Internet of Things– teknologia- ja liiketoimintamurros

31.1.2014Mining & ICT -taphtuma

Heikki Ailisto, ProIoT core team1.2014

206/02/2014 2

Interoperability, connectivity, accesscontrol, service discovery, privacy

(IoT platform)

Fixed/wirelessconnectivity

(Internet)

App App App App

intelligent machines smart sensorsUnique ID for every object

Indu

stry

C

Indu

stry

A

Indu

stry

B

Fixed/wirelessconnectivity

(heterogenous)

20202010

Silo

1H

VAC

Silo

2Li

ghtin

g

Silo

3A

cces

sco

ntro

l

Silo

X

Silos within one domainand company (systems donot share data), case FM.

Business domains in silos.Waste of resources becauseof duplicating systems, ICT.

Faci

lity

mng

mt

IoT solution:First level benefitsInteroperability andstandardization,lower cost ofimplementation.

Industrial internet broader benefits: Sharing informationbetween systems, within companies, and even betweendomains; Metcalfe’s law V ~ N2,advanced data analytics and DSS bring not only savings butnew business.

Local smartnessSmart machines withsensing and connectivity

Trend from M2M silos to IoT, or Industrial Internet(but this is not the whole picture…)

Enabling newbusiness models,e.g. from sale to pay-by-use

306/02/2014

Cisco: Internet of Everything…the age of IoE, creating an unprecedented opportunity toconnect the unconnected: people, process, data, and things.

• The Internet of Everything (IoE) creates $14.4 trillion in Valueat Stake — the combination of increased revenues and lowercosts that is created or will migrate among companies andindustries from 2013 to 2022.

• The five main factors that fuel IoE Value at Stake are: 1)asset utilization (reduced costs) of $2.5 trillion; 2) employeeproductivity (greater labor efficiencies) of $2.5 trillion; 3)supply chain and logistics (eliminating waste) of $2.7 trillion;4) customer experience (addition of more customers) of $3.7trillion; and 5) innovation (reducing time to market) of $3.0trillion.

www.cisco.com/web/about/ac79/docs/innov/IoE_Economy.pdf

GE: Industrial InternetThe world is on the threshold of a new era…theconvergence of the global industrial system with thepower of advanced computing, analytics, low-costsensing and new levels of connectivity permitted by theInternet...

• increased productivity …, if the Industrial Internetcould boost annual productivity growth by 1-1.5percentage points over the next twenty years ... adda $10- 15 trillion to global GDP – the size of today’sUS GDP.

http://www.ge.com/docs/chapters/Industrial_Internet.pdf

Views of industry leaders

406/02/2014

HS 3.12.2013

T&T

506/02/2014

Possibilities Industrial Internet will open

Municipial domain:energy,water, waste water, transport;housing, waste, parking; lighting…

Building and facility domain:energy (heating, ventilation); occupancy;people flow; security, safety; access controlLighting

Asset and fleet management domain:CBM; Operation; OptimizationNew business models…

Industrial domain:Process operation, optimizationCBM…

Retail and logistics:Logistic chain (not just position and time)Energy, lighting;People flow…

Other:Consumer (home)Health careElderly careAutomotive, auto traffic

606/02/2014

IoT field and players

Communicationhardware Cisco Ericsson

Communication& Connectivity Service Vodafone KDDI TeliaS Telco X

IoT serviceplatform Oracle SAP IBM

ApplicationsAsset /Brandowner

Systemintegrators

Sensorsactuators, RFID

Actuator X Sensor X VTT Node RFID X

Sec

urity

&pr

ivac

y

Verti

cal

play

ers

Sch

neid

erG

E GE

Assetmanagement

servicecompanies

OEM system+ serviceproviders

Sie

men

s

Intelligent assets (with service business logic)

Axeda

Nokia

706/02/2014

Pilot installations in outdoor recreational area in HelsinkiMalminkartano.Commercial luminaires as starting point to improvetechnical performance as well as user acceptance.Integrated sensors and wireless communication to deliverdifferent lighting modes.

Case: Smart Streetlight

806/02/2014

Module 4.1Ismo VessonenGlobal asset management• CBM• Remote operation,

monitoring• Digital spare parts

Module 4.2.Miimu AiraksinenIntelligent infrastructures• Smart lighting (Janne Aikio,

Marko Jurvansuu)• Responsive buildings

Module 4.3Minna IsomursuDigital society• Interoperable services

Module 3. Information management and analysis, Heli Helaakoski

Module 2. Connectivity, Pertti Raatikainen

Module 1. Networked sensors, Jukka HastFrom real world phenomena to digital data

Steering Group (Internal)Advisory Group

Program Lead, Heikki AilistoBusiness plan, Petteri Alahuhta

906/02/2014

Ways of work and impact• VTT as proponent and preacher of Industrial

Internet / IoT opportunity in FinlandHelp industry to grab the

opportunity of Industrial Internet.Vision

• Contract projects with direct impact.Start-ups.

R&D&I benefiting industry andsociety directly.Business plan

• European and national joint projects.Development and co-creation.

Technological development toanswer real needs and

bottlenecks.Roadmaps

• VTT projects, investment.Mini (bottom-up) and midi (top-down)projects

The added value of combining VTTcompetences (synergy).

IPR generation.Project plans and proposals

1006/02/2014

Pro-IoT – Fact sheet (2014)

Goal:

Exploit IoT technologies to

• improve productivityand

• create new industry.

Facts:

One of the three VTTmajor research programsDuration 2013 - 2016Portfolio target: 27 M€Contract target: 6.7 Me