Oxyfi AB
Filip Rosenbaum has a diverse work experience in the field of technology and research. Filip started their career at Across Wireless and AU-System Mobile in 1997, where they worked as a System Software Designer. Filip then joined SmartTrust in the same role and worked there until 2000. Filip further expanded their expertise by working as a Researcher at the University of New South Wales from 2000 to 2002. In 2003, they became the CTO at Oxyfi AB. After that, they joined Ericsson in 2008 as a Consultant and stayed there until 2009. Throughout their career, Filip has gained valuable experience in system design, research, and consultancy.
Filip Rosenbaum completed their Master of Computer Science degree in Software Systems from KTH Royal Institute of Technology, a program they pursued from 1985 to 1997. Afterward, Filip pursued a PhD in Computer Networks and Internet from UNSW, which they completed from 2002 to 2005.
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Oxyfi AB
Oxyfi is a privately owned company based in Stockholm/Södermalm that develops and operates ICT solutions for the railway industry. We provide a complete connectivity and application platform for rail vehicles. We have worked with industrial IoT long before the concept was established and we have a deep understanding of the challenges that operating distributed SW/HW solutions at scale bring. Our system travels on wheels and the characteristics of its multiple mobile connections change every moment as the vehicle rushes forward at 200 km/h. This onboard environment is also characterised by vibrations, temperature changes and interrupted power supply without warning. Hardware units and cables may get issues. Our operating environment is truly harsh, hence our solutions must be resilient and intelligently help to solve different kinds of challenges that arise. Oxyfi’s mission is to provide rail vehicles with ultra stable and top performing mobile connectivity. In addition, we provide an application platform for 3rd party software as well as a LAN throughout the train set where various systems connect and exchange information locally as well as with servers on shore.