Projects
Every year, Drive Sweden, through Vinnova, the Swedish Energy Agency and Formas, co-finances around twenty projects with one or more parties. The results are discussed at our annual Drive Sweden Forum and in different types of program activities such as workshops and knowledge seminars. Read more about our projects below.
Drive Sweden Business Model Lab 2020-2021
Automated Connected Vehicles and Mobility services create new business opportunities. Continuous improvements in technology address many of the current technological challenges, while business models...
Drive Sweden Business Model Lab 2020-2021
Automated Connected Vehicles and Mobility services create new business opportunities. Continuous improvements in technology address many of the current technological challenges, while business models...
DigInfra
Cooperation around cities' digital infrastructure for future mobility, or DigInfra, aims to support cities and authorities in finding new ways of facing challenges with and developing digital...
EU-Coordination Drive Sweden
This project aims to give Drive Sweden partners a greater access to and additional strength from developments within the EU. By leveling-up the efforts at EU-level new doors can be opened for scaling...
Intelligent decision support systems for developed planning of the transport system
(2020-2021) This initiative aims to better understand how new technologies can contribute to the development of the Swedish Transport Administration's ability to plan an efficient, accessible and...
Smart countryside - autonomous light transport for rural/sparse areas and smaller urban areas
The project addressed future transport systems for sparsely populated areas in the form of transport services operated by autonomous, electric and on demand-controlled vehicles and drones.
Tunnll
(2017-2018) Tunnll is a next-generation public transit technology. It transforms existing public transport bus services to smart mobility systems.
Intelligent and self-learning traffic control with 3D & AI
The project aims to show how new types of sensors and traffic management models, combined with AI, can contribute to improved accessibility and safety in signal controlled intersections. An...
CeViSS - Cloud enhanced cooperative traffic safety using vehicle sensor data
The project will study how sensors on connected vehicles can contribute to a better picture of the current traffic situation, in order to provide better conditions for a qualitative traffic control.
Countryside selfdriving vehicles
How could autonomous vehicles be used to improve rural public transport in Sweden? Through a combination of interviews, workshops and an RFI (Request for information, a first step towards procurement)...
Stockholm Virtual City
This project aims to revolutionize the way cities are managed using AI, some taxis and the smartphone in your pocket.
Electric self-driving vehicles in the future decarbonised transport system
The purpose of the project, also known as Eldsjäl, is to create an increased understanding of how electrically and shared self-driving vehicles can affect and supplement public transport, but also how...
VMaRS Value of MaaS based on representative scenarios
The project, which built on KOMPIS, evaluated values of MaaS through various KPIs. Based on four scenarios, it was investigated how and to what extent MaaS leads to, for example, reduced emissions...
Security for autonomous vehicles from a societal and safety perspective
The digitalisation of society, for the most part, means a very positive development in society. In the area of mobility, smart connected vehicles can contribute to more sustainable and efficient...
4All
The purpose of the project is to develop solutions that can contribute to sustainable mobility in the form of demonstrators/pilots in a specific site, being useful "for all" and then being applied in...
Drive Sweden Business Model Lab 2019-2020
Automated Connected Vehicles and Mobility services create new business opportunities. Continuous improvements in technology address many of the current technological challenges, while business models...
Drive Sweden Policy Lab 2019/2020
The project aimed to create a functioning way of working to drive policy-related issues that are important for the entire value chain connected to the transport system and future mobility solutions...
AHA II - A Human Approach II
AHA II is based on the collaborative model developed in AHA, where they engaged the users in the development of future mobility solutions.
The digitalization of the transport delivery chain on roads
The project studied the improvements that can be achieved through digitalization and data sharing by gathering actors from the entire freight value chain.
Platform for a quick and effective implementation of digital infrastructure for the transportation system
The feasability study intends to identify and provide recommendations for how to bring together, within Sweden's focus area Digital Infrastructure, industry, academia, government and other public...
Drive Sweden Business Model Lab 2019-2020
Automated Connected Vehicles and Mobility services create new business opportunities. Continuous improvements in technology address many of the current technological challenges, while business models...
Drive Sweden - System and services for mobility, 2019-2020
The cloud platform Drive Sweden Innovation Cloud is used as a basis for several sub-projects in Drive Sweden, including pilot tests with connected self-driving vehicles and new mobility services in...
AVTCT – Automated Vehicle Traffic Control Tower - Phase 2
The AVTCT project investigates the effects of traffic on automated vehicle and traffic management of commercially operated fleets and public transport.
Strategic review of Drive Sweden with regard to Artificial Intelligence
Drive Sweden has investigated how AI could support the vision to help Sweden taking a leading role in creating future mobility systems for people and goods that are sustainable, safe and accessible...
Welcome onboard
(2019-2020) Collaborative project on crowdsourcing for tomorrow's public transport and combined mobility. The project approaches crowdsourcing and active traveler contribution, as it will play a...
Sharing Economics and Acceptance of Smart Mobility – SESMA
(2019-2020) Sharing economics and acceptance of smart mobility require knowledge in collaboration. In this project, actors from business, academia and the public sector will develop knowledge about...
Demonstration of performance-based traffic regulations
(2019-2020) In this demonstration project, we tested and demonstrated performance-based regulations and traffic decrees in real environments in cities and towns. Through connected vehicles where the...
Guidance for journeys with highly automated vehicles for blind, deaf, and deaf-blind persons
(2019-2020) The project combines two relatively unexplored, but promising technologies – vibrotactile guidance and highly automated vehicles – to create, test and evaluate a solution that combine...
Drive Sweden – Silicon Valley
The project is a resource within Drive Sweden to contribute to increased collaboration between Swedish actors within mobilitytech and the corresponding ecosystem in North America and Silicon Valley.
DirveX - Prestudy
The Swedish model for collaborating around innovation within the smart mobility domain has attracted a lot of international interest. DriveX aims at validating whether that model can be exported to...
Further development UbiGo Stockholm
UbiGo, now launching MaaS in Stockholm, offers public transportation (SL), car pool (signing contract now), rental cars (Hertz), taxi (Cabonline) and bike sharing (Citybikes). The app has a travel...
Advanced Cooperative Driver Assistance for Connected and Autonomous AD and ADAS Vehicles
(2018-2019) The project tested and demonstrated a central cloud-based traffic management system which compiles information and coordinates the information exchange with and between connected vehicles.
PLATT
To meet today's challenges regarding technology development in relation to existing rules and laws, public and private actors need to see each other's perspectives to find sustainable solutions. The...
CAT – Connected Automated Truck
There is a great potential for streamlining freight transport through automation, electrification and smart control of vehicle fleets. In the CAT project, solutions for connected driverless electric...
HUGO
In its first phase, 2018-2019, the parties developed a prototype and evaluated the potential of using small autonomous electric vehicles to perform last mile deliveries of packages and goods.
Smart Kombinerad Mobilitet: Digitala kollektivtrafikbiljetter i KM-tjänster för boende
This project will develop, launch and evaluate, for the first time in Sweden in realistic settings, commercial and technical solutions to enable 3:rd party sales and delivery - for individual journeys...
LIMA
LIMA was a mobility project for people who work at or in the vicinity of Lindholmen. The aim was to simplify your everyday travel, for both work and personal purposes, using one single app.
AHA - A Human Approach
Should we, and our cities, adapt to new urban mobility or can technology be tailored for us? The AHA projects aims at establishing new ways of developing modern vehicles and smart cities for a...
SIMnVIS
The feasibility study explored the simulation and visualization of automated vehicles and mobility as a service. The work resulted in, among other things, that analyzed requirements from stakeholders...
How will digitalization change freight transport?
(2018-2019) How will digitalization change freight transport? What are the challenges and possibilities? Those were a few of the questions that were investigated in this project.
