© 2010 IBM Corporation Value added services on a Mobility Broker Platform: The role of M2M in the pilot of Leuven Vlaamse Overheid - 2 juni 2010 Karl De Backer IT Architect Public Sector
Jun 27, 2015
© 2010 IBM Corporation
Value added services on a Mobility Broker Platform: The role of M2M in the pilot of Leuven
Vlaamse Overheid - 2 juni 2010
Karl De Backer
IT Architect Public Sector
© 2010 IBM Corporation
Mobile Monday
Agenda
M2M at IBM
Intelligent Transport Systems
Road User Charging in Belgium
Mobility Platform for Value Added Services
Leuven scope
© 2010 IBM Corporation
IBM Scope into M2M market
Service Platform and middleware Enablement of Telco's as information broker Not focus on M2M only, also other ways of communication
Module/ Device (SIM)
Pipe Svc. Delivery Platform
Vertical Applications
Today´s Telcos/SP Focus
© 2010 IBM Corporation
IBM M2M Experience - Telenor Use Case
"By enabling us to be the first Nordic telecom service provider to offer a hosted M2M service, IBM has helped us to open a new door for the rapid growth of the market.“
– Rolv-Erik Spilling, manager, Telenor Business Norway
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 A new revenue stream for Telenor, leading to higher
average revenue per user (ARPU) Enhanced ability to leverage the growth of M2M and
move up the wireless value chain Improved ability to penetrate the small and mid-sized
busi-ness market
© 2010 IBM Corporation
IBM Intelligent Transportation Systems
Innovation & Business Transformation
Consulting
Transport Info Management (TIM)
Road User Charging and Tolling (RUC)
Integrated Fare Management (IFM)
Holistic analysis of ITS projects using IBM maturity model
Focus on transport authority’s IT framework: use of open standards, SOA
Enable common solution components e.g. CRM, payment systems, enforcement
Framework for future solutions, e.g. parking management, Pay As You Drive insurance
Technology and services assets that scale across highway / city / national schemes
Design, build and operate schemes
On board units, detection and validation, software platform/rating engine, financial clearing house, Business Process Services
Transit payment system Cross-modal / inter-
modal capability Universal/Integrated
transportation accounts Extendable to other
services, e.g. parking, retail, identification
Design, build and operate schemes
End-user traveler advice e.g. internet, 511, PDAs etc
Network optimization Cross-modal / inter-
modal information Design and build
© 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 7
Parameters for price calculation
Parameters:
Vehicle Category
Number of axles
CO2 emission
Exceptions
…
Road blockage (accident)
Infrastructure works
Weather (smog)
Events
Number of passengers
DISTANCE TIME
PLACE
Category of vehicle
Complexity
Use of vehicle Context
+ context
DISTANCE TIME
PLACE
Smart Mobility
© 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 9
For functions: position, map-matching, price, payment
Sat 12th Jan Band A Road = $4 Band B Road = $3
Sat 12th Jan Band A Road = 30miles Band B Road = 13miles
Determine Usage
Take Payment
B
D
Determine Position A
Calculate Fee C
Jan Total Band A Road = $24 Band B Road = $14
Sat 12th Jan Set of timed lat/long points describing each trip.
Use satellite (or other) to determine position
Perform Map Matching (if required)
Apply scheme rules to determine usage
Apply scheme tariffs to usage to determine fee
Pay Journey Fee(s)
Perform Clearing
© 2010 IBM Corporation 10
Functions on OBU versus Backend
Network A Determine Position
B Determine Usage
C Calculate Fee
D Take Payment
R Transmit Data S Maintain Remote Device
On Board Unit (OBU) Back-end
Characteristics:
No maps needed in OBU
Large data transmission to back-end
Processing capacity back-end
Source data for smart mobility
Characteristics:
Maps needed + updates
Two-way communication
Characteristics:
Tariffs needed + updates
Processing capacity and maintenance OBU
Fee information visual for user
Privacy protected
Evidence constraints
Characteristics:
Intelligent OBU
Back-end for maintenance
Pre-payment supported
Flexibility constraints
Interoperability constraints
Journey Points Road Usage Fee Summary
© 2010 IBM Corporation 11
Showcase Brussels-Leuven Partners involved
GPS Satellite
Roadpricing/Mobility Central Server
OBU
Secure Transfer
Secure ID
Secure Positioning
Secure Attachment
Vignette
GPS
eCall Central Server
Mapmatching
M2M
© 2010 IBM Corporation 12
Example of trip on Showcase
© 2010 IBM Corporation 13
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