Internet of Things - CAP’ · PDF file50 Billion Connections in 2020 –Ericsson ... RF link optimisation 3D Interposers Battery ... FP7 project focused on the Internet of Things

© CEA. All rights reserved

JM Goiran 12/2/2014LETI/DIR Corporate Business Development

Internet of Things


Leti within CEA

Basic Research Division (Life sciences and Physical sciences)

Nuclear Energy Division

Defence and SecurityDivision

Technological ResearchDivision

Electronics and information technologies

New Energies

Software

16 000 collaborators10 % PhD and post-doc

10 research centres

Présentation corporate du Leti | 2

© CEA. All rights reserved3

Platforms for Technology transfer

Fontenay-aux-Roses

DAM-Île-de-FranceSaclay

Le Ripault

Nantes

Bordeaux

Toulouse

Chambéry

Technology transfer platforms

Centres CEA

Valduc

Grenoble

Cesta Gramat Marcoule

CadaracheGardanne



Laboratory of Electronics and Information

Technologies

1967 - Grenoble

Laboratory of Integrated Systems

and Technologies

2003 - Paris Sud

Laboratory of Innovation for new Technologies

for Energy and Nanomatérials

2005 - Grenoble / Chambéry

Technology Research : Institutes

Solar


LETI : A TECHNOLOGY INSTITUTE

A few facts

Founded in 1967

A single mission : Innovate with Industry

1700 collaborators160 PhD + 40 post-doctorants38 % foreign students

2200 patents286 registered in 201240 % under licensing

Budget : 275 M€

50 start-ups

& 350+ Industry partners


A Business Model …Create and transfer innovation to our industrial partners

Basic

research

Basic

research

Technological ResearchTechnological Research

Pilot linePilot line

Mass

production

Mass

production


Usage

Systemsintegration

Microcomponents

Miniaturization technologies

50 %

30 %

20 %

Systems for biology & healthcare

Systems for communication

Silicon microsystems Silicon microelectronics

Optoelectronics components

Energy efficientcy with LETI| JM.Goiran| SiliconEurope Sept 2013

| 7


Chemistry

Platform

Micro-

nanoelectronic

Platform

Nanocharacterization

Platform

Integrated and

embedded systems

Platform

Photonics

Platform

OUR RESEARCH PLATFORMS

Clinatec

Energy efficientcy with LETI| JM.Goiran| SiliconEurope Sept 2013 | 8


How to work with Leti ?

Bilateral project

Staff secondment, industrial transfer and IP valorisationDuration : 1 to 2 years

Collaborative research

IP valorisation through a consortium

Common Lab

Multi-projects, steering committee for a common team, industrial transfer and IP valorisation Duration : 3 years




Electronics within

solutions

Smart objects

Security of goods and people

Energy and environment

Biology and health

Transport

Consumer

Manufacturing

Space


Markets require smarter, safer, connected,

more efficient :

Internet of Things | JM.Goiran

And humans ?

Smartwear

Consumer

appliances

Transports

Infrastructure, logistics Homes, buildings

Factories

Cities

Living world


IoT will generate new opportunties


Smartwear

Consumer

appliances

Transports

Infrastructure, logistics Homes, buildings

Factories

Cities

Living world

Data / MetadataValorization

+New Services


IoT Context

Internet of Things | JM.Goiran | 13

6,3 Billion 6,8 Billion 7,2 Billion 7,6 Billion

500 Million 12,5 Billion 25 Billion 50 Billion

0,08 1,84 3,47 6,58

2003 2010 2015 2020

More connected

devices than

people

Internet & network

technologies

Micro & nano

technologies

Data Base & Information

processing

New Internet

Inhabitants

Quantify selfTwitter

@Montgomerymae Intelligent ParkingKoubachi

Moore LawNT*2 every 1.5Y

Metcalfe LawValue=(N_users)²

BigDataanalytics


Forecasts call for billions and billions of

connected devices

14

50 Billion Connections in 2020 – Ericsson (from page 18 of 2010 annual report)

Graph found here and here

John Gantz of IDC forecasts 15 billion devices will be communicating over the network by the year 2015 (link)

Ericsson CEO Hans Vestberg estimates 50 billion devices will be connected to the Web by 2020 (link)

“Smart Connected

Devices To Reach 13.5

Billion in 2016” - Harbor

Research (link)


A booming market

| 15

The global smart city technologymarket will grow from $6.1 billion in annual revenue in 2012 to $20.2 billion by 2020


Main markets starting already

| 16

Smartcities eHealth and wellness

security Advanced manufacturing

UK 50M smartmetersbid, France’s GRDF bid.Market $20.2 billion by 2020

Wearable telehealthdevices is a 6B$ market by 2016 (IMS)

20% Profitability Increase Experienced By Mid-Market Manufacturers Using Advanced Techniques.

Video Surveillance System and Service

Market worth $36.28 Billion by 2018


IoT : a new revolution…

| 17

1990 2010

Processing/gfx power vs price, Modems

Phone & IP infrastructure

Standards & tools : HTML, POP3, IPV4, apache, MySQL…

Processing power vs price & consumption

Sensor technologiesNanotechnologies

Mobile infrastructure and Communication Standards : 6lowPan, Zigbee, WiFi, NFC, RFID, 802.15.4, OpenData…

Energy harvestingand management

Integration, miniaturization

PC market

Smartphone market


IoT

At the heart of societal challenges

| 18

Smarter

Safer

connected

More

Efficient


| 19

Les ordinateurs sont inutiles…Computers are useless…

… ils ne donnent que les réponses.… they only give answers.

Pablo Picasso


A few questions…

� Did you do the inventory of the digital data accessible to your product?

� Could your product transmit real-time data on its usage ? On its user ? On its environment ?

� Could these data be valuable ? For your product ? For you ? For other ecosystems ?

� Is your product linked with external data ? Are these data streams socialized (Linked to external events or data or people)

� Could or would you react to your or external data to improve your product or service ?

� How would I respect the privacy of my customer ?

� Would your product still comply with your Ethics ?

| 20Internet of Things | JM.Goiran


… applied to a…

� Did you do the inventory of the digital data accessible to your product?

� Could your product transmit real-timedata on its usage ? On its user ?

� Could these data be valuable ? For your product ? For you ? For others ?

� Is your product linked with externaldata ? Are these data streamssocialized (Linked to external eventsor data or people)

� Could or would you react to your or external data to improve your productor service ?

� How would I respect the privacy of mycustomer ?

� Would your product still comply withyour Ethics ?

| 21

Power On/Off …


… applied to a…

| 22

- Preventive maintenance- Optimization of refilling process

- Video surveillance- Comarketing- Wifi access sharing

Sensors, Datacommunication

Services, Value

- Web Localization- Referencing in mapping systems- Social web payment- Anticipation of consumption /events

- Customer satisfaction measurement

- Analytical marketing- SmartCity integration


IoT major benefits

| 23

New services and revenues

New business models

Business processoptimization

• Customer usages knowledge• remote maintenance &

controlling, • supply chain optimization…

• usage based pricing=> Ex: insurance, coffee machines, printing…

• Data monetization, • Co-marketing/branding…• Generate service offerings in

place of HW one-off sales

But you can only optimize what you

can measure


IoT

| 24

New services and revenues

New business models

Business processoptimization

sensors revenuesServices,

Biz modelsMWSaaS


It is just right time !

| 25

Infrastructure

ThingsServices

New sensorscapabilities

White goodsrenewal

WellnessQuantify self

Internet in all homes

Low Power &Energy Harvesting

Smart GridsSmart cities

Advancedmanufacturing

LE communication protocols

Localization

Neolane

OpenData

IntegrationSecurityVideo-surveillance

Investments, offersand mergers


IoT functions


Internet

Real World

Applications

Leti contributes to Optimize & Enhance value by:

Autonomously,Discreetly,

Sense & Control,Securely Communicate,

Connect,Things

Power and performance



Autonomy / efficiency

Main challenges for the Internet of Things

Processor

&

storage

Network

Interface

(RF)

Power

(Energy

harvesting &

storage)Sensor

&

actuator

Data Modelling

and Integration

Miniaturization

Sense and Control

Securely communicate

Connect


Autonomy and power efficiency

| 28

Low energy RF protocols

MEMs for Energy harvesting

New RAM technologies &Memory over Logic FDSOI, Sub 1V

processes

PV and Chemical energy harvesting

RF link optimisation

3D Interposers

Battery management systems


Miniaturization & Integration

| 29

Micro-Actuators for optics or acoustics

Mutualization of sensor functions

Wafer level Packaging

Towards 10 nm processes

Smart packaging in Fibers

RFID integration

Antenna integrations/ RF MEMs

Flex sensors integration


Sense and control

| 30

Optical sensors

Gaz sensing solutions

Bio-Chemical sensing

Piezzo Force sensors

MEMs Accelerometers, gyroscopes

Pressure sensors

Micro-fluidics

Current sensors


Securely communicate

| 31

RF qualificationSecurity certification

Biometrics

Short range communication, BAN, UWB

Cellular communications 3G/4G/4G+, UNB

Cognitive radio,Sense and React

Antenna and propagation lab

NFC high data rate / RFID long range

Trusted Computing


Connect things

| 32

Multi-standard Protocols

Smart Cities test integration

Cloud storage and services

Sensor Data Fusion, Predictive algorithms

BigData

Network toppology

UWB Localization

Quantified Self


Internet of Things is laying the foundations

of our future lives …

| 33

Smart Homes & Buildings

Intelligent transport system

Business environment

Logistics and retail

environment

Health monitoring

system

… in smart

environments



Security in IoT

| 34

Data on User Data on Usage


SmartCities : a wide background in Leti

| 35

Smart Santanderhttp://www.smartsantander.eu

architectures, key enabling technologies,

services and applications for IoT

Vitrohttp://www.vitro-fp7.eu

Butlerhttp://www.iot-butler.eu/

FP7 project focused on the Internet of Things researches

ClouT: Cloud of Things for empowering the citizen clout in smart cities

OUTSMART Future Internet enabled eco-system for cities.

Innovative services and applications

SCUBAFP 7 ICT project, 8 partners . Novel architecture, services, and engineering

methodologies for robust, adaptive, self-organizing, and cooperating

monitoring and control systems.

SocIoTalCreating a socially aware citizen-centric Internet of Things


New Challenges for SmartCities� User Interface

� Smart environment requires ease of use and transparency to the user

� Extensive use of RFID, BT, other low-energy wireless protocols.

� Heterogenous networks� Smart cities will assemble a very large number of sensors which are sharing different

networks and using different protocols

� A high level of semantic translation is required

� Security and Privacy� Smart Cities should provide a safer environment, resilient to ill-intentioned use and

attacks

� Pervasive, it should not jeopardize citizen privacy

� New sensing capabilities� The progress in the sensor capabilities and integration will generate new services and

revenues

� Pollution tracking (Gaz sensing, nano particule sensing, allergens sensing.), humidity…

� Safety for food, water treatment

� People /car counting, activity monitoring, structural monitoring for buildings…

� Power aware� Ubiquitous technology requires low power connectivity and energy harvesting

capabilities

� Interfaces and Security solutions should be power aware


� Efficient and green Urban facilities

� Enhanced interaction withinhabitants or users

� Valorization of new services and use cases

LETI focus on Smart City

| 37

increased control of environment and facilitiesleads to increased safety,

efficiency and cost savings

Increased interaction withcustomers and constant

monitoring of services leads to increased value and customer

satisfaction

Generation of new revenues and usages thanks to increased

connectivity


Conclusion : main benefits on IoT

Leti will :

� fuel your connected objects withdisruptive technologies on the main IoT enablers :

Power, Integration, sensing capabilities, secured communication, and sociability

� Enable a quick and easyqualification of your products

� Enable the generation of new services through the integrationof your connected product in the IoT

� Generate new use cases for new products

You will :

� Be able to design and producebetter products (power consumption, efficiency, connectivity)

� Gain an increased return on experience from your productand increased knowledge fromyour customers.

� Be able to valorize your productthrough new cross-segment services

� Create a stronger link with yourcustomers

| 38


Niveau 1

EXPLORATIONOffre créativité

… pour identifier de nouvelles voies de développement ou de nouvelles

idées de produit

Des séances de créativitécréa

… pour

réussir l’intégration

de l’innovation dans l’entreprise

Prise en compte des contraintes

d’industrialisation tout au long du

projet

Niveau 4INDUSTRIALISATION

Offre INDUS

indus

Un

accompagnement

Niveau 3

R&DOffre Bilatérale

Labos communs

Projets collaboratifs

… pour créer de l’innovation technologique via de nouvelles

fonctions à base de technologies émergentes

Des projets de R&Dr&d

Niveau 2

DEVELOPPEMENT

INTEGRATION

Offre projets

courts

… pour répondre au mieux à une problématique formulée

Des projets courtspepite

Des offres modulaires et complémentaires


13 FÉVRIER 2014

ProcessusFormulation du problèmeFertilisation croisée entre experts CEA / entreprise et production d’idéesMaturation des idées aux solutions

Espace dédié et méthode inspirée du Creative Problem Solving

Livrables 3 idées détaillées sous forme de fiche R&D

- Fiches concepts- Illustrations- Pré-cahier des charges technique

Technologies avancées & compétences reconnuesCommunication sans fil, localisation Indoor/OutdoorGestion de l’énergie système, récupération de l’énergieObjets communicantsPlus globalement toute les technologies matures du LETI

Créativité, une première marche


PEPITE, une offre pensée pour les PME/ETI

Ingénierie de projet adaptés à la gestion de projets innovants

Projet court de 6 à 12 mois

Un chef de projet de la plateforme PEPITE

Une équipe projet d’experts CEA-LETI et éventuellement d’élèves ingénieurs

Espace dédié à chaque projets, Moyens mutualisés

Livrables

Etude de faisabilité/Axes de développement

Preuve de concept

Maquette/Démonstrateur

Technologies avancées & compétences reconnues

Communication sans fil, localisation Indoor/Outdoor

Gestion de l’énergie système, récupération de l’énergie

Objets communicants

Plus globalement toute les technologies matures du LETI



Thank you

for your attention

Documents

Internet of Things - CAP’ · PDF file50 Billion Connections in 2020 –Ericsson ... RF link optimisation 3D Interposers Battery ... FP7 project focused on the Internet of Things