Innovation Service for European Smartization by SMEs

Project ID: 644856H2020-ICT-2014-1

INTRODUCTION

Régis HAMELINBLUMORPHO

Gateone SCIENTIFIC COORDINATOR

Géraldine Andrieux-Gustin

BLUMORPHOCEO & FOUNDER

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European Investment in Smart System Innovation Actions

4 Innovation Actions, 25 M€ with 11 member states

www.smartanythingeverywhere.eu

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Who we are:

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MISSION

Dedicated to SME

Facilitate the access to European Smart System Hardware Technology

Gate 0

Product idea Business case and demo

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Free evaluation program

50 demonstrators to be developped

In partnership with an SME

Objective :

Evaluate, Adapt and Adopt

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WELCOME TO OUR GUEST

Guillaume GIRARDINYole Développement

TECHNOLOGY & MARKET ANALYST

MEMS & Sensors

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SOURCES

• Sensors and Technologies for the Internet of Things

Released in June 2014

• Sensors for Wearable Electronics & Mobile Healthcare

Available in June 2015

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Detect a market opportunity1 –Key success factor to develop a business.

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From Internet of people to Internet of Things

© Yole Developpement

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MARKET VOLUME FOR SENSORS

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Market value for Hardware

Source Yole report: Sensors and Technology for IoT®

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2 – Differentiation

Key technologies to adopt

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IoT market structure

© Yole Developpement

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Legend:

Healthcare & Life scienceBuilding Automation TransportationConsumer & Home automation

TH

E

INTERNET OF THINGS

OFSENSORS

Industrial Retail & LogisticsEnvironment Security & Public Safety

Pressure

Temperature

Chemical

Light (IR, X-Ray)

Bio Sensors

Inertial

Light (IR, visible)

Temperature

Chemical (CO2)

Accelero

Contact Gyroscope

Accelero

Magneto Pressure

Temperature

Chemical

Gyroscope

Accelero

Magneto

Microphone

Pressure

Temperature

Pressure

Light (IR,Optical)

Chemical

Temperature

Hall Effect

Accelero

Chemical

Temperature

Light (IR, visible)

Pressure

Humidity Gyro

Accelero

Magneto

Chemical

Light (IR,XRay,THz) Light (IR/Optical)

Pressure

Temperature

Chemical

Magneto

Sensor

Level of demand

© Yole Developpement

Microphone

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Off the shelf vs specific devices ?

• Accelerometers

• Magnetometers

• Gyroscopes

• Acoustic Sensors

• Pressure Sensors

• Humidity Sensors

• Temperature

Sensors

• Proximity Sensors

• Image Sensors

• Light Sensors

• Gas RFID Sensors

• Micro Flow

Sensors

SENSING MODULE

• Signal Processing Unit

• Wifi

• ZigBee

• Bluetooth LE

• Radio Transceiver

• Duplexer

• BAW

RF MODULE

• Li-Ion battery

• AA Battery

• Piezoelectric vibration

• Electromagnetic vibration

• Electrostatic-capacitive

vibration

ENERGY STORAGE MODULE

• Ultra-capacitors

• Microbatteries

• PMU

POWER MANAGEMENT MODULE

© Yole Developpement

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Key Hardware challenges at the system level

• Radio connectivity driven by power consumption

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LOW POWER CONSUMPTIONBY DESIGN

A holistic approach

HARVEST

ENERGY STORAGE

MANAGE

DATA MANAGEMENT AND COMMUNICATION

SENSORS

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Concept product - Autonomous Localisation

• Key performances : • Accuracy : 10 to 30 m

• Lifetime > 12 months

• RF transmission with 4 points/h

• 868MHz radio , 1km reach

• Sensors :• GPS, Accelerometer,

Magnetometer, temperature

40 x 70mm; 60g

A GPS tag is integrated with multiple sensors into a an autonomous system for localisation and radio data transfer.

Autonomy: Solar cells, Lithium Polymer Battery

Product concepts : open for evaluation19

Fully Autonomous SYSTEMS

Autonomous activity tracker : vibration energy harvesting

Real time quantified self-system

Autonomous monitoring of industrial production tools : deploy and forget

Product concepts : open for evaluation20

Motion Energy Harvesting

• Patented design includingpermanent magnet /windingconcept and specific electronics.

• 50 to 90% of efficiency

• Various dimensions possible <10 or < 100W

• Silent

Power (W) according to rotating speed (rpm)

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Autonomy- Vibration Energy Harvesting

• Non linear oscillator based VEH,

• PCB based technology / NdFeB magnets/copper coil.

• Broadband

• suitable in non resonant vibrationalenvironment: no tuning required.

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Wireless sensor node for industrialapplication

• Time synchronization of Data Acquisition accrossthe Wireless Sensor Network (under 10ms)

• Robust wireless communication for harshenvironments (metal environments or sourcesof interferences)

• Programmable Signal conditioning -customized for the Sensor of Choice

• Time synchronization capabilities not availablein commercial solutions

Sensors for railway industry tests, Structural Health Monitoring (SHM) System, Machine tool maintenance.

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3 – Success factors for competitiveness

Good practices in IoT

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Success factors in IoT : customer satisfaction

• Model of customer satisfaction of Dr. Noriaki Kano• Delightful : not expected

• Linear : expected feature

• Hygienic : must have

• Example of Apple watch:• Delightful feature : the apps

• Linear feature : battery lifetime

• Hygienic feature : what time is it ?

Source :http://www.nirandfar.com/2015/04/apple-watch-kano-model.html

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• < 1mm Thick

• Charges in 30min

• One month run time betweencharges

• Enabled by : Lithium-Ion Thin Film Battery

Product of Central Standard Timing (CST)

HARDWARE ENABLED THIN WATCH

Courtesy of ST Microelectronics

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Embedded Microbattery

• Lithium-Ion Thin Film Battery

• Key performances

Capacity from 3µA.h to 20mA.h

Life cycles : 500 to > 10 000 cycles

Full charge in 30min.

> 1,5mA/cm2 peak capability

CAPI National projectThermogen TEGwear®

Technology

Courtesy of ST Microelectronics

Design with Thin Film Battery in gateone27

Customized Supercaps from pF to μF

• 3D and planar capacitor integration, Atomic Layer deposition of High K material

• High temperature and voltage stability (only 3% loss), low leakage current

• Planar : 100nF/mm² @3V

• 3D with an aspect ratio of 6:1 : 220nF/mm²

• from 25µA.h to 250mA.h depending on cap value

• 10 years reliability passed @3,5V.

Product concepts : open for evaluation28

Success factors in IoT : reinvent everydayobjects

• Bendable and flexible substrates

• 7% of efficiency for 1 sun

• Indoor lighting: 15 to 20% efficiency

Integration in wristband or any objects

Product concepts : open for evaluation29

Batteryless sensors – chipless RFID

• Identification localization and measurement.

• Compact and/or multi-band retrodirectiveantenna sensors

• 30m reach , 10 sensors

• NB : low resolution measurement

• Sensor and reader developed @60GHz

Pressure sensor Radiation sensor

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Sensing- Zero Power Sensor Network

• 5m+ reach for capacitive, resistive and inductive sensors

• Up to 10 sensorsdemonstratedwith unique ID

• Interrogation platform

Product concepts : open for evaluation31

Battery Management System

• A radical innovation in BMS : off the shelf components only !

• The Battery Management System ensures safety, performance and delivers information for maintenanceand users.

• Principle: commuted cell concept,

• Delivers +20% of battery chargingefficiency, +10% in battery lifetime.

Product concepts : open for evaluation32

4 – Access to fundingPrivate and public funding.

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Value of gateone : reduction of the risk.

Gateone invests in demonstrator

In partnership with SME

Based on one selected technology in the gateoneportfolio

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Value of gateone : collaborate on the business case

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Value of gateone : quick decision to invest

• 1 SME

• 1 Research Organisation

• 1 product idea

• 1 business case

• Agreement on the demonstrator

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Value of gateone : reduction of the risk.

Hands on experience on the technology

Free of charge

No ties attached

ENTER INTO A NETWORK

And beyond Gateone …?

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What investors think!

What investors think!

« We need objects which makes our life easier not more complicated,We must rethink our objects, not connect it for the sake of data acquisition » Flybridge Capital Partner

« It is very difficult to find hardware differentiation in the IoT »

Capricorne Venture

Public funding

Call ICT: - Smart Cyber Physical systems

- Smart systems

- Smart Anything Everywhere

SME instrument

Innovation as a Service for SMEs

Contact: hamelin@bmorpho.com

For more demonstrators, visit: www.gateone-project.eu

Follow us @gateoneproject

CONTACT US

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Challenges for connected objects

© Yole Developpement

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Next gateone webinars, provisional calendar :

Medical devices :

Tuesday from 1pm to 2pm, June- 9- 2015

Sensors :

Tuesday from 1pm to 2pm, September – 8 – 2015

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Thank you for attending gateone 1st Webinar