1. Innovative ITS services thanks to Future Internet technologies ITS World Congress Orlando, SS42, 18 October 2011

2. Sustainability challenges for the city  Ever-growing congestion  Making alternative transport easy & attractive  Environmental quality, CO 2 & energy efficiency targets  Traffic safety, vulnerable road users  Efficient logistics and distribution

3. Future Internet technologies Internet of things Next-generation mobile networks Mobile device interfaces Mobile services framework Data/context management Cloud hosting Security Social networks

4. Instant Mobility vision  Travellers, vehicles, transport networks & goods – always connected, always located  Trips, traffic, services, logistics – information flow always on tap  “Best” itinerary for every trip – “buy” in the mobility marketplace

5. Stakeholder scenarios  Multimodal travel made easy  The sustainable car  Collective transport 2.0  Trucks and the city  Traffic & infrastructure management in the cloud

6. Multimodal traveller  Request itinerary from “personal travel assistant agent”  Journey elements include car, public transport, taxi, car/bicycle sharing, ride sharing, walking + linked services  parking, ticketing, payment  Itinerary “maintained” in real time  monitoring links for any changes or problems  Adjust itinerary and find alternatives when problems  change mode, vehicle, route; new time, ticket, reservation...  Mostly automatic + always real-time

7. Sustainable car  Driver can book a “virtual slot” offering a more reliable and efficient journey  Recommended departure time & route  Vehicle speed profile synchronised with traffic lights  Minimised delay, fuel consumption & emissions  Real-time ride sharing instantly matches trip offers with requests  Social network of known & trusted travel partners  Route guidance assisted by personalised recommendation from traffic centre

8. Collective transport 2.0  Passengers’ journey plan (time, destination, preferences) sent anonymously to the operator  Service (e.g. route, time, type of vehicle) adapted to meet real-time actual demand  Demand-responsive services, taxi sharing  Internet services linking different modes at transfer interchanges  Indoor navigation in stations, underground, centres etc.  Single virtual ticket covering all journey legs, automatic payment

9. Trucks and the city  Consignments and vehicle capacity matched by an Internet market-place  Authorised truck journeys get priority at traffic lights  Drivers request parking and loading spaces, automatically synchronised with real vehicle needs  Automatic notification of truck routes, green zones, weight, access and environmental restrictions  Truck routing and logistics supply chain integrated with traffic management system

10. Traffic management in the cloud  Cloud hosting of traffic signal control, sector and city strategic traffic management  exchange and sharing of vehicle-sourced data  traffic centre-based information and guidance available  Traffic managers know in real time where traffic intends to go, where it is currently, and if there are any problems and incidents in the network  Traffic centre shares incident management plans with vehicles  interactive route guidance balances flows of “subscribing” drivers, reduces overall delay

11. Instant mobility for smart cities  Self-sensing road, traffic and transport networks create & use their own intelligence  Transport management will cooperate with users, adapt to demand and optimise supply  New business connections = new business models  Open community of users, industry and operators  Users will change behaviour, choosing better alternatives  BUT: Mobile operators may “leapfrog” conventional solutions with smart services on smart devices!

12. Thank You http://www.instant-mobility.org/