Smart mobility uses information technology to improve transportation through more affordable and sustainable options. A smart mobility strategy organizes current and planned efforts under one umbrella to implement solutions to immediate problems and lay the groundwork for emerging technologies through an interdepartmental team. We offer smart mobility solutions like free public WiFi, traffic management systems, emergency vehicle preemption, smart gate parking, vehicle counting and license plate recognition, drone surveillance, transportation info apps, security systems, visitor management, and smart lighting.
Introductory deck describing Parkofon's unique infrastructure-free technology and value proposition across multiple modes as a provider of Mobility-as-a-Service (MaaS)
Smart mobility uses information technology to improve transportation through more affordable and sustainable options. A smart mobility strategy uses data collection and analysis to optimize the transportation network and implement solutions to current problems while preparing for emerging technologies. We offer smart mobility solutions like free public WiFi, traffic management systems, emergency vehicle preemption, smart gate parking, vehicle counting and license plate recognition, drone surveillance, transportation information apps, parking management apps, integrated security systems, and smart lighting systems.
This document summarizes the mapping and location services provided by HERE. It details that HERE provides navigable maps for over 136 countries, transit routing for over 1000 cities in 50+ countries, and real-time traffic data for 58 countries. HERE collects data from over 80,000 sources daily and has over 200 vehicles equipped with LiDAR that capture map data at centimeter precision. The document also outlines HERE's consumer, automotive, and enterprise service offerings.
This document summarizes a workshop on positioning technology providers and the evolving landscape and opportunities. It discusses PTOLEMUS's areas of expertise including positioning/location enablement, navigation, location-based content and services, intelligent transport systems, mobile content and social networking, and M2M connectivity. It also outlines their services such as strategy definition, strategic due diligence, and business development. Finally, it previews their upcoming European Location Study which will analyze the impact of positioning on the location industry through interviews and research.
Using Developer Portals: Maps APIs Electric Vehicle RoutingNordic APIs
The purpose of a good developer portal experience is creating great projects. This session will explore how clear documentation and functional examples can enable a developer endeavoring to use location bases services to easily integrate components to make their application shine. Explored will be a use case of mapping for electric vehicles. Long distance (multi stop_ trip routing with Electric Vehicles serves as a good example of how developers can incorporate a location-based services APIs into a topically relevant project. This session will focus on a developer’s experience using applicable Maps and Routing APIs, and how these can aid in trip planning charge times, locations, and along-the-route wayfinding for EV drivers.
This document discusses an IoT approach for connected vehicles that is partially funded by the European Commission. It involves using a virtualized on-board unit to identify and execute different composite services based on real-world information. This real-world information comes from car sensors, parking systems, open GPS data, and is virtualized. It can then be used to provide services to drivers like finding available parking near their current or destination locations based on learned user behavior patterns.
Smart mobility uses information technology to improve transportation through more affordable and sustainable options. A smart mobility strategy organizes current and planned efforts under one umbrella to implement solutions to immediate problems and lay the groundwork for emerging technologies through an interdepartmental team. We offer smart mobility solutions like free public WiFi, traffic management systems, emergency vehicle preemption, smart gate parking, vehicle counting and license plate recognition, drone surveillance, transportation info apps, security systems, visitor management, and smart lighting.
Introductory deck describing Parkofon's unique infrastructure-free technology and value proposition across multiple modes as a provider of Mobility-as-a-Service (MaaS)
Smart mobility uses information technology to improve transportation through more affordable and sustainable options. A smart mobility strategy uses data collection and analysis to optimize the transportation network and implement solutions to current problems while preparing for emerging technologies. We offer smart mobility solutions like free public WiFi, traffic management systems, emergency vehicle preemption, smart gate parking, vehicle counting and license plate recognition, drone surveillance, transportation information apps, parking management apps, integrated security systems, and smart lighting systems.
This document summarizes the mapping and location services provided by HERE. It details that HERE provides navigable maps for over 136 countries, transit routing for over 1000 cities in 50+ countries, and real-time traffic data for 58 countries. HERE collects data from over 80,000 sources daily and has over 200 vehicles equipped with LiDAR that capture map data at centimeter precision. The document also outlines HERE's consumer, automotive, and enterprise service offerings.
This document summarizes a workshop on positioning technology providers and the evolving landscape and opportunities. It discusses PTOLEMUS's areas of expertise including positioning/location enablement, navigation, location-based content and services, intelligent transport systems, mobile content and social networking, and M2M connectivity. It also outlines their services such as strategy definition, strategic due diligence, and business development. Finally, it previews their upcoming European Location Study which will analyze the impact of positioning on the location industry through interviews and research.
Using Developer Portals: Maps APIs Electric Vehicle RoutingNordic APIs
The purpose of a good developer portal experience is creating great projects. This session will explore how clear documentation and functional examples can enable a developer endeavoring to use location bases services to easily integrate components to make their application shine. Explored will be a use case of mapping for electric vehicles. Long distance (multi stop_ trip routing with Electric Vehicles serves as a good example of how developers can incorporate a location-based services APIs into a topically relevant project. This session will focus on a developer’s experience using applicable Maps and Routing APIs, and how these can aid in trip planning charge times, locations, and along-the-route wayfinding for EV drivers.
This document discusses an IoT approach for connected vehicles that is partially funded by the European Commission. It involves using a virtualized on-board unit to identify and execute different composite services based on real-world information. This real-world information comes from car sensors, parking systems, open GPS data, and is virtualized. It can then be used to provide services to drivers like finding available parking near their current or destination locations based on learned user behavior patterns.
Xuan Jin, Senior Evangelist, Alibaba Cloud International - Data technology en...Techsylvania
1) Alibaba Cloud uses AI and data technology through its ET Brain platforms to optimize operations in various industries like cities, aviation, manufacturing, logistics, and agriculture.
2) The ET City Brain uses data from multiple sources like traffic cameras, GPS, and sensors to forecast traffic and optimize traffic light timing and routing in cities.
3) The ET Industrial Brain analyzes machine and process data using machine learning to improve production metrics like yield rates and reduce costs in manufacturing plants.
4) Alibaba Cloud's AI platforms have helped optimize operations in airports, e-commerce logistics networks, and large-scale pig farms.
Sensitel is developing SENS City, a platform that uses sensor data and AI to optimize urban transportation systems and passenger experiences. The platform offers automated dispatching of connected vehicles, fleet management, and dynamic routing. It tracks vehicles, packages, and passengers in real-time to improve efficiency. SENS City also analyzes sensor data to enhance passenger experiences through personalized notifications, targeted ads, and traffic updates. Sensitel worked with Singapore's LTA to implement SENS City on buses to notify passengers of arrival times and help buses meet service targets.
TomTom is a Dutch company founded in 1991 that provides navigation and location services. It started with selling standalone GPS devices but has expanded into the automotive sector. TomTom has over 300 employees developing embedded software and hardware located in the Netherlands. The automotive industry is moving towards vehicles with more advanced electronics and connectivity. TomTom collects large amounts of anonymous location and traffic data from its users which it uses to provide more accurate and predictive traffic and routing information to customers. The company aims to continue expanding its data collection and using it to enhance navigation services and link to future vehicle-to-vehicle and infrastructure technologies.
Grow smarter project kista watson summit 2018_tommy auoja-1IBM Sverige
Avicii på Tele2 arena, Drake på Globen och AIK - Luleå på Hovet bäddar för en trång lördagseftermiddag i Globenområdet... (SVT Nyheter, 1 mars 2014) ...och problemen kvarstår än idag
Talare: Tommy Auoja, Kundansvarig för Offentlig Sektor, Kontaktperson i EU projektet GrowSmarter, IBM
Presentation från Watson Kista Summit 2018
The next level of urban mobility will integrate autonomous shuttles, real-time backend services, intelligent roadside devices, and smartphone apps. Autonomous shuttles will operate on fixed routes to transport passengers and goods, coordinated by backend services. Roadside devices will enhance sensing capabilities and enable low-latency communication between vehicles and infrastructure. Together, this system will improve transportation through better multimodal coordination, dynamic pricing, and a more seamless customer experience.
The document describes a classified search engine that aggregates listings from over 15,000 partners and 100 million total listings across 34 countries. It allows users to easily find and filter listings while also setting up email alerts. The search engine sees 2-3 million new listings added daily and receives 35 million unique visitors.
New Altitude Release Powers iPark BrandInventive IT
Inventive IT has launched a new version of their Altitude airport car park management software. The updated version includes an enhanced content management system (CMS) that allows airports to create full-featured websites and branding to better advertise and sell parking products, such as Peel Airports' new iPark brand website. The CMS gives airports more flexibility and tools to directly compete with off-airport parking providers.
Novel common vehicle information model (cvim) for future automotive vehicle b...Shakas Technologies
The document presents a novel Common Vehicle Information Model (CVIM) and Vehicle Big Data Marketplace that would provide a single point of access for brand-independent vehicle data. The CVIM is defined as an open and harmonized data model that allows the aggregation of brand-independent and generic data sets. The paper describes the architecture for the Vehicle Big Data Marketplace and introduces two use cases, local weather prediction and road quality measurements, to demonstrate how the prototype CVIM and Marketplace could be applied to non-automotive applications.
Future mobility: potential impacts on service stationsJosep Laborda
1. The document discusses how future mobility trends like CAVs, shared mobility, and electric vehicles will impact service stations.
2. Service stations will need to expand their offerings beyond oil to remain relevant as mobility shifts to a digital, on-demand model.
3. Stations may transform into "mobility hubs" providing charging, hydrogen, retail, and enabling multimodal transportation options like bikes, scooters and public transit.
4. Emerging technologies like IoT, big data analytics, and AI will allow stations to better understand customer needs and integrate as critical pieces of future intelligent transportation ecosystems.
Emixis is a telematics technology provider based in Brussels that has been operating for over 20 years. They offer hardware and software solutions for fleet, asset, and mobile workforce management. Their offerings include GPS trackers, fuel trackers, autonomous GPS beacons, active RFID modules, and a universal punch clock. These devices provide localization data, usage reports, and theft detection for customers in industries like transportation, logistics, and construction. Emixis is researching new vertical modules and connectivity through technologies like LoRa to expand their Internet of Things capabilities for fleet and asset management.
CITIUS collects location and movement data from smartphones to model users' habits and foster smarter transportation solutions while minimizing sensor costs. It aims to provide smart transportation services for citizens, fleet owners, and cities by reducing costs and increasing quality of services and life. CITIUS has expanded to new cities and countries since 2015 and plans to continue upscaling its platform to add new products and services.
Why it is not about the self driving carFelix Faassen
Presentation held at the Intertraffic 2017 in Amsterdam.
Current technology focus for self-driving vehicles is largely based on sensor and image processing technologies which have an event horizon of max 200 meters. Another key succes factor is that next to these sensor data a vehicle also needs to include a number of different data sources to understand the rules of the roads and also the ability to manage traffic. This talk concentrates on the key ingredient needed to cost effectively combine multiple spatial data sources and get them into the onboard systems of a vehicle
Civil Maps aims to provide semantic maps to autonomous vehicles to help them navigate. They are developing 3D maps that provide context. Currently they have no products available and are an early stage company that raised a $6.6 million seed round. In the short term, their business model is to partner with automakers to accelerate AV development, and long term they aim to establish a marketplace for AV map data.
Kiunsys offering for Smart Urban Mobility, Smart Parking & City LogisticsKiunsys
Kiunsys is an Italian SME designing and developing innovative solutions based on software, sensing and RFID technologies for the management of Smart Urban Mobility, Smart Parking and City Logistics. Founded in 2011, in less than 3 years the company has become one of the main players in the smart cities market and ITS industry.
Kiunsys solutions are also compliant with the EU Directive 2010/40/UE and are aimed at managing problems related to urban mobility and to rationalize the parking system, with a special attention to the needs of tourist destinations and cultural heritage sites. More specifically, they contribute to ensure the fluidity of traffic in urban areas, to reduce the causes of congestion and delays caused by the search for parking space and to limit CO2 emissions (but also other pollutants, such as sulphates, hydrocarbons, PM10, PM5, noise, etc.).
Presentation of José Manuel Caramés, Global Head of M2M Transport at Telefónica about the M2M benefits for Fleet Management solutions at TM Forum Live! in Nice ..
TEAM 9: Open Transport Map (OTM) Applications for Africaplan4all
The document summarizes a presentation by Daniel Beran and team about developing an open source traffic modeling application for Nairobi, Kenya using open data. The team created a basic traffic model of Nairobi in a web application using open source map data but found limitations without access to more precise local data on road attributes and traffic patterns. The project highlighted opportunities for collaborating with local experts to develop tools using open data while addressing challenges in modeling accuracy without calibrated local data.
Air Transport Industry: The future is connected
The combination of connected technology and connected people is helping to reshape the journey for air passengers and, increasingly, their expectations and behavior. Contextual communications via internet-enabled devices and objects will become the enabler for more seamless air travel experiences over the coming years.
For airlines and airports, the focus will be to manage all the physical (and virtual) “objects” that comprise their business ecosystem.
For connected travelers, the Internet of Things (IoT) offers opportunities to link with the air transport industry’s IT ecosystem to manage and personalize their journey from their own smart mobile device, on the ground and in the air.
I gave a keynote on a mobility conference in Brussels on the latest apps, mobile trends and digital services. Some cases are specific to the Belgian market. June 2016.
Xuan Jin, Senior Evangelist, Alibaba Cloud International - Data technology en...Techsylvania
1) Alibaba Cloud uses AI and data technology through its ET Brain platforms to optimize operations in various industries like cities, aviation, manufacturing, logistics, and agriculture.
2) The ET City Brain uses data from multiple sources like traffic cameras, GPS, and sensors to forecast traffic and optimize traffic light timing and routing in cities.
3) The ET Industrial Brain analyzes machine and process data using machine learning to improve production metrics like yield rates and reduce costs in manufacturing plants.
4) Alibaba Cloud's AI platforms have helped optimize operations in airports, e-commerce logistics networks, and large-scale pig farms.
Sensitel is developing SENS City, a platform that uses sensor data and AI to optimize urban transportation systems and passenger experiences. The platform offers automated dispatching of connected vehicles, fleet management, and dynamic routing. It tracks vehicles, packages, and passengers in real-time to improve efficiency. SENS City also analyzes sensor data to enhance passenger experiences through personalized notifications, targeted ads, and traffic updates. Sensitel worked with Singapore's LTA to implement SENS City on buses to notify passengers of arrival times and help buses meet service targets.
TomTom is a Dutch company founded in 1991 that provides navigation and location services. It started with selling standalone GPS devices but has expanded into the automotive sector. TomTom has over 300 employees developing embedded software and hardware located in the Netherlands. The automotive industry is moving towards vehicles with more advanced electronics and connectivity. TomTom collects large amounts of anonymous location and traffic data from its users which it uses to provide more accurate and predictive traffic and routing information to customers. The company aims to continue expanding its data collection and using it to enhance navigation services and link to future vehicle-to-vehicle and infrastructure technologies.
Grow smarter project kista watson summit 2018_tommy auoja-1IBM Sverige
Avicii på Tele2 arena, Drake på Globen och AIK - Luleå på Hovet bäddar för en trång lördagseftermiddag i Globenområdet... (SVT Nyheter, 1 mars 2014) ...och problemen kvarstår än idag
Talare: Tommy Auoja, Kundansvarig för Offentlig Sektor, Kontaktperson i EU projektet GrowSmarter, IBM
Presentation från Watson Kista Summit 2018
The next level of urban mobility will integrate autonomous shuttles, real-time backend services, intelligent roadside devices, and smartphone apps. Autonomous shuttles will operate on fixed routes to transport passengers and goods, coordinated by backend services. Roadside devices will enhance sensing capabilities and enable low-latency communication between vehicles and infrastructure. Together, this system will improve transportation through better multimodal coordination, dynamic pricing, and a more seamless customer experience.
The document describes a classified search engine that aggregates listings from over 15,000 partners and 100 million total listings across 34 countries. It allows users to easily find and filter listings while also setting up email alerts. The search engine sees 2-3 million new listings added daily and receives 35 million unique visitors.
New Altitude Release Powers iPark BrandInventive IT
Inventive IT has launched a new version of their Altitude airport car park management software. The updated version includes an enhanced content management system (CMS) that allows airports to create full-featured websites and branding to better advertise and sell parking products, such as Peel Airports' new iPark brand website. The CMS gives airports more flexibility and tools to directly compete with off-airport parking providers.
Novel common vehicle information model (cvim) for future automotive vehicle b...Shakas Technologies
The document presents a novel Common Vehicle Information Model (CVIM) and Vehicle Big Data Marketplace that would provide a single point of access for brand-independent vehicle data. The CVIM is defined as an open and harmonized data model that allows the aggregation of brand-independent and generic data sets. The paper describes the architecture for the Vehicle Big Data Marketplace and introduces two use cases, local weather prediction and road quality measurements, to demonstrate how the prototype CVIM and Marketplace could be applied to non-automotive applications.
Future mobility: potential impacts on service stationsJosep Laborda
1. The document discusses how future mobility trends like CAVs, shared mobility, and electric vehicles will impact service stations.
2. Service stations will need to expand their offerings beyond oil to remain relevant as mobility shifts to a digital, on-demand model.
3. Stations may transform into "mobility hubs" providing charging, hydrogen, retail, and enabling multimodal transportation options like bikes, scooters and public transit.
4. Emerging technologies like IoT, big data analytics, and AI will allow stations to better understand customer needs and integrate as critical pieces of future intelligent transportation ecosystems.
Emixis is a telematics technology provider based in Brussels that has been operating for over 20 years. They offer hardware and software solutions for fleet, asset, and mobile workforce management. Their offerings include GPS trackers, fuel trackers, autonomous GPS beacons, active RFID modules, and a universal punch clock. These devices provide localization data, usage reports, and theft detection for customers in industries like transportation, logistics, and construction. Emixis is researching new vertical modules and connectivity through technologies like LoRa to expand their Internet of Things capabilities for fleet and asset management.
CITIUS collects location and movement data from smartphones to model users' habits and foster smarter transportation solutions while minimizing sensor costs. It aims to provide smart transportation services for citizens, fleet owners, and cities by reducing costs and increasing quality of services and life. CITIUS has expanded to new cities and countries since 2015 and plans to continue upscaling its platform to add new products and services.
Why it is not about the self driving carFelix Faassen
Presentation held at the Intertraffic 2017 in Amsterdam.
Current technology focus for self-driving vehicles is largely based on sensor and image processing technologies which have an event horizon of max 200 meters. Another key succes factor is that next to these sensor data a vehicle also needs to include a number of different data sources to understand the rules of the roads and also the ability to manage traffic. This talk concentrates on the key ingredient needed to cost effectively combine multiple spatial data sources and get them into the onboard systems of a vehicle
Civil Maps aims to provide semantic maps to autonomous vehicles to help them navigate. They are developing 3D maps that provide context. Currently they have no products available and are an early stage company that raised a $6.6 million seed round. In the short term, their business model is to partner with automakers to accelerate AV development, and long term they aim to establish a marketplace for AV map data.
Kiunsys offering for Smart Urban Mobility, Smart Parking & City LogisticsKiunsys
Kiunsys is an Italian SME designing and developing innovative solutions based on software, sensing and RFID technologies for the management of Smart Urban Mobility, Smart Parking and City Logistics. Founded in 2011, in less than 3 years the company has become one of the main players in the smart cities market and ITS industry.
Kiunsys solutions are also compliant with the EU Directive 2010/40/UE and are aimed at managing problems related to urban mobility and to rationalize the parking system, with a special attention to the needs of tourist destinations and cultural heritage sites. More specifically, they contribute to ensure the fluidity of traffic in urban areas, to reduce the causes of congestion and delays caused by the search for parking space and to limit CO2 emissions (but also other pollutants, such as sulphates, hydrocarbons, PM10, PM5, noise, etc.).
Presentation of José Manuel Caramés, Global Head of M2M Transport at Telefónica about the M2M benefits for Fleet Management solutions at TM Forum Live! in Nice ..
TEAM 9: Open Transport Map (OTM) Applications for Africaplan4all
The document summarizes a presentation by Daniel Beran and team about developing an open source traffic modeling application for Nairobi, Kenya using open data. The team created a basic traffic model of Nairobi in a web application using open source map data but found limitations without access to more precise local data on road attributes and traffic patterns. The project highlighted opportunities for collaborating with local experts to develop tools using open data while addressing challenges in modeling accuracy without calibrated local data.
Air Transport Industry: The future is connected
The combination of connected technology and connected people is helping to reshape the journey for air passengers and, increasingly, their expectations and behavior. Contextual communications via internet-enabled devices and objects will become the enabler for more seamless air travel experiences over the coming years.
For airlines and airports, the focus will be to manage all the physical (and virtual) “objects” that comprise their business ecosystem.
For connected travelers, the Internet of Things (IoT) offers opportunities to link with the air transport industry’s IT ecosystem to manage and personalize their journey from their own smart mobile device, on the ground and in the air.
I gave a keynote on a mobility conference in Brussels on the latest apps, mobile trends and digital services. Some cases are specific to the Belgian market. June 2016.
Leveraging the Platform effect for citiesAlex Gluhak
Urban Data Talks #4 presentation by Alanus von Radecki, Deutsches Kompetenz Zentrum fuer Staedte und Region, outlining how effective collaboration with various cities and municipal companies can support the scaling of smart city use cases.
The document discusses the Antwerp City Platform as a Service (ACPaaS), which provides reusable application programming interfaces (APIs) and engines to help developers create citizen-focused apps. It outlines several core engines available in ACPaaS, including notification, multilanguage support, and API/SDK engines. The goal of ACPaaS is to unlock the potential of city data and services through an open API marketplace and tools to empower developers and startups to build apps that improve the citizen experience.
Big data analytics are being applied to a wide range of applications domains, including those in charge of controlling critical real-time systems, challenging the need not only to efficiently processing extreme amounts of complex data, but also processing it in real-time.
CLASS aims to develop a novel software architecture framework to help big data developers to efficiently distributing data analytics workloads along the compute continuum (from edge to cloud) in a complete and transparent way, while providing sound real-time guarantees.
In particular, the CLASS framework will be able to gather the information from all the smart edges, as smart cameras and autonomous vehicles, in order to build the knowledge of the city. The city will then forward the useful information to the interested autonomous cars in real time, in order to immediately improve the navigability of the cars and with the long term goal to reduce both accidents and pollution. The capabilities of the CLASS framework are applied to a real smart-city use case in the City of Modena.
1) NavInfo is a leading location big data company in China that collects real-time traffic and road conditions data from over 30 million vehicles and other sources daily.
2) NavInfo provides traffic data and analytic services to automakers, governments, and enterprises through products like real-time traffic maps, traffic predictions, and local hazard warnings.
3) NavInfo has built a location big data platform called MineData that integrates massive traffic and road data to provide tools for visualization, spatial analysis, and custom location services.
Bus Karo: Developing Supporting Ecosystems WRI India
This document discusses developing supporting ecosystems to improve city bus services. It summarizes a presentation given by Archana Ramakrishnan of Xerox Innovation Group at a workshop on urban mobility. The presentation discusses trends in urban mobility, including rising populations in cities and a shift away from private car ownership among younger generations. It outlines opportunities for public-private partnerships and mobility-as-a-service models to integrate various transportation options. The presentation also provides examples of how mobility data and analytics can help optimize bus routes and schedules to improve ridership, efficiency and customer experience.
- We provide a parking management platform and mobility services since 2003, serving diverse international markets.
- Our cloud-based platform includes modules for asset management, pricing, payments, billing for parking, EV charging, bike parking and other mobility services.
- As part of the InfraPark Group, one of the world's leading parking operators, we now have expanded capabilities and customer base.
Oleksandr Kutsan "SmartDeviceLink and Mobile Applications on the Automotive H...LogeekNightUkraine
The document discusses SmartDeviceLink and mobile applications on automotive head units. It describes how vehicles can act as data providers and how user interfaces can be used for interaction. It outlines the benefits of an open-source platform that allows for USB, WiFi, and Bluetooth transport of applications and streaming video data with touch support. Example application types that could be supported include navigation, driver assistance, messaging, vehicle assistance, and music. The document also discusses using APIs versus projections, supporting embedded versus cloud and mobile applications, and how inter-app communication could enable integrated experiences.
This document discusses developing supporting ecosystems to improve city bus services. It summarizes Xerox's work in mobility analytics and developing platforms to analyze transportation data from various sources to improve public transit systems. Key points include using data from fare collection, origin-destination analysis to understand demand, vehicle load estimation, travel time analysis, and enabling demand responsive bus services. It also discusses using commuter feedback from multiple channels to identify issues and provide insights to improve service quality. The document promotes Xerox's mobility analytics platform and Cityzen urban sensing platform to achieve these goals.
This document provides an overview of the Bridging the Interoperability Gap of the Internet of Things (BIG IoT) project. The project aims to enable syntactic and semantic interoperability between IoT platforms to lower barriers and foster an open IoT ecosystem. It will provide an API and marketplace to allow platforms, services, and devices to interoperate. The project is running pilots in Northern Germany, Barcelona, and Piedmont focused on use cases like smart parking, traffic, and mobility. It is holding an open call to integrate additional platforms and services.
Connected Mobility: The Digitalization PerspectiveSteffen Schaefer
Städte wie München und Stuttgart verzeichnen einen Rückgang von privatem PKW-Besitz, besonders unter jungen Bevölkerungsgruppen. Als Ersatz steigt die Nutzung des klassischen ÖPNV; häufig in Kombination mit Car Sharing, Bike Sharing, Ride Sharing oder der Nutzung von Taxis.
Um für den Reisenden die Nutzung zu vereinfachen, werden zunehmend Mobilitätsdienste verschiedener Anbieter miteinander kombiniert. Klassische ÖPNV und Fernverkehrs-Unternehmen bieten heute vielfach auch Car Sharing und Bike Sharing. Mobilitätsdienstleister aus der Automobilindustrie empfehlen im Bedarfsfall intermodale Reiseketten und verkaufen ÖPNV Tickets. Neue Player spezialisieren sich auf ‚Mobility as a Service (MaaS)‘. Es entwickeln sich vernetzte, intermodale Mobilitätsdienste.
Eine sehr wichtige Rolle spielt dabei Informations-Technologie oder Digitalisierung: Smartphones und das Internet der Dinge, gepaart mit der Verarbeitung und Bereitstellung von Echtzeitinformation in der Cloud sind Eckpfeiler des ‚Transportation Internet‘. Der Vortrag beleuchtet diese Entwicklungen und berichtet von Erfahrungen bei der Implementierung einer IT Plattform.
The system will offer the best possibilities to support lateral structures related with:
IOT (internet of things) , M2M (Machine to Machine) & System of Systems
FIWARE: Enabling innovative business models and the economy of data in citiesJuanjo Hierro
Smart Cities are not just about making cities more efficient but really transforming them into engines of growth. This can be achieved by means of making them bring the infrastructure needed to support the Economy of Data. The presentation elaborates on the ingredients Smart Cities need to support in the infrastructure to support an Economy of Data and some examples about innovative business models that would be enabled.
Digital Winners 2014: David Holecek, Volvo CarTelenor Group
Volvo sees connectivity as increasingly important, with 39% of car buyers in 2013 citing in-vehicle technology as a top priority. A connected car fully participates in the networked society through functional connectivity layers, digital ecosystem integration, and apps allowing control and integration with smartphones, infrastructure, other cars, and Volvo services. Volvo's strategy is to make life more enjoyable and save time through new connected benefits, leveraging big data and focusing on drive time, connected life, and maximizing their role in the connected society.
Traffic congestion has become one of the largest annoyances to countries like the United States and China when it comes to economic competitiveness, livability, safety, and long-term environmental sustainability. Congestion on freeways and roads is a major component of and contributor to delay. Emerging technologies such as artificial intelligence (AI), Internet of Things (IoT), and connected vehicles provide opportunities to mitigate traffic congestion.
As one of the largest technology providers in China, Asiainfo Data is leading a city-scale Smart Transportation project in City of Wuxi, one of the national centers for IoT innovation in China. In this talk, we would like to share our real-world experiences in using AI and big data technologies to implement cutting-edge technologies transformation of Wuxi’s transportation systems. In this project, we collaborate with China Telecom, the Traffic Management Research Institute, smart vehicle makers, and many influential researchers on traffic management worldwide. We will showcase scenarios on public transportation prioritization, car-road coordination, and region-wide traffic signal optimization by utilizing AI modeling and the most advanced IoT technologies.
Speaker
Jian Chang, AsiaInfo, Chief Technology Officer
Official speaker book for the NOAH 2019 Conference in Tel Aviv with comprehensive background information on all presenting speakers and their companies.
This document contains an agenda for a two-day startup conference. Day 1 will include sessions on mobility and travel of the future, cognitive computing, international success stories, and more. It lists over 50 speakers from companies such as Gett, Porsche, Sweet Inn, and StoreDot. Day 2 covers topics like fintech, digital health, industrial digitization, and edutech. It provides details on session times and speakers from companies including eToro, Forter, Payoneer, and Simplex. The document is an agenda detailing over 100 speakers across various industries that will present at the two-day conference.
advocado provides comprehensive legal advice to private and corporate clients through data, technology and specialized lawyers. Headquartered in Greifswald, Germany, it has 26-50 employees and has raised €6 million in total funding.
ahead develops nutritional supplements and functional foods aimed at optimizing human performance. Headquartered in Hamburg, Germany with 11-25 employees, it has raised €0.6 million in total funding.
aidhere is developing digital behavior change solutions, starting with an obesity treatment program. Headquartered in Hamburg, Germany with 4-10 employees, it has raised €0.3 million in total funding.
Official speaker book for the NOAH 2018 Conference in Tel Aviv with comprehensive background information on all presenting speakers and their companies.
This document contains an agenda for a two day startup conference taking place from November 2-3. It lists over 100 confirmed speakers who will present on stages throughout the event. The schedule details the timing, speakers, companies and session titles for presentations, panels, interviews and networking activities each day. Topics that will be discussed include fintech, lending, payments, healthcare, gaming, blockchain, and online dating. The event aims to connect capital with entrepreneurs.
This document provides the agenda for the NOAH Disruptor conference taking place June 22-23, 2017 in Berlin. Over 100 CEOs from various industries including digital/media, fintech, mobility, and more will discuss disruption in their sectors. The agenda lists the scheduled speakers each day organized by session type including keynotes, panels, company presentations, and fireside chats. Confirmed speakers include executives from companies like Rocket Internet, Axel Springer, Deutsche Bank, Mastercard, and Porsche among many others.
Top-Quality AC Service for Mini Cooper Optimal Cooling PerformanceMotor Haus
Ensure your Mini Cooper stays cool and comfortable with our top-quality AC service. Our expert technicians provide comprehensive maintenance, repairs, and performance optimization, guaranteeing reliable cooling and peak efficiency. Trust us for quick, professional service that keeps your Mini Cooper's air conditioning system in top condition, ensuring a pleasant driving experience year-round.
Charging and Fueling Infrastructure Grant: Round 2 by Brandt HertensteinForth
Brandt Hertenstein, Program Manager of the Electrification Coalition gave this presentation at the Forth and Electrification Coalition CFI Grant Program - Overview and Technical Assistance webinar on June 12, 2024.
car rentals in nassau bahamas | atv rental nassau bahamasjustinwilson0857
At Dash Auto Sales & Car Rentals, we take pride in providing top-notch automotive services to residents and visitors alike in Nassau, Bahamas. Whether you're looking to purchase a vehicle, rent a car for your vacation, or embark on an exciting ATV adventure, we have you covered with our wide range of options and exceptional customer service.
Website: www.dashrentacarbah.com
Charging Fueling & Infrastructure (CFI) Program by Kevin MillerForth
Kevin Miller, Senior Advisor, Business Models of the Joint Office of Energy and Transportation gave this presentation at the Forth and Electrification Coalition CFI Grant Program - Overview and Technical Assistance webinar on June 12, 2024.
Charging Fueling & Infrastructure (CFI) Program Resources by Cat PleinForth
Cat Plein, Development & Communications Director of Forth, gave this presentation at the Forth and Electrification Coalition CFI Grant Program - Overview and Technical Assistance webinar on June 12, 2024.
4. Problem
Finding parking is the last pain point in car driving
wasted with
every drive
15 min 30 %
additional traffic
in cities
5. 2.5 Mio times per day
Live open spot detected
via connected vehicles
1200+ live feeds
from off-street sensors
Predicted parking
availability
Your personal
parking assistant
7. Our users find parking 2.5x faster*Distributionofcartrips
2,5x
* based on 20k
analyzed trips
in Berlin
AIPARK trips
Regular trips
Parking search time in seconds