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Building a Smarter London Nick Bromley iCity Programme Manager07970 956576nick.bromley@london.gov.uk

www.icityproject.eu

2 Characteristics of cities:

Uniquely important population, CO2, economic driver (64%);

Uniquely vulnerable local and regional competition, aging population, infrastructure failures; Under intense pressure to change energy costs, climate change impacts, public realm improvement, housing, infrastructure;

Cities are problematic, difficult, and Messy ill defined, highly dynamic, politicised, interconnected services and systems;

Silo subsystems, strongly interconnected yet weakly coordinated, lacking structured awareness of each other, lack of institutionalised and operational adaptability.Communities of Use (Use Cases) Structured approach to developing a smarter city:Masterplanning & Development Opportunities RFIDWiFiAir QuEconoDemoiBusInternet of ThingsStrategic Direction National/International Targets, Vision 2020, London Plan, Mayoral Policies Open Data & InfrastructurePrivate DataTechnology Platform Cloud, Big DataiCityDeveloperProjectsSmart CityOutcomesChallenge & Opportunity Driven SecurityEfficiencyCommunity

DUNCAN WILSON INTEL ICRI CITIES @DJDUNC WWW.CITIES.IO - SUSTAINABLE CONNECTED CITIESTHINKINGOUR FOCUS IS ON:DATA AS A MATERIAL HAS VALUE WHEN YOU MAKE STUFFDISCOVERING THE USE CASE FOCUS ON THE PROBLEMSUSTAINABLE USE BUSINESS/SOCIO ECONOMIC AND ENVIRONMENTALTHE AGING OF DATA PATTERNS FROM LONG TERM EVIDENCEDUNCAN WILSON INTEL ICRI CITIES @DJDUNC WWW.CITIES.IO - SUSTAINABLE CONNECTED CITIES

The London Living Lab will be at the heart of the work inICRI Cities. We are deploying an "edge to cloud" system to test different architecture, design patterns and platforms (e.g. wireless comms, edge processing)

The City as Platform underpins much of our work - it builds on years of work in the embedded / M2M domains where computing platforms have been deployed in systems for the purpose of control. The introduction of the internet of things shifts this embedded focus to one of cyber physical systems with shared assets that operate beyond traditional silos. CPS could be fixed, mobile or soft systems (crowd sourced) - issues we are investigating include:- manageability- reliability- trustworthiness- interoperability

6Converged LDS and iCity Urban Platform

Data the new utilityInternet of Things

8entertainmenttransportation health mobilityculture environment securityThe iCity platform opens access to the City infrastructure

Cameras

Optical FibreNetwork

WiFi Network

Traffic Lights

Parking Register

MetroMultimediaSystem

Real-timeInformationSigns

ATM(Automated Teller)MachinesiCity Platform

eGovernmentKiosks

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Apps to build a smarter London!

Av smartphone user spends 119 mins per day with gadget, compared 97 mins with partner (Source: O2); 2003 500m devices connected Internet, 2010 12.5bn, 2015 25bn or 3.5 per person (Source: Cisco IBSG);Use Case Definitions - Partnership WorkingStrategicHigh PotentialOperationalFactory GLA Family - TfL Software Developer Community Opportunity Areas - London & Partners Tech City (Pru Ashby) digital Shoreditch Mayors Smart London Board Digital Greenwich Peninsular Creative Works London Digital Cities Exchange (Imperial/UCL)Institute for Sustainability New London Architecture (NLA) affiliates Universities Kings College, CASA, Saaid Business School

GLAStrategic & LocalPlanningTfL RFID & WiFIB2Ce.g. App DevelopersB2Be.g. Utilities DatabaseGeneral Applications:

Open Data and Open Infrastructure evidence based decision support, development of Apps and transaction services for local citizens Data the new utility;Real-time data - modelling/analytics for town planning and transport assessments;Geographic location data simplify navigation around the town, services location;Local branded community App store promoting local business and services to citizens.

Transport:

Transport data/APIs easing congestion through better route finding, modal shift and behaviour change;Car parking sensors and management location monitoring and differential pricing to better manage capacity;Electric Vehicles charging points, preferential parking, low carbon zoning;Car share schemes location and access to vehicles;Personalised mass transit shared use vehicles from doorstep to destination; Driverless vehicles - laser guided automated vehicles using laser guided;Agile urban logistics load sharing for local consolidation and deliveries.

Practical Applications:Energy and Utilities:

Smart metering efficient usage and payment of electricity, gas, water;District heating systems shared source and cost heating; Energy efficiency insulation, remote systems management and control;Networked utilities - asset location and access management;Renewables use of waste and new generating sources for energy.

Health:

Care in the community home based clinical care monitored centrally;Emergency services - location and operational management e.g. ambulance;Infomatics platform recording of population data to further improve services and health benefits;Community services improving awareness and access to exercise facilities;

Practical Applications:InfrastructureUpgradesUrban OperatingPlatformSolutionsInnovation201320142015201620172018Transport3Gwifi4G/LTEBusiness Cases? Cost Reduction & Ops EfficiencyBus Intell & Analysis/BIMPredictive ToolsHealth CareEnergyDecision SupportCLOUD/Server FarmsSmarter Personal ComputingPrivacyTransparencyHome AutomationCongestionHousingHealthEnergy5 year Building a smarter London MasterplanIP DevicesInteroperabilityData AccessInteroperability

EconomyLDSBig DataSectorSpecificWhat is iCity?Ok, but what is it really about?What for?Who is in the proyect?13