processing
- Interplay of sense and reaction
- Foundations for embodied AI
Collaboration
One question, three disciplines.
Pick a question and see what each discipline contributes.
Biology
Observes how eyes and retina are built and how living beings estimate distances.
Biomechanics
Studies how head and eye movements influence sight.
Neuroscience
Researches how the brain computes depth from the images of both eyes.
Biology
Looks at how elastic tissues such as tendons store and release energy.
Biomechanics
Describes how muscles, tendons and joints cushion impacts and pass on force.
Neuroscience
Studies how fast feedback adjusts the muscles within fractions of a second.
Biology
Shows how receptors in the skin take up pressure and touch.
Biomechanics
Asks how the body responds to the touch, for example by giving way or grasping.
Neuroscience
Researches how signals are passed on, classified and translated into a response.
Only when all three perspectives come together does a question become a testable model.
Our path
From basic knowledge to verification.
Basic research
We study how living beings perceive, move and learn. This creates the knowledge on which everything else is built.
Interdisciplinary team
More than 30 scientists in biology, biomechanics and neuroscience work on shared questions.
From insight to component
Research results are developed further into components, with sensing, drives and software.
Independent verification
The results are tested independently at leading universities. We do not judge ourselves.
Implementation
Building on verified results, the transfer into application begins.
Foundation
Years of research as a foundation.
Eyroq builds on two decades of research. This knowledge about perception, tissue and movement is the foundation for everything we develop.
Development takes place in Prague, research in Berlin and process optimization in Oldenburg.
Way of working
How we arrive at results.
Every question goes through the same four steps. This makes results traceable.
Observe
We study how the biological model works.
Model
We translate the principle into a testable model.
Build
We develop components and optimize their production.
Verify
We test internally and have it cross-checked externally.
One principle, four steps
How a model becomes technology.
Pick a model and see how it goes through our four steps.
Observe
Skin consists of layers with their own tasks.
Model
A model describes taking up, gathering and carrying as separate functions.
Build
Multi-layered sensing with many measuring points per area.
Verify
Internal verification, followed by independent tests at leading universities in 2026.
Observe
Already the retina emphasizes edges, contrast and motion.
Model
A measuring point reports only when something changes.
Build
Event-based perception that gets by with little data.
Verify
Internal verification, followed by independent tests at leading universities in 2026.
Observe
A muscle consists of many fibers that are switched on or off individually.
Model
The force results from the number of active units.
Build
Drives made of many small units instead of one large motor.
Verify
Internal verification, followed by independent tests at leading universities in 2026.
Independent tests
In 2026 others verify. Not us.
Statements about new technology are only reliable when third parties can reproduce them. That is why our results will be tested independently at leading universities in 2026.
Credibility
A result that only we confirm remains a claim.
Leading universities
The verification takes place at universities that are not part of Eyroq.
2026
The tests are planned for 2026. We will report on results as soon as they are available.
Try it out
How reliable is a statement?
A statement about new technology becomes more reliable with every step. Move the slider and see what is added each time.
Observation
We have seen something. That is a beginning, but not yet a statement.
Model described
The principle is described as a model and can be verified.
Component
The model has been transferred into a component and works there.
Internal verification
We tested the component ourselves and documented the results.
Independent verification
Third parties at leading universities have reproduced the results. Only now is the statement reliable.
Where we research
Three locations, three tasks.
Research
This is where the scientific foundation arises: basics, experiments and evaluation.
Development
Here research results are developed further into components.
Process optimization
Here production is improved so that results become reliable processes.
Questions
Frequently asked questions about research.
What does Eyroq research?
We research how living beings perceive, move and learn, and transfer these principles into bioinspired technology. The focus areas are biology and AI, tissue and sensing, and biomechanics.
Who does research at Eyroq?
More than 30 scientists in biology, biomechanics and neuroscience.
Where is development done?
In Prague. Research results are developed further into components there. The research itself takes place in Berlin, process optimization in Oldenburg.
Who verifies the results?
In 2026 the results will be tested independently at leading universities.
Are there test results yet?
The independent tests are planned for 2026. We will report as soon as results are available.
What does bioinspired mean?
We adopt functional principles from nature and implement them technically. It is about the principle, not about living components.
How can I work with you?
Write to us at info@eyroq.com and briefly describe your request. We will get back to you.
Keep exploring.
Interested in the research? Let’s talk.
Tell us briefly what it is about. We will get back to you.