Discover Our
Innovating Deep-Tech for Space Solutions
Who We Are
Pioneers in AI-Driven Solutions for Space Research
KlinDustAI excels in bridging advanced AI with physical sciences, achieving remarkable results for space agencies and research institutions alike. Our innovative solutions transform underutilized data into substantial competitive advantages.
With a focus on AI integration, we’ve enabled partners to accelerate research outputs and enhance grant acquisition, driving groundbreaking advancements in plasma physics and machine learning applications.

Our Journey
From Concept to Cutting-Edge Research
KlinDustAI emerged from years of pioneering research in physics, image processing, dust mitigation and space tech. Founded by Dr. Dorina Ticos, possessing over two decades of expertise in plasma and electron beams,and Prof. Catalin Ticos, with a PhD at the University of Miami and former experience at Los Alamos National Laboratory and Oxford University, launched this venture to tackle critical scientific challenges, leveraging their deep knowledge in plasma physics and machine learning to advance industry frontiers and foster collaborative innovation.
Born from an ESA-funded research framework [link to project], KlinDustAI develops next-generation AI workflows for extreme environments. After successfully proving active dust mitigation methods in plasma and vacuum states, we locked in our primary startup objective: deploying advanced computer vision software to make autonomous planetary dust recognition a flight-ready reality.
Our Mission
To engineer groundbreaking AI technologies that empower space research, ensuring sustainable solutions for interstellar challenges while fostering collaboration and knowledge transfer in scientific communities.
Our Values
We prioritize excellence, innovation, and integrity. Our commitment to collaboration allows us to build strong partnerships, fostering an ecosystem of knowledge and pioneering advancements in deep-tech research.
Scientific Expertise
Real-time classification of petawatt laser beam profiles
https://iopscience.iop.org/article/10.1088/2632-2153/ae7e3c/meta
Machine learning-based prediction of microparticle dynamics in externally driven strongly-coupled dusty plasmas
https://iopscience.iop.org/article/10.1088/2632-2153/ae0c54/meta
Computer vision based Image analysis to characterize turbulent strongly coupled dusty plasma
https://www.scientificbulletin.upb.ro/static/pdfs/rezbac_539742.pdf
Classification of laser beam profiles using machine learning at the ELI-NP high power laser system
Pushing microscopic matter in plasma with an electron beam
https://iopscience.iop.org/article/10.1088/1361-6587/ab52a4/meta
Rotation of a strongly coupled dust cluster in plasma by the torque of an electron beam
https://journals.aps.org/pre/abstract/10.1103/PhysRevE.103.023210
Engage with Us for Unmatched Deep-Tech Solutions
Contact us today to discuss how we can drive your research and technological advancements to new heights.
