Do we still need our own car? What will our cityscape look like in 20 years? What needs do rural regions have? Which clever minds in the industry think mobility and how? And what do on-demand services and mobility analytics have to do with all this? Questions that we ask ourselves every day in our work and to which we – at least now and then – note our answers and thoughts. For you, for us, for exciting impulses, for more mobility and less traffic.
Martin Neubauer has already made several stops in the mobility sector. He has been with PostBus for two years now, where he is responsible for the business area of autonomous driving. Since the end of 2020, he has also held his mandate as Executive Director of the Swiss Association for Autonomous Mobility.
Last September, the starting signal was given for the large-scale use of mobility data in transport planning. The Federal Council has agreed on the implementation of the German Mobility Data Regulation. The new regulation makes it possible to make German mobility data available on the so-called Mobility Data Marketplace. For companies from the mobility sector, the new regulation enables access to data sets which were not available before. Through the use of these data sets in the mobility sector, customers will benefit from new, data-driven mobility concepts that are precisely tailored to the actual mobility needs on site.
The desire for flexible, sustainable and above all contemporary mobility solutions is stronger than ever before. Digitalisation and the associated use of data are driving the further development of exactly these mobility solutions. Complex analytical models make it possible to link data from different sources, evaluate data quantities and obtain results in real time. Mobility and traffic data are thus the fuel for a demand-oriented, automated and above all customer-centric public transport system. But to what extent are digital and data-based applications changing the public transport sector?
What is behind the ioki API? “We are continuously working on our data storage and also on the connection and integration of our system into external systems,” says Andreas Schwarzkopf, Head of Backend Engineering at ioki. The Application Programming Interface, or API, can be used to integrate software into external systems. In the ioki case, this means integrating our operating system for digital mobility primarily into external Mobility as a Service (MaaS) platforms.
Andreas has been out and about in the mobility universe since 2010: from flinc, to the DB fleet service, all the way to his position as Head of Backend Engineering at ioki, Andreas has already stopped off at a number of stations. At ioki, he uses his 20+ years of IT expertise to develop new architectures and individual components for our operating system. In addition, he enhances existing architectures, among other things to open up our operating system to other transport providers – in a customer-centric and demand-oriented way. Andreas, thank you very much for taking the time.
Tyll Diebold is a research assistant at the Institute for Transport Planning and Logistics at TU Hamburg. He has provided scientific support for the ioki Hamburg project from the very beginning and recently published the study “On-demand services as a component of public transport”. After completing his Master of Science in “Logistics, Infrastructure and Mobility” at TU Hamburg in 2016, he initially worked for an engineering office for a year before returning to TU Hamburg to complete his doctorate.