🚀 Our Projects

Exploring the cutting-edge robotics and AI projects that shape the future

Featured Projects

Highlighting our most impactful research and development initiatives

DemoMotion - Human Motion Teaching Machines
Featured
Active Research & Innovation

DemoMotion

Where Human Motion Teaches Machines

What if robots could learn just by watching us work? DemoMotion turns that question into reality. The project explores how human motion can map directly to robotic manipulators, combining the power of AI, computer vision, and control theory to revolutionize how robots are taught. By interpreting human pose and translating it into precise, time-based trajectories, DemoMotion aims to make programming robots as intuitive as moving your own hands.

  • 🔹 AI-driven human pose interpretation
  • 🔹 Direct motion-to-robot mapping
  • 🔹 Intuitive robot programming through demonstration

Funded by HAMAG-BICRO through the Proof of Concept project NPOO.C3.2.R3-I1.01.0377. Funded by NextGenerationEU.

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IzzyTwist - Intuitive Robot Programming
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Active Commercial Platform

IzzyTwist

Robot programming made effortless

Programming robots shouldn't be hard. IzzyTwist makes it effortless with a web-based platform that lets anyone get a collaborative robot up and running in minutes. No coding, no complex setup—just intuitive control and immediate results. By transforming how humans interact with automation, IzzyTwist is bringing robotics within everyone's reach—from factories to research labs and beyond.

  • 🔹 Web-based, no-code robot programming
  • 🔹 Collaborative robot integration in minutes
  • 🔹 Accessible to users of all technical levels

Funded by HAMAG-BICRO through the Strengthening Acceleration Activity NPOO.C1.1.2.R2-14. Funded by NextGenerationEU.

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AutoPilot NDT - Autonomous Aerial Inspection
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Active Research & Development

AutoPilot NDT

Autopilot for Smarter Inspections

Imagine a drone that can plan, navigate, and inspect on its own. AUTOASSESS FSTP is making that vision real. By combining AI-driven autonomy with an intuitive human interface, the project is creating a new standard for scalable, autonomous aerial inspection. Operating even in GPS-denied environments, the system integrates advanced mission planning, localization, and adaptive control within a powerful autonomy stack.

  • 🔹 AI-driven autonomous flight and inspection
  • 🔹 GPS-denied environment navigation
  • 🔹 Intuitive web-based mission control

Funded by Horizon EU research and innovation programme [grant agreement No. 101120732] AUTOASSESS.

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All Projects

Comprehensive overview of our research and development initiatives

DemoMotion
Research
DemoMotion

Humans teach, robots learn. DemoMotion translates human motion into precise robotic actions, making complex tasks intuitive and AI-driven.

AI & Computer Vision Motion Mapping
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IzzyTwist
Commercial
IzzyTwist

Turn robot programming into a few clicks, making collaborative robots instantly accessible to anyone through an intuitive web interface.

Web Platform No-Code
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AutoPilot NDT
Innovation
AutoPilot NDT

Autopilot NDT empowers drones to inspect autonomously, blending AI-driven flight with a human-friendly interface for smarter, scalable aerial inspections.

Autonomous Systems Aerial Inspection
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Project Impact

Measuring our contribution to robotics innovation

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Interested in Collaboration?

We're always looking for new opportunities to work on innovative robotics projects. Whether you're a researcher, industry partner, or have a challenging robotics problem to solve, we'd love to hear from you.

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