Kapsch
Press releases

Australia’s deepest road tunnel opened to motorists on October 31 Kapsch provided Advanced Traffic Management System (ATMS) Melbourne. November 13, 2020 – Described by Prime Minister Scott Morrison as “one of the most significant and eagerly anticipated road infrastructure projects ever delivered in Australia,” NorthConnex links the M1 Pacific Motorway at Wahroonga to the Hills M2 Motorway at West Pennant Hills in Sidney’s north. The nine-kilometre twin tunnel will deliver significant benefits to local communities by easing congestion and removing up to 5,000 trucks per day from the notorious Pennant Hills Road. This will help improve safety, benefit local air quality, and reduce traffic noise. The electronically tolled tunnel will also significantly reduce travel times, as motorists are now able to travel from Newcastle to Melbourne without a single set of traffic lights. They will bypass 21 sets of traffic lights along Pennant Hills Road, and as alternative route to the city can bypass up to 40 sets on the Pacific Highway. NorthConnex commenced construction in June 2015 and has taken over 5 years to complete. Kapsch TrafficCom has provided the roadside tolling infrastructure, the truck regulatory monitoring infrastructure and the Advanced Traffic Management System, which is built upon Kapsch’s next-generation DYNAC® platform. This integrated software suite offers comprehensive road supervision, data analytics, and metrics and reporting that meet all management requirements for complex road setups. “This has been a first of its kind deployment for us”, explains Matthew McLeish, Executive Vice President Asia-Pacific at Kapsch TrafficCom. “For example, we delivered the most advanced set of automated Traffic Incident Detection and Queue Management System strategies in a tunnel environment to date. Furthermore, we deployed an NTCIP centre-to-centre interface between the NorthConnex facility, the New South Wales Regional Traffic Management agency and the neighbouring M2 Tunnel facility, which is the first of its kind allowing communication between multiple external systems.” Since the opening of the tunnel, the system has been in uninterrupted operation. “We are really proud that we have once again proven the reliability of our pioneering solutions in such a one-of-a-kind tunnel complex, also meeting unique traffic management, regulatory and environmental reporting requirements. Motorist, local communities and the environment will all benefit,” says Matthew McLeish. Kapsch TrafficCom is a globally renowned provider of transportation solutions for sustainable mobility. Innovative solutions in the application fields of tolling, tolling services, traffic management and demand management contribute to a healthy world without congestion. Kapsch has brought projects to fruition in more than 50 countries around the globe. With one-stop solutions, the company covers the entire value chain of customers, from components to design and implementation to the operation of systems. As part of the Kapsch Group and headquartered in Vienna, Kapsch TrafficCom has subsidiaries and branches in more than 30 countries. It has been listed in the Prime Market segment of the Vienna Stock Exchange since 2007 (ticker symbol: KTCG). In its 2019/20 financial year, around 5,100 employees generated revenues of EUR 731.2 million.

Corona alters transport patterns – experts advise grasping the opportunity Melbourne. November 5, 2020 – 59 percent of Australians are willing to limit car journeys to certain times in order to improve urban air quality. A majority of 63 percent are in favour of reducing traffic-related emissions by means of environment-friendly transport solutions. This was confirmed by the population-representative Kapsch TrafficCom Index 2020 survey in March of this year. Although a broad theoretical consensus already existed among the population, practice during the Corona crisis is proving to be at odds with expectations: Passenger numbers on local public transport have fallen dramatically and switching to electric cars remains the exception. On the other hand, we are seeing a sharp increase in switching to bicycles and e-bikes. Mobility experts advise exploiting this window of opportunity to achieve the climate goals of the Paris Agreement by means of specific action. “Cities across Australia have reacted swiftly during the Corona crisis by creating more space for cyclists and pedestrians to enable social distancing,” says David Bolt, VP Sales & Solution Consulting Kapsch TrafficCom. “In Melbourne, for example, the city has fast-tracked some 40 kilometres of bike lanes within the CBD. This has been a real success story, but it is only a question of time before the numbers of cars on the road increase again. And on the grounds of the current COVID-19 situation, many people will continue to avoid public transport whenever they can.” Those responsible should therefore grasp the opportunity existing now to get things back on the right track. Digitally integrated systems have proven in practice to be very effective here. Mobility can be managed effectively throughout the year despite rising car traffic volumes and without letting CO2 emissions return to pre-crisis levels Developing Smart Cities requires Smart Partnerships. Kapsch is working together with Melbourne University and the Department of Transport (Victoria) on a number of projects within the Australian Integrated Multimodal EcoSystem (AIMES) environment – a world-first living laboratory based on the streets of Melbourne. “This testbed was established to test highly integrated transport technology with the goal to deliver safer, cleaner, and more sustainable urban transport outcomes,” explains David Bolt. “We focus on how everyday citizens can move around smarter and safer in a multi-modal environment by identifying common problems and how to alleviate these using the latest urban mobility technology.” Real-time traffic data key to further improvements. Two applications within this mobility hub are the modular and highly scalable Kapsch solutions ‘Smart Intersections’ and ‘Intelligent Corridors’. They focus on a view to change the habits of how people move in a network and to provide operators increased situational awareness, so they can better prepare their network in real-time and make better decisions in the future. As David Bolt explains, “real-time traffic data is key to a smart and sustainable traffic management. Our integrated EcoTrafiX™ software platform is the centre of the corridor management, assisting various agencies to manage and coordinate congestion and events in a coordinated fashion, taking into account the various agencies rules and ownership. By doing so, traffic flows and urban mobility covering all modes of transport are continuously optimized. People and the environment both benefit as a result.”  

Kapsch TrafficCom verkaufte die 75,5 Prozentbeteiligung an Fluidtime (Österreich) an das Management dieser Gesellschaft. Die Transaktion erfolgte zum 1. November 2020. In Zukunft werden beide Unternehmen eigene Strategien verfolgen; gemeinsame Kunden werden aber durch eine Vertriebspartnerschaft betreut. Damit können Kapsch TrafficCom und Fluidtime weiterhin innovative Lösungen im Bereich Mobility-as-a-Service (MaaS) in Kombination mit Verkehrsmanagement-Lösungen anbieten. Nach der Übernahme der restlichen Anteile an tolltickets (Deutschland) mit 1. Oktober 2020 ist die aktuelle Transaktion ein weiterer Schritt von Kapsch TrafficCom zur Fokussierung auf strategische Geschäftsfelder. Kapsch TrafficCom ist ein weltweit anerkannter Anbieter von Verkehrslösungen für eine nachhaltige Mobilität. Innovative Lösungen in den Anwendungsbereichen Maut, Mautdienstleistungen, Verkehrsmanagement und Nachfragemanagement tragen zu einer gesünderen Welt ohne Staus bei. Kapsch hat in mehr als 50 Ländern rund um den Globus erfolgreich Projekte umgesetzt. Mit One-Stop-Lösungen deckt das Unternehmen die gesamte Wertschöpfungskette der Kunden ab, von Komponenten über Design bis zu der Implementierung und dem Betrieb von Systemen. Als Teil der Kapsch Group, mit Hauptsitz in Wien, verfügt Kapsch TrafficCom über Tochtergesellschaften und Niederlassungen in mehr als 30 Ländern und ist seit 2007 im Segment Prime Market der Wiener Börse (Symbol: KTCG) notiert. Im Geschäftsjahr 2019/20 erwirtschafteten rund 5.100 Mitarbeiterinnen und Mitarbeiter einen Umsatz von 731,2 Mio. EUR.

Corona alters transport patterns – experts advise grasping the opportunity Vienna. October 29, 2020 – 62 percent of Austrian citizens are willing to limit car journeys to certain times in order to improve urban air quality. A vast majority of 86 percent are in favor of reducing traffic-related emissions by means of environment-friendly transport solutions. This was confirmed by the population-representative Kapsch TrafficCom Index 2020 survey in March of this year. Although a broad theoretical consensus already existed among the population, practice during the Corona crisis is proving to be at odds with expectations: Passenger numbers on local public transport have fallen dramatically and switching to electric cars remains the exception. On the other hand, we are seeing a sharp increase in switching to bicycles and e-bikes. Mobility experts advise exploiting this window of opportunity to achieve the climate goals of the Paris Agreement by means of specific action. “The public authorities of many large cities throughout Europe have reacted swiftly during the pandemic and created more space for cyclists and pedestrians,” says Michael Ganser, Vice President Solution Consulting at Kapsch TrafficCom. “In order to maintain social distancing, cycle lanes have been widened and even new cycle routes have been set up in what has been a real success story. For the winter months, however, it is only a question of time before the numbers of cars on the road increase again. On the grounds of the current COVID-19 situation, many people will continue to avoid public transport whenever they can.” Those responsible should therefore grasp the opportunity existing now to get things back on the right track. Digitally integrated systems have proven in practice to be very effective here. Mobility can be managed effectively throughout the year despite rising car traffic volumes and without letting CO2 emissions return to pre-crisis levels. Smart city Madrid shows how this can work. Madrid has already demonstrated how this is possible. In order to fundamentally reduce traffic jams and airborne pollutants, the Spanish capital has implemented an intelligent mobility system developed by Kapsch. “An important component of this solution is a system of adaptive traffic light management which automatically adjusts to reflect the current traffic situation,” Ganser explains. This alone has enabled jams to be reduced by approximately 20 percent and emissions by around ten percent. “The key to even more free-flowing and therefore economically efficient traffic management lies in the use of anonymized vehicle data which are integrated into the traffic management network.” To this end, Kapsch has added over 200 permanent traffic measurement units to the existing network capturing traffic data on Madrid’s roads. Real-time traffic data are the key to further analyses and improvements. The Madrid authorities obtain an accurate overview of the current traffic situation based on comprehensive mobility data captured about pedestrians, cyclists, motorbike riders and car drivers. “These measurements are supplemented with data from other sources, such as local public transport providers and the police, before being integrated into and analyzed by our EcoTrafiX™ software platform,” Ganser adds. “This not only allows the municipal authorities to respond immediately to accidents and traffic jams; These data also enable the city to manage traffic flows and to continuously optimize urban mobility covering all modes of transport. People and the environment both benefit as a result.”  

Corona alters transport patterns – experts advise grasping the opportunity Berlin. October 29, 2020 – 62 percent of German citizens are willing to limit car journeys to certain times in order to improve urban air quality. A vast majority of 87 percent are in favor of reducing traffic-related emissions by means of environment-friendly transport solutions. This was confirmed by the population-representative Kapsch TrafficCom Index 2020 survey in March of this year. Although a broad theoretical consensus already existed among the population, practice during the Corona crisis is proving to be at odds with expectations: Passenger numbers on local public transport have fallen dramatically and switching to electric cars remains the exception. On the other hand, we are seeing a sharp increase in switching to bicycles and e-bikes. Mobility experts advise exploiting this window of opportunity to achieve the climate goals of the Paris Agreement by means of specific action. “The road agencies of many large cities have reacted swiftly during the pandemic and created more space for cyclists and pedestrians,” says Michael Ganser, Vice President Solution Consulting at Kapsch TrafficCom. “In order to maintain social distancing, cycle lanes have been widened and even new cycle routes have been set up in what has been a real success story. For the winter months, however, it is only a question of time before the numbers of cars on the road increase again. On the grounds of the current COVID-19 situation, many people will continue to avoid public transport whenever they can.” Those responsible should therefore grasp the opportunity existing now to get things back on the right track. Digitally integrated systems have proven in practice to be very effective here. Mobility can be managed effectively throughout the year despite rising car traffic volumes and without letting CO2 emissions return to pre-crisis levels. Smart city Madrid shows how this can work. Madrid has already demonstrated how this is possible. In order to fundamentally reduce traffic jams and airborne pollutants, the Spanish capital has implemented an intelligent mobility system developed by Kapsch. “An important component of this solution is a system of adaptive traffic light management which automatically adjusts to reflect the current traffic situation,” Ganser explains. This alone has enabled jams to be reduced by approximately 20 percent and emissions by around ten percent. “The key to even more free-flowing and therefore economically efficient traffic management lies in the use of anonymized vehicle data which are integrated into the traffic management network.” To this end, Kapsch has added over 200 permanent traffic measurement units to the existing network capturing traffic data on Madrid’s roads. Real-time traffic data are the key to further analyses and improvements. The Madrid authorities obtain an accurate overview of the current traffic situation based on comprehensive mobility data captured about pedestrians, cyclists, motorbike riders and car drivers. “These measurements are supplemented with data from other sources, such as local public transport providers and the police, before being integrated into and analyzed by our EcoTrafiX™ software platform,” Ganser adds. “This not only allows the municipal authorities to respond immediately to accidents and traffic jams; These data also enable the city to manage traffic flows and to continuously optimize urban mobility covering all modes of transport. People and the environment both benefit as a result.”  

Corona alters transport patterns – experts advise grasping the opportunity London. October 29, 2020 – 63 percent of UK citizens are willing to limit car journeys to certain times in order to improve urban air quality. A vast majority of 81 percent are in favour of reducing traffic-related emissions by means of environment-friendly transport solutions. This was confirmed by the population-representative Kapsch TrafficCom Index 2020 survey in March of this year. Although a broad theoretical consensus already existed among the population, practice during the Corona crisis is proving to be at odds with expectations: Passenger numbers on local public transport have fallen dramatically and switching to electric cars remains the exception. On the other hand, we are seeing a sharp increase in switching to bicycles and e-bikes. Mobility experts advise exploiting this window of opportunity to achieve the climate goals of the Paris Agreement by means of specific action. “Councils in at least 40 cities across the country have reacted swiftly during the pandemic and created more space for cyclists and pedestrians,” says Steve Parsons, Head of UK Sales Kapsch TrafficCom. “Cycle lanes have been widened and even new cycle routes have been set up in order to maintain social distancing. This has been a real success story, but it is only a question of time before the numbers of cars on the road increase again. And many people will continue to avoid public transport whenever they can because of the current COVID-19 situation.” Those responsible should therefore grasp the opportunity existing now to get things back on the right track. Digitally integrated systems have proven in practice to be very effective here. Mobility can be managed effectively throughout the year despite rising car traffic volumes and without letting CO2 emissions return to pre-crisis levels. Smart city Madrid shows how this can work. Madrid has already demonstrated how this is possible. In order to fundamentally reduce traffic jams and airborne pollutants, the Spanish capital has implemented an intelligent mobility system developed by Kapsch. “A system of adaptive traffic light management which automatically adjusts to reflect the current traffic situation is an important component of this solution,” explains Parsons. This alone has enabled jams to be reduced by approximately 20 percent and emissions by around ten percent. “With the use of anonymized vehicle data which are integrated into the traffic management network, we can have an even more free-flowing and therefore economically efficient traffic management.” To this end, Kapsch has added over 200 permanent traffic measurement units to the existing network capturing traffic data on Madrid’s road. Real-time traffic data are the key to further analyses and improvements. The Madrid authorities obtain an accurate overview of the current traffic situation based on comprehensive mobility data captured about pedestrians, cyclists, motorbike riders and car drivers. “These measurements are supplemented with data from other sources, such as local public transport providers and the police, before being integrated into and analysed by our EcoTrafiX™ software platform,” Parsons adds. “Not only can municipal authorities respond immediately to accidents and traffic jams; These data also allow the city to manage traffic flows and to continuously optimize urban mobility, including all modes of transport. This is beneficial to both people and the environment.”  

Road traffic largest source of air pollution in cities according to WHO 81% of Chileans see quality of life as being impaired by emissions Santiago de Chile. October 22, 2020 – 81 percent of Chilean citizens urgently want to reduce emissions from road traffic. 82 percent blame noise, air pollution and other burdens for health problems – these are findings of the representative survey “Kapsch TrafficCom Index 2020”. New concepts such as the “15-minute City“ in Paris point the way to prolonging people's experiences with cleaner air and less traffic in post-corona times. The negative effects of road traffic have returned very quickly to the political agenda after the lockdown during the corona crisis. While in Santiago a plan to reassign spaces for pedestrians and cyclists has been implemented in a busy downtown area, in Europe Paris Mayor Anne Hidalgo is pursuing nothing less than an urban planning revolution with her concept of the “15-minute City”: Parisians should be able to reach everything they need for life from their doorstep within fifteen minutes on foot or by bike: grocery stores, health centers, schools, parks and workplaces. To make this possible, Hidalgo’s first step was to block central traffic routes for cars and convert them into bicycle expressways. What we can learn from the “15-minute City”. “The city of Paris has succeeded in reacting quickly to the corona crisis with a new mobility concept that makes social distancing possible on the streets,” says Emilio Rivas, Executive Vice President Sales of Kapsch TrafficCom for Latin America. “The concept of the 15-minute City contains many important cornerstones, but it’s an approach for the long term that may take a long time to implement. There are intelligent transportation systems available today though, that are more effective to help keep traffic related emissions at the current levels and further reduce them in the future. They can bring quick results while also laying the basis for flexible long-term changes.” Digital technology provides opportunities. Many future-oriented cities are pursuing the goal of clearing the streets for bicycles and pedestrians. “But if traffic is just shifted to other city routes, the positive impact won’t be noticeable,” explains Rivas. For this reason, the expert recommends introducing a digitally connected mobility management approach. This includes, for example, traffic light control systems which automatically adapt to the current traffic situation. In pilot cities, it would reduce congestion times by up to 25 percent. The widespread use of SIM cards and vehicle-based GPS also makes it possible to capture and use real-time traffic data from all road users to manage mobility intelligently. “For quick success, government officials should focus on developing a strategy to make the best use of the possibilities provided by digitally connected mobility. Besides introducing driving bans for cars, it is also important to holistically manage and improve people's mobility. There are smart city solutions available today to prolong people's experiences with cleaner air and less traffic in post-corona times.”  

Road traffic largest source of air pollution in cities according to WHO 69% of Argentinians see quality of life as being impaired by emissions Buenos Aires. October 22, 2020 – 70 percent of Argentine citizens urgently want to reduce emissions from road traffic. 70 percent blame noise, air pollution and other burdens for health problems – these are findings of the representative survey “Kapsch TrafficCom Index 2020”. New concepts such as the “15-minute City“ in Paris point the way to prolonging people's experiences with cleaner air and less traffic in post-corona times. The negative effects of road traffic have returned very quickly to the political agenda after the lockdown during the corona crisis. While the city government in Buenos Aires started the construction of “pop-up” bike lanes on the capital’s two major avenues, in Europe Paris Mayor Anne Hidalgo is pursuing nothing less than an urban planning revolution with her concept of the "15-minute City": Parisians should be able to reach everything they need for life from their doorstep within fifteen minutes on foot or by bike: grocery stores, health centers, schools, parks and workplaces. To make this possible, Hidalgo’s first step was to block central traffic routes for cars and convert them into bicycle expressways. What we can learn from the “15-minute City”. “The city of Paris has succeeded in reacting quickly to the corona crisis with a new mobility concept that makes social distancing possible on the streets,” says Emilio Rivas, Executive Vice President Sales of Kapsch TrafficCom for Latin America. “The concept of the 15-minute City contains many important cornerstones, but it’s an approach for the long term that may take a long time to implement. There are intelligent transportation systems available today though, that are more effective to help keep traffic related emissions at the current levels and further reduce them in the future. They can bring quick results while also laying the basis for flexible long-term changes.” Digital technology provides opportunities. Many future-oriented cities are pursuing the goal of clearing the streets for bicycles and pedestrians. “But if traffic is just shifted to other city routes, the positive impact won’t be noticeable,” explains Rivas. For this reason, the expert recommends introducing a digitally connected mobility management approach. This includes, for example, traffic light control systems which automatically adapt to the current traffic situation. In pilot cities, it would reduce congestion times by up to 25 percent. The widespread use of SIM cards and vehicle-based GPS also makes it possible to capture and use real-time traffic data from all road users to manage mobility intelligently. “For quick success, government officials should focus on developing a strategy to make the best use of the possibilities provided by digitally connected mobility. Besides introducing driving bans for cars, it is also important to holistically manage and improve people's mobility. There are smart city solutions available today to prolong people's experiences with cleaner air and less traffic in post-corona times.”  

Road traffic largest source of air pollution in cities according to WHO 69% of Australians citizens see quality of life as being impaired by emissions Melbourne. October 22, 2020 – 68 percent of Australians urgently want to reduce emissions from road traffic. 64 percent believe noise, air pollution and other burdens for health problems – these are findings of the representative survey “Kapsch TrafficCom Index 2020”. New concepts such as the “15-minute City“ in Paris point the way to prolonging people's experiences with cleaner air and less traffic in post-corona times. The negative effects of road traffic have returned very quickly to the political agenda after the lockdown during the corona crisis. The common approach in Australia is on zero emission public transport and the creation of urban congestion zones. In Europe, Paris Mayor Anne Hidalgo is pursuing nothing less than an urban planning revolution with her concept of the "15-minute City": Parisians should be able to reach everything they need for life from their doorstep within fifteen minutes on foot or by bike: grocery stores, health centres, schools, parks and workplaces. To make this possible, Hidalgo’s first step was to block central traffic routes for cars and convert them into bicycle expressways. What we can learn from the “15-minute City”. “Paris was quick to react to the pandemic, minimising the impact of COVID-19 with a new mobility concept that made social distancing easier,” says Matthew McLeish, Executive Vice President Asia-Pacific at Kapsch TrafficCom. “While many cornerstones of the 15-minute City concept are basically correct, it is also a very long-term approach. But as our survey shows, we need quicker wins to keep traffic-related emissions at the current levels, and to reduce them even further in the future. We can offer intelligent transportation systems today to reduce congestion. These solutions not only allow for immediate improvements. They also lay the basis for flexible and sustainable long-term changes.” Digital technology provides opportunities. The goal of clearing the streets for bicycles and pedestrians is pursued by many future-oriented cities around the world. “But you do not achieve a significant impact by only shifting the traffic to other districts of the city. Cities need to adopt a holistic approach,” explains Matthew McLeish. That is why he recommends introducing a digitally connected mobility management platform. This includes, for example, traffic light control systems which automatically adapt to the current traffic situation. This would reduce congestion times in cities by up to 25 percent. The widespread use of SIM cards and vehicle-based GPS also makes it possible to capture and use real-time traffic data from all road users to manage mobility intelligently. “To take full advantage of the tremendous opportunities of digitally connected mobility, politicians should work with the authorities and suppliers to develop a comprehensive strategy. We have the tools and solutions to prolong people’s experience with cleaner air and less traffic in post-corona times.”