From theory to practice: Last week we already looked at the added value that a first stocktaking of the current offer can provide in the form of an analysis of the public transport system. In the following, we combine these findings with concrete solutions.
We are always on the run: After work to our favorite place in the city, in the middle of the week to a business appointment once across the republic, on the weekend a short trip to a European metropolis and in the Easter holidays family vacation in the mountains…
Preparation is half the battle: This also applies when planning new mobility offers. To ensure that they build optimally on existing solutions, it is advisable before any system changeover to first take an initial stock in the form of an analysis of the public transport system.
Green, environmentally neutral and connected – these are the demands on the city of tomorrow. At the same time, people’s quality of life is to be improved and the ecological footprint reduced. Experts from all over the world are thinking about the so-called Smart Cities. In all scenarios, one thing remains clear: everyone wants to remain mobile.
What began in 1977 in Friedrichshafen is today generally known as on-demand transport: In a large-scale experiment, the people of Friedrichshafen were the first in Europe to look for a solution to adapt the existing public transport system to meet demand – thus heralding the birth of the Rufbus.
Whether socio-demographic or geographical data, information from travel diaries from household surveys or flows of people from mobile phone data – mobility-related data and information are available in large quantities in times of digitisation, but are still too rarely used to develop user-centred services and offers.
In times of Corona, we all try to keep our social contacts to a minimum in order to contain further spread as much as possible. For us at ioki, this means that the health of everyone is our top priority, which is why we have made our weekly home office routine a daily routine.
Starting with the question “Solutions of urban mobility as a blueprint for rural areas?” we dedicated our third ioki Mobility Network Business Club yesterday evening in a relaxed living room atmosphere and together with our guests of the to the topic of rural mobility.
Owning a private car has long since ceased to be the norm in cities. With good public transport connections, new forms of mobility such as e-scooters or ride hailing services such as Uber and Co., you can get from A to B flexibly, comfortably and quickly even without a car.
The idea of establishing free public transport is currently on everyone’s lips. But is this THE solution? Luxembourg, our neighbouring country and hardly bigger than Saarland, is leading the way and with its 600,000 inhabitants it is the first country in the world to introduce free local public transport. What do people hope to gain from the experiment?
The hours of motorised individual transport seem to be numbered – at least in the metropolises of this world! The recently published study “Mobility Futures” by the Kantar market research institute shows that by 2030 the proportion of car drivers in cities will fall from current 51% to 46%.
Around 16 million people (as of November 2018) live in rural regions throughout Germany and it is still not easy for them to get from A to B. Without an own car, they often do not get far. This is because bus and train connections and the associated timetables are often not designed as needed and are not flexible.
Jakob Kammerer is Head of Autonomous Mobility at ioki and thus responsible for developing the software that connects driverless vehicles with our operating system for digital mobility. After completing his B.Sc. in automotive engineering at the Technical University of Ilmenau in 2014, he progressed through several positions at Daimler, General Motors and the PSA Group into the field of mobility. Today we talk to Jakob about the supreme discipline of modern mobility: autonomous driving.