Bridge between mathematics and practice
We connect the academic know-how of Palacký University with the specific challenges faced by companies, institutions, and individuals.
Find out more about us
Facing a problem that requires a custom solution?
We combine your practical expertise with mathematics, data analysis and AI to develop a solution together that works in practice.
Discuss your issue
You have data. But do you know what it can tell you?
We help you uncover patterns, make better decisions, anticipate changes and optimise processes.
Explore our solutions
Proven in practice
Our track record includes projects for businesses and institutions, long-term partnerships and solutions our partners use in their day-to-day operations.
See our references
Students tackling real-world problems
All projects are participated in by students through paid internships.
Become a member of the TP KMAPalacký University in ČAUI
The KMA Technology Platform manages the University’s membership in the Czech Association of AI, a platform that forms the backbone of the Czech AI ecosystem.
Solutions for companies and institutions
Do you have data, a complex process, or a problem where the solution isn’t immediately obvious? Look at some of the specific situations you can reach out to us with.
Our mission
We help uncover connections, reveal potential and turn data into results.
You can work with our experts—and let the data think for you.
Our partners
Who we currently work with
News
What's new
Optical Coffee Chat: Mathematics for Practice – from corporate problems to concrete solutions
How can mathematics assist in decision-making, production, or energy management? How for optimization or analysis of image data? At the online meeting of the Czech Optical Cluster on October 5, we introduced the Technological Platform KMA and specific examples and areas of cooperation with companies. A review of the event is provided by the article "Mathematics You Didn’t Know You Needed".
OLAF Project: smart photovoltaic management – saving households money and stabilizing the grid
Mathematicians from Faculty of Science, UP are involved in the development of a system that will use mathematical optimization and machine learning to automatically decide when a household should consume electricity from a photovoltaic power plant, store it in a battery, or feed it into the grid. The OLAF project aims to result in smart home energy management that will reduce costs for photovoltaic owners and simultaneously help stabilize the electricity grid operation. The system is currently being tested at 150 locations and in five energy communities.
Review: Two years of the KMA Technology Platform—from the first contract to a leader in contractual research
The KMA Technology Platform has now been operating for two years. What began with a small initial contract has grown into collaborations with a number of major companies and institutions, nine contract research projects completed in 2025 alone, and new opportunities for students.
Invitation: Second Annual AI Day—The Role of Artificial Intelligence in University Education
How will artificial intelligence change universities, teaching, and even our way of thinking? Where does AI help and where does it pose risks? And how should we set rules for its meaningful and responsible use?
Invitation: AFO 61 Festival
Mathematics as a common language across disciplines and perspectives
Events calendar
Upcoming events
Workshops, conferences, open days. Where you can meet us next.
Recently held