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GIS telecom ecosystem Joan Carles Guasch i Casanova / Benet Rodríguez i Marí / Xavier Puig i Farré

GIS Telecom Ecosystem

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Presentation made on Esri European User Conference by Joan Carles Guasch i Casanova, Benet Rodríguez i Marí and Xavier Puig i Farré from Centre de Telecomunicacions i Tecnologíes de la Informació of Catalonia.

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Page 1: GIS Telecom Ecosystem

GIS telecom ecosystem

Joan Carles Guasch i Casanova / Benet Rodríguez i Marí / Xavier Puig i Farré

Page 2: GIS Telecom Ecosystem

Index

� Who we are. � Why do we need the GIS?� Our GIS ecosystem

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Page 3: GIS Telecom Ecosystem

Who we are?

• The CTTI (Telecommunications and Information Technologies Center) is a public company that belongs to the Government of Catalonia

• Its goal is to ensure the direction, planning, managing and control of the information systems and the telecommunication services of the Government of Catalonia.

• At the same time participates in different projects that the Government entrusts to develop and incentivise the growth of the Information Society in Catalonia

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Why do we need GIS?

� Telecommunications and associated services are critical for thedevelopment of a country: the more infraestructures & telecom servicesexist, the more the country can develop (among other kind of infraestructures)

� And that is specially critical in rural areas, where normally telcomoperators don’t deploy their infraestructures because it’s not profitable

� The Government of Catalonia has made an attemp to avoid the so called “Digital dividend”.

� It has developed the Catalunya Connecta plan

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Page 5: GIS Telecom Ecosystem

The “Catalunya Connecta ” plan is giving DTT coverage, mobile telephony & wideband to all municipalities of more than

50 inhabitants & mobile telephony & wideband to all theindustrial areas of CataloniaCatalunya

Connecta

Why do we need GIS?

Mobile telephony Wideband access DTT

� To do so we have to be able to:� Have coverage information of all services (DTT, FM, ADSL, fiber optics, mobile telephony (all

telecom operators both 2G & 3G, ...)� Infrastructures asset (existing or new)� Plan new services over new or existing infrastructures

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+ Digital Terrain Model

+ Digital Elevation Model

How do we feed GIS?

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Page 7: GIS Telecom Ecosystem

How do we feed GIS?

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x 35.000 TIMES!!!!

Page 8: GIS Telecom Ecosystem

Figures?

8.283 towers26.200 Mobile Telephony coverages

6.591 broadcasting coverages

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900 Km of fiber optics

6.766 FO manholes

56.000 photographies

35.000 individual coverages

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What have we done?

� The Catalunya Connecta plan is almost fnished, with a new horizonfocused on Next Generation Networks (>100 Mbps)

� We have built an ecosystem of different Information Systems. This has led us to:� Intranet: Share all this information with the different Ministries of the

Government, allowing them to have access to very detailed data– GIS portal “MITEL”– GIS portal “MITEL”– Infrastructures portal “ITC”– Common database, based on Oracle– iPad/iPhone app (not yet Android, but waiting for ESRI to publish Android app)

� Internet: Share this information via the internet:– Web portal to check coverage availability– Open data– Augmented reality

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Page 10: GIS Telecom Ecosystem

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Parts of the Ecosystem

� Intranet portal “MITEL”, made in collaboration with Sitep

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Page 12: GIS Telecom Ecosystem

Parts of the ecosystem

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Parts of the Ecosystem

� What if...

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Page 14: GIS Telecom Ecosystem

Parts of the Ecosystem

� Mitel for managing emergency situations

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Page 15: GIS Telecom Ecosystem
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Diferent layers generated on the fly

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Remaining 112 coverage (one operator blackout)

We can see that 112 has onlyone operator giving service onthat area

With the current blackout, userson that area won’t be able tomake a 112 call

Operator old coverage

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Detail of the old coverage

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What if all infraestructures were down in that town

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Before After

Coverage leackage, but still being able to do a 112 in so meareas

Activationg and deactivating antena coverages will give usidea of the most important infrastructures to restore

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Parts of the ecosystem

� Information database “ITC”, made in collaboration with Altran

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Page 23: GIS Telecom Ecosystem

Information database (ITC) Corporate GIS (Mitel)

Parts of the ecosystem

� Integration between MITEL & ITC

Page 24: GIS Telecom Ecosystem

Parts of the ecosystem

� Fiber optics information

Page 25: GIS Telecom Ecosystem

Parts of the ecosystem

� Fiber optics management, made in collaboration with Sitep

Page 26: GIS Telecom Ecosystem

Parts of the ecosystem

� ESRI App for iPad & iPhone, made in collaboration with ESRI� Waiting for the Android one to get public

Page 27: GIS Telecom Ecosystem

Parts of the ecosystem

� Information for the citizen: coverage seeker.� www.catalunyaconnecta.cat

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Parts of the ecosystem

� Information for the citizen: individual detailed PDF coverage maps for each municipatlity (947x3) for each technology.� It gives also information of the best station giving the service� www.catalunyaconnecta.cat

Page 29: GIS Telecom Ecosystem

Parts of the ecosystem

� Information for the citizen: augmented reality (SITCRA). Made with Aurensis� www.catalunyaconnecta.cat� On app markets, search for “sitcra”

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Parts of the ecosystem

� Open data� http://dadesobertes.gencat.cat/ca/dades-obertes/dataset_000199.html