Telco s role in Smart Sustainable Cities

Transcription

1 Telco s role in Smart Sustainable Cities Turin, May 6th 2013 TILAB G. Rocca

2 Introduction Smart Sustainable City is a great concept but needs to be supported by infrastructures and enabling platforms to be concretely achievable. The presentation shows our vision on how a Telco Operator (like Telecom Italia) could play a strategic role in this context. 2

3 Networks Cloud Computing The Smart City ICT horizontal platforms big picture City Command & Control Centers OTHER Vendors domain CLOUD IAAS & PAAS M2M & IoT Management TELCOs Domain COMMUNICATION NETWORK CAPILLARY NETWORK Gas The Connected City Waste Heating Water The Multi Utility Network Public Lighting 3

4 Networks Cloud Computing Telco s domain: the capillary network layer City Command & Control Centers OTHER Vendors domain CLOUD IAAS & PAAS M2M & IoT Management TELCOs Domain COMMUNICATION NETWORK CAPILLARY NETWORK Gas The Connected City Waste Heating Water The Multi Utility Network Public Lighting 4

5 Capillary Network A new communication layer for receiving/sending information from/to new types of sensors and actuators Utility Metering (Gas, Water, Electricity) Waste Management Pollution and traffic control Smart Lighting Why? Heating Control in private and public building Traditional infrastructure too expensive and energy consuming Meters should work several years without battery changes Million devices/very limited traffic Standard approach to enable easier service applications development 5

6 Capillary Network : Multiservice & Multiprotocol Network Water/Gas Gas Water e.g. Wireless MBus 169MHz Multiservice/Multiprotocol Concentrator e.g. 433MHz ADSL/GPRS... e.g. Wireless MBus 169MHz e.g. 433MHz Heating Gas Water e.g. Wireless MBus Heating 868MHz Multiprotocol Repeater Waste Specific standard Protocol Capillary Network Elements

7 The Capillary Network open issues Can the gas metering network bear this evoution? Can a multimetering network become a multiservice network? Which are the additional services? How the metering network could be integrated with other vertical networks? GAS Metering Water Metering Digital City Public Lighting Smart Parking Waste Management Video surveillance Today Tomorrow?

8 Power Consumption To send a data packet of 1 Kb TECHNOLOGY POWER CONSUMPTION GPRS J/day 868 MHZ 69 mj/day 169 MHZ 84 mj/day Capillary Network GPRS power consumption is something like 260 times bigger! T.TG.ST.SPI TILAB

9 Networks Cloud Computing Telco s domain: the communication network layer City Command & Control Centers OTHER Vendors domain CLOUD IAAS & PAAS M2M & IoT Management TELCOs Domain COMMUNICATION NETWORK CAPILLARY NETWORK Gas The Connected City Waste Heating Water The Multi Utility Network Public Lighting

10 TelCo commercial networks benefits for Smart Cities Maturity: the network is already there, to build an ad hoc network takes time! Fixed & Mobile at a glance Latency and bandwidth Planning & Management: never neglect network planning & management issue complexity! Network & Data Security AAA protocols (Authentication, Authorization, Accounting) Costs: more expensive to build a new broadband network than to adopt the already existing 10

11 Networks Cloud Computing Telco s domain: M2M & IoT management layer City Command & Control Centers OTHER Vendors domain CLOUD IAAS & PAAS M2M & IoT Management TELCOs Domain COMMUNICATION NETWORK CAPILLARY NETWORK Gas The Connected City Waste Heating Water The Multi Utility Network Public Lighting

12 M2M & IoT Management All Telcos are considering M2M business one of the most profitable in the future, with high CAGR BUT: No standard communication and data model representation for devices No standard firmware upgrade process High volumes in data repositories High volumes of connected devices but low traffic and low ARPU Provisioning and billing with different rules and needs than traditional SIM-based businesses 12

13 Infrastructure & Operational Support M2M Platform Blueprint: reference model Advanced M2M SIM/Subscript ion Management AAA Basic Services Layer Connectivity Layer M2M Platform & Process Layer Application Orchestration API Mash-Up M2M Traffic Characterization API & PaaS Layer Mobility Management & Decision Support Protocol Management Policy & Rules Management Software Development Kit Remote Module Management Module Discovery Data Collection Analysis & Aggregation/ Correlation Fixed & Mobile Access Networks Core Network Adapters Connectivity Module Management Dynamic SIM Provisioning SLA Management & Reporting Certification & Partnership Management E2E Monitoring Manage SIM M2M Manage M2M Devices Firmware update Store and normalize data Hide technical complexity and protocol diversities End-to-end monitor the whole M2M chain with SLA assurance Accounting and billing for usage Provide API to application layer ETSI M2M / OneM2M compliancy. 13

14 Networks Cloud Computing Telco s domain: the computing layer City Command & Control Centers OTHER Vendors domain CLOUD IAAS & PAAS M2M & IoT Management TELCOs Domain COMMUNICATION NETWORK CAPILLARY NETWORK Gas The Connected City Waste Heating Water The Multi Utility Network Public Lighting

15 Cloud Computing Cloud Computing Services are the new TELCO service offering on top of traditional communication services Utility Computing Elastic Computing Hybrid Computing TELCO Providers can offer integrated Communication and Computing Services with end-to-end quality assurance TELCO Vision in Cloud Computing is to offer horizontal platforms (Infrastructure and Middleware) to enable third parties applications development in easier and cheaper way 15

16 Cloud Processes & Services Manager (CPSM) Identity Mgmt Information Security IaaS Layer PaaS Layer Security Layer SaaS Layer Infrastrucutu Cities Cloud Computing for Smart Cities: architectural vision Tele working ehealth Document Mgmt Beni Culturali Turismo Info Mobility Crowd Sourcing API Application Store (AS) Cloud Application Management and Monitoring (CAM) Service Components Mashup API Sensor Data Collector API Cloud Infrastructure Broker (CIB) M2M API XXX API YYY API ZZZ API Cloud A Cloud B Cloud C Sensor Networks Source: Cloud4eGov Project -submitted for approval and co-financing to Italian Government

17 Conclusions Main Telco s role is in Horizontal Platforms as they are enabling platforms for third parties involved in Smart City applications development hide technical complexity and lack of standards at the sensor layer, decoupling devices and application through well defined API facilitate applications exchange among different Public Administrations (Smart City Application Store) enable the mandatory cooperation between public and private domain and support an effective ecosystem among big players and niche players are cost effective because of large scale economies 17

18 Thanks for your attention! Any questions: