Breaking barriers for Sustainable IoT · 2018-02-26 · Breaking barriers for Sustainable AHA through IoT ... This project has received funding from the European Union’s Horizon

Breaking barriers for Sustainable AHA through IoT [email protected]

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement Nº 732679

ACTIVAGE AT A GLANCE H2020 IoT Large-scale Pilot for Smart Living Environments

2 Smart Home & Smart Living in Hessen | Feb 22, 2018, Gießen

ACTivating InnoVative IoT for AGEing well

9 Deployment Sites 9 EU Countries 50 Partners 10,000 Users 50,000 Devices


THE ACTIVAGE GALAXY…



KPIS ADDRESSED IN THE PROJECT

Alignement with the Triple Win Strategy of the EIPonAHA



KPIS ADDRESSED IN THE PROJECT

Allignement with WG5

Smart Living for Ageing Well

Strategic Issues

ACCEPTANCE

• Ageing people • Relatives & Neighbours • Health Professionals • Care givers • Policy makers

IMPACT

• Evaluation framework definition (KPIs) • Impact measurement Evidence • Data accessibility

USE CASE PROTOTYPING

EVANGELIZATION

SUSTAINABILITY ECOSYSTEM EXPANSION

1 2

3 4

5

• Influence • Business Model Innovation • Network Sustainability • User Empowerment

• Technologies (Sensors, Actuators, Gateways, Services, Cloud, Security, Privacy)

• Living Lab (co-creation, standardization, interoperability, personalization, modularity & continuous process)

• Large Scale Pilots

• Ecosystem enabling & uptake • Heterogeneity of the channels • Need to solve previous issues (2&3)

Alignment also with horizontal WGs of AIoTI: • WG1: Research • WG2: Innovation • WG3: Standardisation • WG4: Policy



1

6

2

1

5

4

5

5 5

3

5 6

1

2

3

4

5

6

x 2 x 1 x 1 x 1 x 5 x 2

NINE DEPLOYMENT SITES IN SEVEN COUNTRIES

Using existing IoT Platforms as Basis

Average 2 platforms per site



THE GERMAN DEPLOYMENT SITE

• Wohn- und Quartier-Zentrum (living and quarters centre) in Weiterstadt,

constructed as smart living environment

• 22 Apartments and a sheltered large flat with 11 rooms for people with

dementia

• Investor: AJT Wohn- und Quartierzentrum Weiterstadt GmbH & Co KG

• Suppliers: WAGO – inHaus GmbH – … – Fraunhofer IGD

• Ca. 45 retired people as tenants

• Day-care centre (Red Cross) & quarters management (Deaconate)

Ambient

Assisted

Living in WoQuaZ

Statistics in regular flats

• 1 room apt: 7, each with 28 devices



688 devices integrated in 22 flats

Builds on an existing site, operational in real life



• Using the open platform

• Reach product status, economically replicable, with efficient deployment, operation and maintenance processes

• Within two years: enhanced, mature, efficient, accepted, ready for replication within ACTIVAGE +150 users

• Within three years: business model & plan ready for going to the market

THE HESSIAN DEPLOYMENT SITE Planned Results


http://universaal.info/


ACTIVAGE INNOVATION AIoTES: ACTIVAGE IoT Ecosystem Suite



Towards open and evolving systems!

• From the Main Objective: ACTIVAGE will build the first European interoperable and open AHA-IoT ecosystem

• More concretely:

• Demonstrate openness by involving third parties

ACTIVAGE POSITION ON INTEROPERABILITY



OPEN TECHNICAL ENVIRONMENTS

The System Perspective

• Technically seen, an open environment implies the existence of an open system

• The two sides of open systems

• A distributor of a basic typified system with a pre-planned initial configuration / setup

• An operator that may extend the basic system over time using compatible components from third parties based on its user needs

Main characteristic of open systems: Extensibility with third-party components

• Digitalization/IoT technologies exceed connectivity/compatibility limits ultimate multipliers of open systems



The Technical Prerequisite for Open Systems

• Integration of compatible third-party components implies the existence of an open API

• The core software that implements the open API: An open platform as the core of the basic typified system

• The extent of typifying in an open platform for the digital era mainly limited to

• Supporting emergent & evolving ensembles of distributed and heterogeneous components and subsystems

• Facilitating the creation and evolvement of a process layer on top of the capabilities available in an open environment

An open scope w.r.t. the “application-level” functionality

OPEN ENVIRONMENTS AS OPEN SYSTEMS



Characteristics of Open Platforms

• In addition to Open API and Open Scope

• Optional: open source Source code available with a recognized open source license model

• Partly mandatory: open usage (adoptability) Non-discriminatory licensing, without needing specific business development negotiation

• Open development: usage of the API for development

• Open provision: the right to distribute in own bundles

• Open operation: usage in operation

• Optional: open adaptation (adaptability) Possibility to change functionality distributed with the platform

OPEN PLATFORMS AS ENABLERS OF OPEN SYSTEMS



Open Source in ACTIVAGE

OPEN SOURCE WITH PERMISSIVE LICENSING AS MULTIPLIER FOR OPEN SYSTEMS

Name Home Code Organization License

FIWARE firware.org github.com/Fiware fiware.org/foundation/ diverse

IoTivity iotivity.org gerrit.iotivity.org/gerrit/p/iotivity.git

a Linux Foundation project endorsed by OCF

Apache License 2.0

OPENIoT openiot.eu github.com/OpenIotOrg LGPL V3.0

sensiNact projects.eclipse.org/projects/technology.sensinact/

an eclipse project suported by CEA List

Eclipse Publ. License 1.0

universAAL IoT

universaal.info

github.com/universAAL The universAAL IoT Coalition (universaal-iot.org)

Apache License 2.0

Also AIoTES – ACTIVAGE Semantic Interoperability among existing IoT

Platforms – will be Open Source!


Thanks for your Attention! [email protected]

Documents

Breaking barriers for Sustainable IoT · 2018-02-26 · Breaking barriers for Sustainable AHA through IoT ... This project has received funding from the European Union’s Horizon