FlowLogiX is an innovative startup rooted in Dresden. Emerging from the renowned TU Dresden, we develop cutting-edge software solutions to streamline in-house transport systems. Our mission: to navigate the complexities of intra-logistics in a digitalized world by harnessing IoT, Industry 4.0, artificial intelligence, and advanced software development to deliver effective, scalable solutions.

Our flagship product, the FlowLogiX Maintenance and Monitoring Suite, is a cross-platform system engineered to monitor, analyze, and optimize automated material handling systems in real time. Capable of managing large, diverse systems - from AGVs and OHTs to conveyor systems - it offers a comprehensive overview of your AMHS. Its web-based technology ensures that crucial information is accessible anytime, anywhere.

Software Development:
Beyond our flagship product, our custom software development expertise enables us to design and build tailored digital solutions - from complex systems to individual modules - that meet your unique challenges. Using agile methodologies and state-of-the-art technologies, we deliver robust, secure, and user-friendly applications that drive your business forward. Our portfolio also includes retrofitting, integrating modern technologies into legacy systems to extend their lifespan and boost efficiency.

Research & Development:
Innovation is at our core. Whether building a new system from scratch or modernizing an existing solution, we combine cutting-edge research with practical experience to bring your vision to life.

Simulation & Model Building:
We develop simulation models and applications, particularly for intralogistics. In addition to using tools like AnyLogic, AutoMod, and our built-in simulation tool, we conduct comprehensive simulation studies for our clients to optimize their processes.

FlowLogiX

This department designs, develops, and maintains software applications and systems.

Software Development

This department focuses on the development and implementation of engineering solutions through simulation and software design.

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Engineering Department