Mobility Broker Platform: the role of M2M in the pilot of Leuven - IBM

IBM Scope into M2M market Module/ Device Svc. Delivery Vertical Pipe (SIM) Platform Applications Today´s Telcos/SP Focus Service Platform and middleware Enablement of Telco's as information broker Not focus on M2M only, also other ways of communication © 2010 IBM Corporation

IBM M2M Experience - Telenor Use Case Business need: Intent on expanding its revenue base with high-value services, Norway-based Telenor set its sights on the fast-growing market for "machine-to-machine" (M2M) services, targeting small and mid-sized businesses for whom M2M have been out of reach due to cost and complexity, as well as larger enterprises looking for a low-cost, entry-level M2M solution. Solution: Telenor teamed with IBM to create the first-ever hosted M2M offering. By creating a flexible, low-cost shared services platform, Telenor has drastically expanded the number of companies that can make a strong business case for offering M2M. Benefits:   Increased wireless traffic over Telenor's network "By enabling us to be the first Nordic telecom service provider to   A new revenue stream for Telenor, leading to higher offer a hosted M2M service, IBM average revenue per user (ARPU) has helped us to open a new door   Enhanced ability to leverage the growth of M2M and for the rapid growth of the market.“ move up the wireless value chain   Improved ability to penetrate the small and mid-sized – Rolv-Erik Spilling, manager, busi-ness market Telenor Business Norway © 2010 IBM Corporation

IBM Intelligent Transportation Systems Innovation & Business Transformation Consulting   Holistic analysis of ITS projects using IBM maturity model   Focus on transport Road User Charging Integrated Fare Transport Info authority’s IT and Tolling (RUC) Management (IFM) Management (TIM) framework: use of open   Technology and services   Transit payment system   End-user traveler standards, SOA assets that scale across   Cross-modal / inter- advice e.g. internet,   Enable common highway / city / national 511, PDAs etc modal capability solution components schemes   Universal/Integrated   Network optimization e.g. CRM, payment   Design, build and operate transportation accounts   Cross-modal / inter- systems, enforcement schemes modal information   Framework for future   Extendable to other   On board units, detection services, e.g. parking,   Design and build solutions, e.g. parking and validation, software retail, identification management, Pay As platform/rating engine, You Drive insurance   Design, build and financial clearing house, Business Process operate schemes Services © 2010 IBM Corporation

Mobility Trends and Local Situation Density of road network Congestion on main roads and secondary roads Three regions with different priorities Changes in taxation policy of government Road User Charging is one of options for mobility Trends   Increased importance of in-car technology   Floating vehicle data   Value added services •  Dangerous goods •  E-call   Why Leuven? © 2010 IBM Corporation

Parameters for price calculation Complexity Category of vehicle Use of vehicle Context DISTANCE TIME DISTANCE TIME + context PLACE PLACE   Road blockage (accident) Parameters:   Infrastructure works   Vehicle Category   Weather (smog)   Number of axles   Events   CO2 emission   Number of passengers   Exceptions   … Smart Mobility 7 © 2010 IBM Corporation

Some requirements for Belgian solution   GPS   All Roads   Importance of map-matching   Extendable to all cars   Intelligent enforcement   Flexibility   Phases   EETS – interoperability   Value added services © 2010 IBM Corporation

For functions: position, map-matching, price, payment Sat 12th Jan Determine   Use satellite (or other) A Position to determine position Set of timed lat/long points describing each trip.   Perform Map Matching (if required) Sat 12th Jan Determine B Usage Band A Road = 30miles Band B Road = 13miles   Apply scheme rules to determine usage Sat 12th Jan Calculate   Apply scheme tariffs to C Fee usage to determine fee Band A Road = $4 Band B Road = $3   Pay Journey Fee(s) Jan Total Take D Payment   Perform Clearing Band A Road = $24 Band B Road = $14 9 © 2010 IBM Corporation

Functions on OBU versus Backend B Determine Usage Network C Calculate Fee A Determine Position D Take Payment R Transmit Data S Maintain Remote Device Road Usage Fee Summary Journey Points On Board Unit (OBU) Back-end Characteristics: Characteristics: Characteristics: Characteristics:   No maps needed in OBU   Maps needed +   Tariffs needed + updates   Intelligent OBU updates   Processing capacity and   Back-end for maintenance   Large data transmission to maintenance OBU back-end   Two-way   Pre-payment supported communication   Fee information visual for   Processing capacity back-end   Flexibility constraints user   Source data for smart mobility   Privacy protected   Interoperability constraints   Evidence constraints 10 © 2010 IBM Corporation

Showcase Brussels-Leuven Partners involved Secure OBU Positioning GPS Secure ID GPS Satellite Vignette Secure Attachment M2M Secure Transfer eCall Central Server Roadpricing/Mobility Mapmatching Central Server 11 © 2010 IBM Corporation

Leuven Scope   How can User Road Charging change the behavior of a driver? –  Three phases of each 2 months: •  Measure normal user behavior •  Drive with incentive •  Behavior with no incentive   Demonstrate Value Added Services –  eCall –  Mobile payments with Ping-Ping –  Pay As You Drive –  Contextual Traffic Information   Funding from Government to start project 13 © 2010 IBM Corporation

Mobility Broker Platform: the role of M2M in the pilot of Leuven - IBM

by Mobile Monday Brussels on Jun 13, 2010

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Mobility Broker Platform: the role of M2M in the pilot of Leuven - IBM — Presentation Transcript