Atos Urban Data Platform (AUDP)

Innovation Hub

Atos Research and Innovation

Clara Pezuela

Innovation Hub Manager

Atos Urban Data Platform

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AUDP context and goal

Atos Urban Data Platform (AUDP) is theopen, interoperable and standar solution ofAtos for Smart Cities

It allows integrating and collecting information from sensors and other data sources, normalizing that data and processing it to provide aggregated and intelligent views of row data to support the decision making.

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FIWARE in baseline of AUDP

AUDP leverages on FIWARE (www.fiware.org)

FIWARE is an open source components framework toaccess and manage heterogeneous context informationthrough APIs.

It relies on NGSI standard (Next Generation ServiceInterface) for the exchange of context information

It provides a set of Functional blocks called GenericEnablers to build smart solutions from contextinformation

Atos is Member of FIWARE Foundation since 2016. The FF has currently more than 190 members across the world, and itsmission is to maintain, evolve, globalize and support theindustrialization of FIWARE

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FIWARE reference architecture for smart cities

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AUDP functionality and features

▶ Collect information from the environment, through sensors or open data sources, mobile devices u other sources fulfilling the security and privacy requirements.

▶ Full management of all IoT devices integrated in the platform

▶ Normalize the collected data to the NGSI format, translating from source formats and different protocols to the platform data models

▶ Distribute the normalized data to the diverse vertical services connected to the platform (air quality, traffic management, lighting, etc)

▶ Real time data analysis, to support the decision making

▶ Visualization of data in a graphical and visual way through maps, graphics, alarms, etc

▶ Data provisioning for developing on services from them

▶ Triggering of actions or actuations according to some defined rules and analyzed data

▶ Secured access control to devices, data and services

▶ Easy integration with any external system via API (ERPs, issue management systems, etc)

▶ Deployable both in cloud and on premise, according to customer’s needs

▶ Replicable and customizable to each customer’s requirements

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AUDP detailedarchitecture

On premise orin cloud

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AUDP dashboard

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Implementation roadmap

▶ First version by end of January 2019

– to be released under Open Source in GitHub soon

– Online demo available in public cloud for customers

– initial version of all core components

▶ Second version expected by June 2019

– It will include improved version of core components

– Plus the Rules Manager, IoT Manager

▶ Third version expected by October 2019

– It will include improved version of existing components

– Plus the ELT loading, LDAP integration, Open Data Portal

Vertical Use cases

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CityGOTransportation Planner and Intelligent Mobility Solution

Business challenge

▶ 54% of the world population lives in cities and if we want to avoid pollution, climate change, unnecessary waste, diseases ... we must tend towards the use of public transport.

▶ For this to be effective, it must be clean, affordable, accessible, effective, timely and reach all citizens and points.

▶ Public offer of transportation services need to be improved over timePilot cities• Málaga

http://www.city-go.eu/

Solution

▶ The CityGO is an Android mobile APP which provides recommendation to the user on what’s the best itinerary to take and what’s the best means of transport he can take based on the real time information.

▶ A web dashboard (CityDash) allows the municipality to visualize the status of transportation means and usage by the citizens

Benefits

▶ Helps transport problems such as traffic and parking congestion, and pollution in cities, and the stress associated to these.

▶ A smart mobility solution that promotes healthy and environmental care behaviors.

▶ For the user who can plan and enjoy better transit routes in a city

▶ For the city it gives information on users’ regular itineraries that allows to better plan a traffic resources

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CityGO architecture

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CityGO screenshots

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CityDash screenshots

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SynchronicityRapid Deployment for Intelligent Cities

Business challenge▶ A global IoT market where cities and businesses develop shared digital services to

improve the lives of citizens and grow local economies

Solution

▶ Horizontal smart city solution which can be replicated and instantiated in different cities

▶ Hub of city services under same standard and interoperable among them

Benefits

▶ open and agile digital IoT market across borders will help cities and its citizens get better services.

▶ help businesses of all sizes transparently compete and easily scale their products and solutions.

▶ identification and development of agile city standards that will allow to establish an effective marketplace for all.

Eindhoven pilot

▶ Data-Driven Bicycle Mobility application: reporting, prediction and recommendation to bycicle users of best speed and traffic flow information. Data sources are camera detection of bicycles counting and traficc light information

Pilot cities• Eindhoven

https://synchronicity-iot.eu/project/eindhoven/

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CityTrafficCity traffic congestion at a glance

Business challenge

▶ Heavy traffic in large cities generates health and environmental problems and has also anegative economic impact

▶ Cities produce a vast amount of data, but, tipically data is closed within silos and it is difficultto extract knowledge from data

Pilot cities• Madrid

Solution

▶ CityTraffic is a web dashboard for city managers that provides traffic intensity, load andoccupancy in real time and in relative values (comparison between real time and values fromlast year’s same period) represented in form of heat maps

▶ The information is retrieved from Madrid´s Open data portal that in turn is provided by agroup of detectors located underneath the street´s pavement

▶ CityTraffic shows also traffic incidences related to road works, accidents, alerts, events andforecasts

Benefits

▶ City managers can have a very quick idea of the traffic in the city and react accordingly with shorter response times

▶ Other data sets can be incorporated to give additional value to the information

▶ Can coexist with legacy systems as it just takes the data the city produces, combines it and gives another view of the city

▶ City managers can better report the traffic in the city

http://www.cedus.eu/

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CityPulseSmart cities alarms and security prevention

Business challenge

▶ Eindhoven wants to be an innovative City with the use of new technologies for Benefit of theCity and citizens

▶ They wanted to make better the monitoring and management of nightlife of certain area ofEindhoven City

▶ They wanted to use Big Data technologies to manage in aggregated mode information fromsocial networks and sensors

Pilot cities• Eindhoven

Solution

▶ Pilot for capturing data from a range of existing sources including visitor numbers and sound

levels this “on the ground” information and combined with data gathered from social media

sources to

Benefits

▶ create a powerful picture of the street and help authorities better forecast and react to situations

and de-escalate them before they develop

▶ anticipate to risky or conflictive situations

▶ make cities and crowded areas there safer and more enjoyable

https://atos.net/wp-content/uploads/2016/06/atos-ph-eindhoven-city-pulse-case-study.pdf