Public Agencies and the MaaS Environment

Slides:



Advertisements
Similar presentations
Kapsch TrafficCom |Urban Mobility ChargingMichael Weber1 Kapsch TrafficCom. We make traffic flow.
Advertisements

M. Absar Alam Institutional Arrangements for Urban Transport Ahmedabad 29, September-1 October, 2014.
Introduction to CIVITAS‘ Definition of “Collective Passenger Transport“ and a Snapshot of its Results 13 September 2011 Brussels, Belgium Siegfried Rupprecht,
Urban Transport Benchmarking Initiative Paris and the Urban Transport Benchmarking Initiative Isabelle Bachmann- RATP- Paris.
Advancing Government through Collaboration, Education and Action Financial Innovation and Transformation Shared Services Workshop March 17, 2015.
What is ITS ? Intelligent Transportation System (ITS) means electronics, communications, or information processing used singly or in combination: to enhance.
New Technologies to achieve sustainable transport in cities: Bringing intelligence into urban mobility to improve traffic management and increase traffic.
1. 2 IT innovations in specialized areas where competitors will have difficulty copying Excellence in design of processes and activities and how they.
4G-LTE: Enhancing Efficiency in Organizations. Factors Impacting Digitization Processes and Systems January Powerful Platforms and Devices Storage.
Enabling the Gigabyte Lifestyle Liliane Offredo-Zreik The Sannine Group, LLC
1 Deployment of Intelligent Transport Systems (ITS) within the transport operational programme Marco Cecchetto
 City of Hamilton – Transportation Sustainable Mobility Summit – October 27, 2013.
Smart cities Rasmus Lindholm, Director, ERTICO – ITS
| The Planning and roll-out of accessible and human-centred public transport services in Europe The cities’ perspective Karen Vancluysen, Polis.
Green Transport Dr Lina Shbeeb Minister of Transport. Jordan.
V ehicle I nfrastructure I ntegration Jeffrey F. Paniati Associate Administrator for Operations and Acting Program Manager for ITS Joint Program Office.
The Fully Networked Car Geneva, 4-5 March Ubiquitous connectivity to improve urban mobility Hermann Meyer ERTICO.
ITS Standards Program Strategic Plan Summary June 16, 2009 Blake Christie Principal Engineer, Noblis for Steve Sill Project Manager, ITS Standards Program.
Choosing the Route To Traveler Information Systems Deployment by ITS America ATIS Committee USDOT ITS Joint Program Office Washington State Transportation.
Mobile Wallets Tackling the multi-wallet problem to achieve mass market adoption of contactless payment services.
Enabling the Future Service-Oriented Internet (EFSOI 2008) Supporting end-to-end resource virtualization for Web 2.0 applications using Service Oriented.
SocialCar a Horizon 2020 project
FARGIS Konferansen ITS and Multimodal Services - Ivar Christiansen - ITS Norway 1 ITS and Multimodal Information Services Ivar Christiansen ITS.
Siemens.com/mobilityUnrestricted © Siemens AG 2016 SiMobility Innovative technology that moves you.
Key Trends Shaping Transportation System Management Operations Timothy Papandreou CIO, Director Office of Innovation San Francisco Municipal Transportation.
Organizzato da: Global Mobility Integration for Global Transit Schemes Bertrand Moritz Head of Product Management – VIX Technology.
Frankfurt Intelligent Buildings and Big Data Greg Walker, Research Director CABA (Continental Automated Buildings.
ADVANCED TRANSPORTATION AND CONGESTION MANAGEMENT TECHNOLOGIES DEPLOYMENT (ATCMTD) PROGRAM 1 Bob Arnold, Director Office of Transportation Management,
Future Finland is digital lvm.fi 1 Raimo Tapio, Vice Director-General, Finnish Transport Agency, Glasgow Facilitating traffic and transport innovations.
FTA’s Mobility on Demand Program and the MOD Sandbox May2017 Christina Gikakis FTA Office of Mobility Innovation.
Mobility Coordination Center Concept
Seattle and King County Mobility Services Planning 2016 Sustainability & Public Transportation Workshop Joe Iacobucci Director of Transit & Shared.
IoT Strategic Initiatives in Brazil
Bertel O. Steen AS Ruter Supplier Conference
Ubiquitous Mobility for Portland
Office of Electronic Communications (UKE)
Improving public transport through IT- international good practices
“To inspire and influence the evolution of integrated mobility”
ATIS Initiatives in Support of Smart Cities
Internet of Things workshop
Norway Maas plans and deployments? February 7th 2018 – Gothenburg
Introduction and Overview
Planning and rollout of accessible and human-centred public transport services in Europe Sampo Hietanen CEO, ITS Finland
Driving the UK towards zero emissions
Convergence in Parking and Transit
SUMP Concept: the need for an update Reflections from CREATE
Assessing Passenger Requirements along the D2D Air Travel Chain
Transportation Task Force Mission and Vision
Ubiquitous Mobility for Portland
MaaS workshop Suzanne Hoadley, Polis.
Social Applications: The Mobile Imperative
Smart Money Trends in Connected Vehicles Panel
Smart Money Trends in Connected Vehicles Panel
MaaS: opportunities for rural Scotland
Delivering IIoT Solutions - Easy, Fast, Smart
Transportation Automation and Privacy Issues
A Global Perspective on Greening the Transport Sector
Road Infrastructure for Road Vehicles Automation
SiMobility Innovative technology that moves you.
Intelligent Mobility Ecosystem
Deployment of Intelligent Transport Systems Directive 2010/40/EU
ATIS Initiatives in Support of Smart Cities
FINANCING ROAD INFRASTRUCTURE
MaaS, OneAccount, and the Financial Engine
Sustainable Urban Mobility Action Cluster Deployment of New Mobility Services in a smart city context enabled by MaaS & CCAM Umea September
Innovation in Railways NTA Ireland
Energy Systems Catapult
Ready for MaaS? Easier mobility for citizens and better data for cities Martin Röhrleef ÜSTRA Hannoversche Verkehrsbetriebe AG Head of Mobility Innovation.
Connectivity and Tourism Growth
Session 2C: Mobility-as-a-Service (MaaS)
Presentation transcript:

Public Agencies and the MaaS Environment Kapsch TrafficCom Western ITE Conference Lew Gaskell – Director of Urban Mobility

Mobility as a Service An emerging concept for distributing transportation services that treats transportation supply and demand as commodities Consumer-Driven Data-Driven Multi-Modal Management Framework Focused on traveler and personal choice Depends on connected data rather than on a particular technology Mode agnostic and focused on trip satisfaction Framework for aggregating and managing supply and demand Mobility on Demand Operational Concept Report, USDOT, September 2017, FHWA-JPO-18-611 Connected And Autonomous Vehicles Urban Traffic Management Mobile Tolling Tolling and Managed Lanes Back Office Customer Service Center

Mobility as a Service Ecosystem SMART CITIES & REGIONS TRANSPORT SERVICE PROVIDERS ENABLING SERVICES MOBILITY SERVICE PROVIDERS MOBILITY SERVICE CUSTOMERS Initiate and orchestrate Mobility as a Service ecosystems. Provide optimized and connected local transport offerings. Support the setup and operation of collaborative MaaS. Offer intermodal mobility services for customers. Demand and pay for a seamless travel experience.

MaaS Topology Level 4 3 2 1 Integration of societal goals (Sochor, Arby, Sarasini, Karlsson, Holmberg) Integration of societal goals Governance & PP-cooperation Level 4 Integration of service offering Bundling/subscription - responsibility 3 Integration of payment: Single trip - find, book and pay 2 Consider architecture to reach this level Public & Private goals Integration of information: Multimodal travelplaner, price info 1 No integration: Single, separate services

MaaS integrates various transport services that use the physical infrastructure of cities and regions. “MaaS is the integration of various forms of transport services into a single mobility service accessible on demand.” MaaS Alliance Mobility as a Service B A B Fleets A This is part of the evolution of infrastructure Developed for single occupancy vehicles – evolve to new methods Physical to digital roads to data A Infrastructure B B A

Technologies MaaS Solution End-user frontend Personalization Commercial business tools Payment Integration and Standardization Integration Transport Operations Infrastructure Management © 2019 Copyright Fluidtime Data Services GmbH | www.fluidtime.com

Dimensions Architectures Roles Themes Monolith Standards Shared Platform Shared Platform with App Observe Influence Regulate Own Cost of inaction Potential benefits Dependency on private sector services Cost of failure Protecting privacy Improve services Address equity and accessibility

Collaborative/Open MaaS Platform | Orchestrating supply & demand Verticals (TSP) incl. Public T. Private MaaS Operators Start-ups Corporations Property developers Tourism Value add … Governance Analysis Public Authorities Demand: Supply: Unified access to transport offerings Registration Booking Availability Routing Reporting Standardized provision of transport offerings Local Private TSPs Local Public TSPs © 2018 Copyright Fluidtime Data Services GmbH | www.fluidtime.com

Architectures Building Blocks Mobility Service Providers Data, Services, Communications Transportation Service Providers Template source: Final report, ITS Switzerland work group, September 2018

Standalone Mobility App Monolithic No shared services “Just an app” Used by large, national providers and others Transit agencies Observe Has been happening for years Influence Limited hooks or connection points for this Regulate Requires enforcement of infrastructure use Own Risk app failure with nothing to show

Regional Standardization No shared infrastructure Standards based communication Scope may vary Los Angeles, Finland Observe May not arise spontaneously (standards non-existent or nascent) Influence Promote voluntary adoption of standards Regulate Requires enforcement of data standards Own Nothing to own

Shared Platform Common platform provides single access point for multiple services May offer integrated routing/payment etc. within platform Aarhus, Bilbao, Vienna, Netherlands Observe May not arise spontaneously (private sector does not have same incentive to share) Influence Without ownership require promotion of private system Regulate Requires enforcement of digital infrastructure use Own Allows quid pro quo Offer services and set conditions Better able to address privacy than standards

Shared Platform with App Common platform provides single access point for multiple services May offer integrated routing/payment etc. within platform Also includes one or more apps supported by agency Stockholm, Helsinki, Birmingham, Columbus Observe May not arise spontaneously (private sector does not have same incentive to share) Influence Without ownership require promotion of private system Regulate Requires enforcement of digital infrastructure use Own Allows quid pro quo; additional leverage and risk from app Additional tool for equity and accessibility

Analysing the mobility ecosystem Orchestrate the ecosystem Regulate coverage & business areas, observe which zones get transport and govern the mix of offerings Perform demand analytics to determineI nfrastructure usage and plan investments © 2019 Copyright Fluidtime Data Services GmbH | www.fluidtime.com 14

Thank you Lew Gaskell Director of Urban Mobility Kapsch TrafficCom Kapsch TrafficCom Transportation NA, Inc. 1390 Piccard Drive, Suite 200 Rockville, MD 20850 Phone: +1 ### #### E-Mail: first.last@kapsch.net www.kapsch.net