Future Intelligent Vehicles
The mission of Futive GmbH is to enable companies to create intelligent vehicles of any design. Whether software or hardware we expand the boundaries of today's possibilities.
Was ist Futive?
Futive's mission is to bring together the worlds of
robotics and autonomotive technology to develop the innovative mobility solutions of the future.
With fresh ideas and high dynamics, our young team is pushing the boundaries of what is possible today.
We bring many years of expertise, practical experience and a great deal of know-how from science and
industry to develop the intelligent vehicles of the future together with you.
Our Services
Software development
The software for automated driving combines modern AI-based methods with advanced control technology under real-time conditions. It combines the functions of localization, mapping, object recognition, sensor fusion, path planning and path following control. For the realization of complete software stacks, we can use an in-house developed software framework based on ROS2 and many proprietary extensions. The system is characterized by open interfaces, which allow an adaptation to your individual problems.
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Hardware
Automated driving functions require suitable computing platforms. In addition to the necessary computing power, a power supply suitable for the vehicle electrical system, a mechanically stable installation and the consideration of functional safety also play an important role. We find the sensors suitable for you and take care of the integration.
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Simulation
In addition to all robotics simulators, we use all methods and tools commonly used in the automotive industry, such as MIL, SIL or HIL, in our projects. The decisive factor here is the selection of the appropriate method for the individual problem. Special attention is given to the physical simulation of sensors.
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Testing
The testing of automated driving functions requires both extensive laboratory tests and vehicle tests on suitable driving routes. We support you in the planning, execution and evaluation of all types of tests and the equipping of vehicles with suitable equipment.
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Training course
We offer training courses for software topics relating to automated driving functions and are also happy to work out individual training courses for special topics for you.
Contact UsDas Team
We bring together the latest expertise and a lot of know-how from two worlds.
We promise you an individual and best possible solution to your challenges. So that the future is
shaped by new, intelligent technologies.
Our team consists of engineers and doctors in
AI/robotics & vehicle technology. Together we develop innovative ideas and solutions in industry
and research.
Daniel Scholl
Daniel is the managing director of Futive GmbH and thus its organisational head. Through various previous positions in the automotive industry and science, he has extensive technical know-how. Besides software architectures for automated driving, Daniel focuses on vehicle integration of electronics and HIL tests. Daniel holds a master's degree in electrical engineering with a focus on automotive electronics.Translated with
Joschua Schulte-Tigges
Joschua's focus is on project management, the implementation of driving functions and on-site vehicle testing. His extensive experience in the development of automated driving functions at an OEM form the ideal basis for this. Joschua holds a master's degree in computer science and also focused on autonomous driving functions during his studies.
Gjorgji Nikolovski
Gjorgji's focus is on the design and implementation of AI algorithms for object recognition and sensor fusion, also on special hardware platforms. Here, he can draw on his practical experience from many years of collaboration in research projects in the field of automated driving in passenger and surface transport. Gjorgji holds a bachelor's degree in computer science and is a former member of the Carologistics Team of FH Aachen, the multiple world champion of the international RoboCup.
Michael Reke
Michael is a professor of vehicle software at FH Aachen University of Applied Sciences and is group leader for the area of autonomous driving at the MASKOR Institute. Prior to his time at the university, he worked in a leading position for the automotive industry for many years in the development of vehicle electronics and software for research and series projects. Michael studied and obtained his doctorate at RWTH Aachen University and has a broad network in the automotive industry.
Alexander Ferrein
Alexander is Professor of Robotics at FH Aachen University of Applied Sciences and heads the Institute for MobileAutonomous Systems and Cognitive Robotics (MASKOR). He brings his extensive scientific know-how in the field of robotics to Futive GmbH.Alexander studied and earned his doctorate in computer science at RWTH Aachen University and has an extensive international network.
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