FITMAN Project

Future Internet Technologies for MANufacturing

IoT Innovation: Application Scenarios, Pilots, Deployments

1

IoT Innovation: Application Scenarios, Pilots, Deployments

IOT WEEK 2014

19th June 2014 – London

Sergio Gusmeroli, FITMAN Coordinator, sergio.gusmeroli@txtgroup.com

www.fitman.fi-eu

Technology Readiness Levels

• EC is pushing the TRL upwards

• In FP7 we often stopped at TRL 4-5 in

our Collaborative Projects

• In H2020 they introduced some

measures to push the TRL upwards:

� Innovation Actions

2www.fitman.fi-eu

� Innovation Actions

� Open Disruptive Innovation (SMEs)

� Third Party instrument (ICT 30)

• The Innovation potential of a

technology (IoT), i.e. TRL 6 upwards,

depends on the target market

(manufacturing)

Research Innovation Market: IoT 4 MAN

RESEARCH INNOVATION MARKETS

Challenges Business Models Ecosystems

3www.fitman.fi-eu

RESEARCH INNOVATION MARKETS

ScenariosRequirements Needs

Match Align Boost

Key Questions: IoT for Manufacturing

• What are the major barriers for fully adopting IoT

Research outcomes in the Manufacturing domain?

• What are the most innovative business models?

• What is the role of EU Big Players and SMEs (both in the

IoT and in the Manufacturing domains) in Innovation?

• Is there a substantial difference between IoT Innovation

4www.fitman.fi-eu

• Is there a substantial difference between IoT Innovation

and Manufacturing Innovation models?

• Does it make any sense to consider IoT separated and not

in combination with other FI Technologies (such as Cloud

Computing and Big Data)?

• What is the role of Public funding agencies when

addressing innovation and market? State aids?

The FI PPP Research & Innovation programme

SME Innovation

Call 3Call 2

FINESCE

XIFI: Capacity Building

INFINITY: Capacity Building & Infrastructure

Call 1

CONCORD: Programme Facilitation & Support

US

E C

AS

ES

SMARTAGRIFOOD

Instant Mobility

FInest

5www.fitman.fi-eu

FI-WARE: Technology Foundation

3rd Call

Use Case

Expansion

Phase

TF Continuation

FI-CONTENT 2

FITMAN

FI-STAR

FIspace

FINESCE

ENVIROFI

20112010 2012 2013 2014 2015

Phase 3Phase 1 Phase 2

FI-CONTENT

US

E C

AS

ES

OUTSMART

SafeCity

FINSENY

SMARTAGRIFOOD

5

FITMAN Factsheet

Project No: 604674

Project Full Name: Future Internet Technologies for MANufacturing

Duration: 24 months

Start date: April 1st 2013Start date:

Partnership: 28 partners, 9 countries

Strategic Objective: FP7-2012-ICT-FI

FI.ICT-2011.1.8: Use Case scenarios and early trials

Total Eligible Cost: 18.034.000 EURO

EC Contribution: 12.890.000 EURO

6www.fitman.fi-eu

FITMAN Beneficiaries

Core Consortium (10)

Original Equipment Manufacturers (4)

SME Networks & Associated S/T (14)

7www.fitman.fi-eu

FITMAN project will deliver

One FITMAN Generic Platform for Manufacturing Industries, as a

collection of several Generic Enablers

Three FITMAN Specific Platforms as a collection of several Specific Enablers

Implementations

Smart Factory

Platform

Smart Factory

Platform

Digital Factory

Platform

Digital Factory

PlatformVirtual Factory

Platform

Virtual Factory

Platform

One generic and flexible Trials Verification and Validation Framework,

encompassing concepts, methods and tools for Manufacturing Trials

8www.fitman.fi-eu

Ten FITMAN Trials Platforms as instantiation of the selected Generic and

Specific Enablers for 10 industry-driven multi-sectorial Trials

Future Internet Platform for

Safer and Healthier

Workplace

Selected FITMAN Trials for IoT

Future Internet Platform for

Real-time Decision Support

Systems

Future Internet Platform for

Car Production System

Planning

9

Future Internet Platform for

Collaborative Workspace and

Effective Decision MakingFuture Internet Platform for

Business Opportunity &

Enterprise Networking

Future Internet Platform for

Information Quality in

Collaboration

WHI Trial Introduction

Knowledge Support for

Mobile Shop-floor

Workforce (White Goods)

10

Future Internet Platform for Real-time

Decision Support Systems

Trial Business Value

11

Blue Collar Worker

WHI Realistic Environment

Quality Technician

12

FITMAN Platform in WHI trial

FI-WARE Layer

GE :: IoT.BackEnd.ConfMan

GE :: IoT.BackEnd.IoTBroker

GE :: IoT.Gateway.DataHandling

SE :: Secure Event Management

TSC :: Notification Manager

FITMAN LayerC

lou

dS

pa

ce

End-User Space

13

LINE2

Washing Unit

Prod Count

LINE 1

Assembly Line

St 1

Marriage

WU Start

Functional Test Finishing

ZHQ

Sorter

St n St j St x

Shop Floor

Legacy :: MES Legacy :: SCADA DB

Loca

lPre

mis

es

GE :: IoT.BackEnd.ConfMan GE :: IoT.Gateway.DataHandling

TIC :: Event Generator

FITMAN Platform Instantiation

Analysis of shopfloor

events

CEP business logic

Cloud deployment of

baseline GEs

Custom back-end

services

End-to-end testing of

GEs

14

Integration of

database

Integration of

GRADACO event

database

Mobile client

application

End-to-end testing of

Platform

BS 1: Real-time Events

� Users are classified

according to their role

� Events on the shop floor are

classified

� System administrator can

configure users / events

15

configure users / events

� Events are linked to

interested user

� System administrator

manage (create, modify)

correlation rules

� Events on the shop floor are

gathered

� Events on the shop floor are

filtered

� Events are communicated to

interested users through

mobile device

16

Trial Introduction

17

Efficient Collaborative

Access to information

(Construction Industry)

Future Internet Platform for collaborative

workspace and effective decision making

Trial Business Value

18

Designer/Client

Consulgal Realistic Environment

Supervisor Contractor

On-Site worker Lab Technician

19

On-Site worker Lab Technician

Clo

ud

Sp

ace

WA

RE

Laye

r GE: GE: Data.PubSub

FIT

MA

N L

aye

r

TSC: EventGeneratorSE: iLike

SE: Semantic

Mediator

End-Users Space

FITMAN Platform in Consulgal trial

3

Loca

l S

pa

ce

Leg

acy

Laye

r Legacy: WorkFlow Engine Legacy : MySQL DB

Legacy: RFID tags/readers

FI-

WA

RE

Laye

r GE:

Apps.ApplicationMashupGE: Data.PubSub

FIT

MA

N L

aye

r

SE: ShopFloorDataCollection.FitmanT&TTSC: Integrator

Work-Floor Space

2

End to end

testing of GEs

FITMAN Platform Instantiation

Sanity check

21

Integration with

Legacy Systems

BS 1: Identification of Concrete

Characteristics and Concreting Plan

� Users with various roles have well

defined workspaces to work on the

tasks assigned to them.

� Designer/Contractor/Supervisor are

trained to use the new platform.

� Supervisor is well informed regarding

the tasks being performed.

22

the tasks being performed.

BS 2: Samples collection and testing

� Identification of samples with RFIDs and read/write data associated to the cube.

� RFID tags are tested on site for identification of samples.

� On-site workers and lab technicians will make use of the RFIDs for identification of cubes and entering test results.

� Functionalities on tracking and tracing

23

� Functionalities on tracking and tracing the tagged objects – ongoing

� Automatic identification of cube based on test date

� Notification of the test being performed on the sample to the stakeholder

24