Making Industries Pro²Future
Empowering Humans with Cognified and Sustainable Products and Production Systems
As a COMET competence centre, we conduct research into resilient, energy-efficient and human-centered solutions that make everyday industrial life smarter, safer and more sustainable. Through strong partnerships with industry and science and a clear focus on knowledge and technology transfer, we are paving the way for a cognified and sustainable future of production.

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News from Research and Innovation
Latest updates from Pro²Future: projects, awards, conferences and insights into our research in Linz and Graz. Discover how we are shaping today’s and tomorrow’s industry, AI and cognitive systems.
How to partner with us
We provide an ecosystem for applied research and innovation.
From joint research projects and scientific exchange to research stays and supervision of academic work with international universities.
Applied research on industrial topics; collaborative work from idea to practical implementation throughout the entire product life cycle.
We build long-term partnerships that strengthen regional innovation, support international success and help educate and develop future talents.
We offer an ultimate environment for collaborative projects (industry, SMEs, startups, universities, research institutions) and provide application-driven results for mission-oriented initiatives and innovation programs.
Research with Impact - Your Career at Pro²Future
About Pro2Future GmbH
Pro²Future is working on the goals and results of the digital transformation and conducting research for industrial implementation in the period thereafter. As a non-university COMET research centre with locations in Linz and Graz, we are working on the next generation of cognitive products and production systems.
Our mission is to cognify industries
by developing resilient, energy-efficient and human-centered solutions that directly address everyday challenges.
Further information can be found here:
Projects

SmartWell
Corrugated pipes provide both higher stiffness and higher flexibility while simultaneously requiring less material than rigid pipes. Due to rising…
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AIDE
This project focused on developing and evaluating AI-based approaches to support the diagnosis and risk prediction of diseases, using publicly…
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3D-RECON I
The aim of 3D-Recon is the research and development of methods for high quality 3D reconstruction from images in two…
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ShuttleTrack
The ShuttleTrack project dived into technology-agnostic localization systems for intralogistics shuttles, addressing the critical need for precise and reliable positioning…
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CORVETTE
The CORVETTE project aims to establish a robust software infrastructure for cognitive vehicle fleet monitoring, enabling comprehensive datadriven services. The…
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SERAM
The increase in large and complicated data sets across various industries has led to a growing need for data analytics…
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VIVARIUM
Monitoring multivariate sensor data in automated welding can be critical for ensuring product quality. However, gaining actionable insights from data…
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CompEAS-BSW II
Embedded systems in vehicles were traditionally implemented in a strictly static manner, where the integration of functions was largely manual…
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