Scientific excellence for industry, government, and society

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Excellent research

We conduct cutting-edge research into the manageable development of reliable, secure and autonomous software, AI and IoT systems.

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Application-orientated solutions

Together with our partners from industry and public administration, we develop and implement software and research-based solutions.

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Effective technology and knowledge transfer

We ensure that our research results are anchored in industry and society with an attractive portfolio of transfer programs.

edih dina

Apply digitalization intelligently

Through the edih dina project, fortiss supports SMEs, mid-cap companies, and public institutions in Bavaria with digital transformation. Take advantage of free training, AI expertise, networking opportunities, and personalized consulting for your digital initiatives.

Software & Systems Engineering

Modeling and implementation of large and complex software systems

fortiss develops software and systems engineering for connected, autonomous systems. The focus is on data-driven and model-based methods, the use of AI, and the assurance and certification of large systems.

AI Engineering

Pioneering research at the interface of Software Engineering and AI

The AI Engineering research focus develops robust, trustworthy AI for uncertain environments. The emphasis is on safe, explainable decision-making, resilience against errors and attacks, and data privacy across datasets of all sizes.

IoT Engineering

Networking and automation through innovative platform and IoT solutions

In the IoT Engineering research focus, fortiss develops flexible, software-based infrastructures. The focus is on decentralized, resilient systems, transparent data management, secure networks, and efficient Edge and Cloud solutions.

Latest fortiss whitepaper

Software-defined Defence - Civilian-to-defence research transfer to software-defined defence

Military platforms remain in service for decades, while software and AI evolve at a rapid pace. This white paper explores approaches for developing flexible, resilient, and sustainably high-performing defense systems.

Request your free whitepaper