This document discusses CHOReOS, a project that aims to develop a choreography-centric service-oriented architecture (SOA) to support ultra-large scale distributed systems on the future internet. The key points are:
1. CHOReOS seeks to address scalability, heterogeneity, mobility, and adaptability challenges of the future internet through a choreography-centric approach rather than orchestration.
2. The project has 15 partners and a budget of 8.6 million euros over 3 years. It aims to develop foundations like an architectural style for choreographies, a dynamic development model, and middleware specification.
3. Use cases focus on improving passenger services at large airports, which involve ultra-large scales of up
CHOReOS Large Scale Choreographies, OW2con11, Nov 24-25, 2011, ParisOW2
The document summarizes the CHOReOS project, which aims to develop a choreography-centric service-oriented architecture (SOA) for large-scale systems in the future internet and internet of things.
In the first year, the project achieved establishing an initial architectural style for choreographies, a dynamic development model, specifications for the middleware and integrated development and runtime environment. It is using three use cases related to airports, mobile coordination, and transportation to test the approach.
The project is also focusing on community building through the OW2 open source consortium to help ensure the long-term sustainability of the work beyond the initial funding period. It sees leveraging the OW2 ecosystem as key to fostering
CHOReOS: "Large Scale Choreographies for the Future Internet", from theory to...OW2
The CHOReOS ‘Large Scale Choreographies for the Future Internet’ European FP7 project that started 2 years ago, and is linked to OW2 Future Internet initiative, has now reached a certain level of maturity that is starting to gives concrete answers on how to move from choreography enactment theory, to its actual practice.
More precisely, CHOReOS has defined several methods, toolkits and artifacts to enable this innovative distributed way of coordinating services, while at the same time dealing with some of the inherent difficulties to enacting choreographies in an [Ultra] Large Scale context. For instance, this covers being able to ‘execute’ choreography specifications over a network of discovered, dynamic, Business and Thing-based services.
This presentation will cover the aforementioned topics and specific CHOReOS developments that were undertaken in its second year, while putting them in perspective of a simple practice-oriented and business-driven use-case in Air-Traffic Management.
USP presentation of CHOReOS @ FISL Conferencechoreos
The document discusses web service orchestration and composition. It defines web services and standards like SOAP and WSDL. It describes how BPEL can be used for orchestrating web services by defining business processes and workflows in an XML format. BPEL allows activities like invoking other services, receiving messages, and structured activities like sequence, flow and pick. The document provides examples of synchronous BPEL processes and how messages are exchanged.
The CHOReOS project aims to develop choreographies for ultra-large scale service coordination in the future internet. It introduces a dynamic development process and middleware to implement and coordinate decentralized services through choreographies. The project is an FP7 initiative with 15 partners and a budget of 8.6 million euros. It seeks to address challenges of heterogeneity, scalability, and distribution in future internet architectures through a choreography-centric approach.
CHOReOS Project Presentation at Solutions linux 2013choreos
The document discusses the CHOReOS project, which aims to enable service choreographies for future internet systems involving services and things. It does this through a choreography-centric middleware and integrated development environment. The document outlines CHOReOS and choreographies, presents a use case involving passenger handling at airports, describes CHOReOS solutions like the development process and runtime environment, and discusses plans for open sourcing CHOReOS through the OW2 consortium to facilitate real-world use.
The CHOReOS European FP7 project that started 2 years ago, linked to OW2 Future Internet initiative, has now reached a level of maturity that provides concepts and concrete technical solutions for actual choreography enactment. It has defined several methods, toolkits and artifacts to enable this innovative distributed way of coordinating services, while at the same time dealing with some of the inherent difficulties to enacting choreographies in a Large Scale context. This presentation will cover CHOReOS base concepts as well as specific developments that were undertaken in these first two years, while putting them in perspective of a simple business-driven use-case in Air-Traffic Management.
O documento descreve o projeto CHOReOS, que automatiza a implantação de web services na nuvem. O projeto desenvolveu um middleware que abstrai diferentes nuvens e decide onde implantar serviços, além de usar o Chef para configurar nós na nuvem de acordo com receitas. O middleware cria receitas dinamicamente para cada serviço e as aplica usando o Chef.
CHOReOS European Project presented at OW2Con2011 in Parischoreos
The document summarizes the CHOReOS project, which aims to develop a choreography-centric service-oriented architecture (SOA) for large-scale systems in the future internet and internet of things.
In the first year, the project achieved establishing an initial architectural style for choreographies, a dynamic development model, specifications for the middleware and integrated development and runtime environment. It is using three use cases related to airports, mobile coordination, and transportation to test the approach.
The project is also focusing on community building by leveraging the OW2 open source software consortium. This includes establishing synergies between the CHOReOS work and OW2's initiatives on the future internet. The overall goal is to
CHOReOS Large Scale Choreographies, OW2con11, Nov 24-25, 2011, ParisOW2
The document summarizes the CHOReOS project, which aims to develop a choreography-centric service-oriented architecture (SOA) for large-scale systems in the future internet and internet of things.
In the first year, the project achieved establishing an initial architectural style for choreographies, a dynamic development model, specifications for the middleware and integrated development and runtime environment. It is using three use cases related to airports, mobile coordination, and transportation to test the approach.
The project is also focusing on community building through the OW2 open source consortium to help ensure the long-term sustainability of the work beyond the initial funding period. It sees leveraging the OW2 ecosystem as key to fostering
CHOReOS: "Large Scale Choreographies for the Future Internet", from theory to...OW2
The CHOReOS ‘Large Scale Choreographies for the Future Internet’ European FP7 project that started 2 years ago, and is linked to OW2 Future Internet initiative, has now reached a certain level of maturity that is starting to gives concrete answers on how to move from choreography enactment theory, to its actual practice.
More precisely, CHOReOS has defined several methods, toolkits and artifacts to enable this innovative distributed way of coordinating services, while at the same time dealing with some of the inherent difficulties to enacting choreographies in an [Ultra] Large Scale context. For instance, this covers being able to ‘execute’ choreography specifications over a network of discovered, dynamic, Business and Thing-based services.
This presentation will cover the aforementioned topics and specific CHOReOS developments that were undertaken in its second year, while putting them in perspective of a simple practice-oriented and business-driven use-case in Air-Traffic Management.
USP presentation of CHOReOS @ FISL Conferencechoreos
The document discusses web service orchestration and composition. It defines web services and standards like SOAP and WSDL. It describes how BPEL can be used for orchestrating web services by defining business processes and workflows in an XML format. BPEL allows activities like invoking other services, receiving messages, and structured activities like sequence, flow and pick. The document provides examples of synchronous BPEL processes and how messages are exchanged.
The CHOReOS project aims to develop choreographies for ultra-large scale service coordination in the future internet. It introduces a dynamic development process and middleware to implement and coordinate decentralized services through choreographies. The project is an FP7 initiative with 15 partners and a budget of 8.6 million euros. It seeks to address challenges of heterogeneity, scalability, and distribution in future internet architectures through a choreography-centric approach.
CHOReOS Project Presentation at Solutions linux 2013choreos
The document discusses the CHOReOS project, which aims to enable service choreographies for future internet systems involving services and things. It does this through a choreography-centric middleware and integrated development environment. The document outlines CHOReOS and choreographies, presents a use case involving passenger handling at airports, describes CHOReOS solutions like the development process and runtime environment, and discusses plans for open sourcing CHOReOS through the OW2 consortium to facilitate real-world use.
The CHOReOS European FP7 project that started 2 years ago, linked to OW2 Future Internet initiative, has now reached a level of maturity that provides concepts and concrete technical solutions for actual choreography enactment. It has defined several methods, toolkits and artifacts to enable this innovative distributed way of coordinating services, while at the same time dealing with some of the inherent difficulties to enacting choreographies in a Large Scale context. This presentation will cover CHOReOS base concepts as well as specific developments that were undertaken in these first two years, while putting them in perspective of a simple business-driven use-case in Air-Traffic Management.
O documento descreve o projeto CHOReOS, que automatiza a implantação de web services na nuvem. O projeto desenvolveu um middleware que abstrai diferentes nuvens e decide onde implantar serviços, além de usar o Chef para configurar nós na nuvem de acordo com receitas. O middleware cria receitas dinamicamente para cada serviço e as aplica usando o Chef.
CHOReOS European Project presented at OW2Con2011 in Parischoreos
The document summarizes the CHOReOS project, which aims to develop a choreography-centric service-oriented architecture (SOA) for large-scale systems in the future internet and internet of things.
In the first year, the project achieved establishing an initial architectural style for choreographies, a dynamic development model, specifications for the middleware and integrated development and runtime environment. It is using three use cases related to airports, mobile coordination, and transportation to test the approach.
The project is also focusing on community building by leveraging the OW2 open source software consortium. This includes establishing synergies between the CHOReOS work and OW2's initiatives on the future internet. The overall goal is to
CHOReOS European project presented to ANIKETOS projectchoreos
The CHOReOS project aims to develop techniques for sustaining large-scale, decentralized service compositions over dynamic networks. It focuses on revisiting choreography-centric service-oriented architectures with an integrated development process. The project will create abstractions and models to reason about composition, interaction protocols, and choreography evolution at ultra-large scales. It will also develop a service-oriented middleware and governance/validation support to enable dynamic choreography-centric development and deployment of scalable and adaptable choreographies. The project is a 3-year European program with a consortium of 7 industrial and 8 academic partners working on representative use cases.
The CHOReOS ‘Large Scale Choreographies for the Future Internet’ European FP7 project that started 2 years ago, and is linked to OW2 Future Internet initiative, has now reached a certain level of maturity that is starting to gives concrete answers on how to move from choreography enactment theory, to its actual practice. More precisely, CHOReOS has defined several methods, toolkits and artifacts to enable this innovative distributed way of coordinating services, while at the same time dealing with some of the inherent difficulties to enacting choreographies in an [Ultra] Large Scale context. For instance, this covers being able to ‘execute’ choreography specifications over a network of discovered, dynamic, Business and Thing-based services. This presentation will cover the aforementioned topics and specific CHOReOS developments that were undertaken in its second year, while putting them in perspective of a simple practice-oriented and business-driven use-case in Air-Traffic Management.
This document provides an overview and technical synthesis of four projects (BRUCE, CERIFy, IRIOS, MICE) that aimed to expand the use of CERIF (Common European Research Information Format) as a research information management standard in the UK. It identifies common themes across the projects, such as the need for more training and support around CERIF to address the steep learning curve. It also notes recommendations to further promote CERIF adoption, including developing standard mappings and ensuring CERIF remains free to use.
The document discusses the CHOReOS FP7 project and its relationship to the Future Internet OW2 initiative. CHOReOS aims to develop techniques for coordinating ultra-large scale, decentralized service choreographies on the Future Internet. It takes a choreography-centric approach to service-oriented architectures. The project has a consortium of 15 partners and a budget of 8.6 million euros. It seeks to address challenges around heterogeneity, scale, and distribution posed by the Internet of Services and Internet of Things visions for the Future Internet.
The document provides an overview of the Serenoa research project, which aims to develop new mechanisms for context-aware adaptation of service front-ends. It is a 3-year European Union funded project involving 7 partners across Europe. The project will develop an open platform to enable the creation of context-sensitive service front-ends that can dynamically adapt based on aspects of the user, device, environment, and server. It will cover research, development and applying results to market needs. The document also announces an upcoming workshop on engineering interactive computer systems in Pisa, Italy from June 13-16, 2011.
CHOReVOLUTION Platform at Open Cloud Forum Paris 2017CHOReVOLUTION
Nikolaos Georgantas, INRIA Research Scientist presents the CHOReVOLUTION platform during the open cloud forum by OW2, in parallel of Cloud Computing World Expo, 22 March 2017, in Paris.
The document discusses the objectives and timeline of the second Expert Group on the European Open Science Cloud (EOSC). The group aims to advise on practical implementation of EOSC by end of 2018, including governance and financing. Key dates include publishing an interim report in March 2018 and a final report in December 2018. The document also provides examples of EOSC in practice through the Helix Nebula Science Cloud and outlines some priorities for EOSC, including interoperability, capacity building, and analyzing national funding streams.
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2) It describes a 36-month, 10 million euro project involving 22 partners from 8 EU member states working on practical implementations of semantic interoperability across research infrastructures.
3) The report analyzes the current landscape of FAIR technologies, semantic artifacts, and infrastructure initiatives; identifies challenges around scope, terminology, and rapid development; and concludes that solutions must be user-friendly, context-sensitive, and transparent while promoting adoption of standards and registries.
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This document discusses semantic technologies for enabling interoperability in smart environments. It analyzes several technologies that can be used, including ontology languages and reasoners. The SOFIA project aims to create a semantic interoperability platform to allow different devices and systems to exchange information. Key benchmarks for evaluating technologies include their ability to import/export formats like RDF, and their level of interoperability through exchanging and using shared information. The document reviews related work on evaluating semantic web technologies and their applicability to smart environments.
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Big innovation and research projects usually require merging contributions form organizations with expertise in different domains. Managing and participating in multi-company projects that use multiple state-of-the-art technologies constitute a challenging activity due to many factors such as integration inexperience, evolv-ing components, tentative requirements, independent teams or independent man-agement centers. In the late nineties and in the early years of 2000, several meth-odologies arose with the focus on fast releases of working software, commonly known as agile, that aimed to address many of the challenges that this kind of projects face. However, in most cases, these methodologies were not fully adoptable as the automation investment was too high and it was not recoverable during the duration of the project. The global servitization trend and the appear-ance of approaches, such as DevOps, to support the continuous and fast adjust-ment of those services to stay in business has also impacted innovation and re-search projects. On one hand, matured technologies that reduce the automation investment have arisen. On the other hand, whenever it makes sense, services which benefit from the application of DevOps approaches are required to be im-plemented. This paper explains the implementation of DevOps approaches to support the agile development in the context of innovation and research projects. It also describes two practical implementation cases where such approaches were implemented and how they evolved in the course of the time.
This work has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreements No 653704 (OPERANDO), 726755 (CITADEL), and 731533 (DECIDE)
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The Semantic Interoperability Conference 2012 offered a unique opportunity to explore how semantic interoperability solutions are being embraced by e-Government initiatives. The conference featured presentations on semantic standards like NIEM and ADMS, as well as case studies of semantic technologies being used by organizations like Europeana, Data.gov, and Estonian public sector agencies to improve data sharing and interoperability. Speakers emphasized that semantic standards must address real problems, have an active community behind them, and promote reuse to be successful.
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The document describes the CHOReOS architectural style for choreographing services in the Future Internet (FI). It discusses how the FI requirements of scale, heterogeneity, mobility, and adaptability impact traditional service-oriented architectures. The CHOReOS style proposes:
1) Functional and non-functional abstractions for services to handle scale and adaptability.
2) A multi-paradigm "GA connector" enabling interoperability across heterogeneous interaction paradigms.
3) A coordination protocol that automates the synthesis of decentralized choreographers (coordination delegates) to prevent undesired behavior based on service specifications.
This informs the development of an integrated development and runtime environment (IDRE)
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Niels van Dijk presents information on OpenConext, an open source identity and access management platform developed by SURFnet. OpenConext allows for centralized authentication, group management, and integration of applications. It serves as an identity federation hub for the Netherlands and has also been adopted by other research and education networks in other countries. The document outlines OpenConext's building blocks and describes how it facilitates collaboration through features like federated authentication, centralized groups, and attribute sharing.
OpenConext is an open source identity and access management platform developed by SURFnet, the Dutch national research and education network. It provides a centralized hub for managing identity federations, user groups, and single sign-on access to distributed applications and services. OpenConext is currently used as an identity federation hub in the Netherlands and as a collaboration platform and service delivery platform by other national research networks in the UK, Australia, and elsewhere. SURFnet advocates for OpenConext as a way to facilitate collaboration, manage identity interconnects, and provide access to distributed research applications and services.
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Similar to CHOReOS presented at WiNNOVATE Conference April 2012 (20)
TrustArc Webinar - 2024 Global Privacy SurveyTrustArc
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Welcome to UiPath Test Automation using UiPath Test Suite series part 5. In this session, we will cover CI/CD with devops.
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2. What is CHOReOS ?
Choreography-centric SOA for Services & Things
4 Main goal: sustaining decentralized service
choreographies
4 Specific context: Future Internet (FI), Ultra Large Scale
(ULS)
4 Focus on Internet of Services and Internet of Things
4 Abstract: It revisits choreography-centric SOAs by
introducing a dynamic development process and
middleware for coordination of services through
Ultra
choreographiesFuture
CHOReOS Large
Internet
Scale
2
3. CHOReOS at a glance
Duration:
4 October 2010 – September 2013
Consortium of 15 partners:
4 7 industrials
4 8 academics
Total budget:
4 8.665.785 €
European programme:
4 Call FP7-ICT-2009-5
4 Grant n°257178
3
5. Outline
1. Orchestration vs. Choreography
2. Foundations: first year achievements
1. Initial architectural style for choreographies
2. Dynamic development model
3. Middleware specification
4. IDRE specification
3. Use cases
4. OW2 impact
1. Community building
2. OW2 ‘Future Internet’ initiative
3. Synergies
5. Prospects
5
6. Outline
1. Orchestration vs. Choreography
2. Foundations: first year achievements
1. Initial architectural style for choreographies
2. Dynamic development model
3. Middleware specification
4. IDRE specification
3. Use cases
4. OW2 impact
1. Community building
2. OW2 ‘Future Internet’ initiative
3. Synergies
5. Prospects
6
7. Orchestration vs. Choreography
Orchestration: Choreography:
4 Local / centralized 4 Global / distributed
perspective perspective
4 "Each player in the 4 “Dancers dance following a
orchestra strictly follows global scenario, without a
instructions from the single point of control“
conductor“ 4 SOA: describes a protocol
4 SOA: Refers to a business for peer-to-peer interactions 7
8. Choreographies help deal with FI “…ities”
Scalability
4 … in the number of users, service instances,
composed services, …
Heterogeneity
4 … in the diversity of service types, technologies, …
Mobility
4 … leading to mobile and volatile services…
Awareness & adapability
4 … overcoming the volatility of services…
8
9. Outline
1. Orchestration vs. Choreography
2. Foundations: first year achievements
1. Initial architectural style for choreographies
2. Dynamic development model
3. Middleware specification
4. IDRE specification
3. Use cases
4. OW2 impact
1. Community building
2. OW2 ‘Future Internet’ initiative
3. Synergies
5. Prospects
9
10. Initial architectural style for choreographies
“The software architecture of a system is the set of structures needed to
reason about the system, which comprise software elements, relations
among them, and properties of both” (Wikipedia)
Define an architectural style for
CHOReOgraphies
4 Identify key architectural abstractions for
choreographies in the FI Revisits the SOA style to
face FI challenges
4 Web-based services at large (WS* & Rest, ...)
Paradigm independent definition of “services”
4 Highly heterogeneous interaction paradigms
CHOReOS Multi-Paradigm Connectors to sustain
interoperability
10
4 Choreography-based composition of services
11. Dynamic development model
Abstract
description of the
CHOReOS
software
development
process
Common activities,
but structured in
a CHOReOS-
specific way
Deployment and
Execution
Technology- 11
12. Middleware specification
A service-oriented middleware to enable the
development and execution of scalable
choreographies by facilitating
4 service discovery
4 service access
4 composition of services
4 deployment in the cloud
…while sustaining scalability, interoperability,
mobility, awareness & adaptability!
Specification defines multiple key “components”:
4 XSD: eXtensible and scalable Service Discovery 12
13. IDRE specification
The CHOReOS Integrated Dev. & Runtime Environment (IDRE)
Formally Dynamic
grounded choreography-
abstractions and models centric
development process
Integrated Development
and Runtime
Environment
Service
governance,
verification, and Service-oriented
validation middleware
13
14. IDRE specification
IDRE is all about…
4 Defining integration requirements
4 Development, design, enactment, governance and monitoring
requirements for a choreography
4 Defining the overall Architecture
4 Identifying the integration Dependencies
4 Defining the integration Plan
4 Implementing the test bed
4 Releasing integrated CHOReOS software
4 Packaging and delivering software prototypes
4 Providing developer and user manuals
14
15. Outline
1. Orchestration vs. Choreography
2. Foundations: first year achievements
1. Initial architectural style for choreographies
2. Dynamic development model
3. Middleware specification
4. IDRE specification
3. Use cases
4. OW2 impact
1. Community building
2. OW2 ‘Future Internet’ initiative
3. Synergies
5. Prospects
15
16. Use cases
3 use-cases, context relevant to CHOReOS
4 Passenger-friendly Airport
4 Context: air transportation / service to passengers
4 Goal: improvements in services provided to passengers
4 Scenario particularly suited to illustrate FI/scalability aspects
n Average of 180.000 passengers per day at an Airport like CDG
n Number that varies greatly depending on the airport, time of the day,
season, etc.
4 CHOReOS innovation highlights
Inside
n To enable dynamic rebinding and replacement of services plane
At home In
airport
n To rely on choreographies for coordination
Image: photostock /
FreeDigitalPhotos.net
16
17. Outline
1. Orchestration vs. Choreography
2. Foundations: first year achievements
1. Initial architectural style for choreographies
2. Dynamic development model
3. Middleware specification
4. IDRE specification
3. Use cases
4. OW2 impact
1. Community building
2. OW2 ‘Future Internet’ initiative
3. Synergies
5. Prospects
17
18. Why Community Building?
The goal: extend project value, sustainability
4 Enable the pursuit of the development activity beyond
the official duration and the budget scope of the
project.
The approach: foster a business ecosystem
4 'An economic community supported by a foundation of
interacting organizations and individuals‘
The method: leverage an ecosystem platform
4 Infrastructure services: technical resources
4 Governance services: decision making rules
4 Marketing services: branding & communication 18
19. A three-stage process
Technical Stage Open Source Stage Ecosystem Stage
Technical stage
4 Define deliverables structure for community sharing
4 Select open source licenses
Open source stage
4 Move project to an open source community
4 Endorse (inside the project) open source governance
Ecosystem stage
4 Open to, attract third-party stakeholders
19
4 Develop business/market outreach
20. Technical stage: open sourcing the IDRE
Why OSS ?
Facilitates deployment of complex technologies
4 Helps combine multiple technologies and know-how
from independent providers
4 Makes multi-tier cooperation easier by enhancing trust
and reducing coordination costs
Lower barriers to access
4 Legal barriers: open source licences enable sharing
4 Economic barriers: no monetary entry cost
IDRE code structure
4 Modular project structure to facilitate third party
contributions 20
21. OSS stage: Leveraging the OW2 Community
An established open source community
4 One of 4 global independent and open communities
4 Community highly driven by European interests
Ramping up the open source community
4 Leverage current OW2 Members within CHOReOS
4 Attract contributors with open source tactics
4 Enhance CHOReOS profile (as a mature project) within
OW2
4 Advertise the OSS strategy on the CHOReOS website
4 Leverage social networks: Twitter, LinkedIn, Facebook
21
22. Ecosystem stage: Future Internet Initiative
“(…) joint efforts by OW2 Members to develop technical integration
between projects and business synergies in order to address specific
market needs”
Leverage OW2 business ecosystem mechanism
4 Initiative led by CHOReOS
4 Grouping of scope-bound projects, CHOReOS is the first in
this initiative
4 Inria and OW2 to lead the initiative
4 Promote solutions not just packages
4 Open up the initiative to non-OW2 members
4 Lower barriers to participation
4 Market the Future Internet initiative
4 Identify initial deployment as Future Internet initiative
achievement
4 Connect with other FP7 projects 22
23. Synergies
Identifying synergies with existing projects
4 Orchestra
4 “...solution to handle long-running, Service Oriented
Processes”
4 JORAM
4 “…distributed MOM… designed with an OSGi based
services architecture to provide a dynamically
adaptable messaging server”
4 Fractal
4 “…a modular, extensible and programming language
agnostic component model that can be used to design,
implement, deploy and reconfigure systems and
applications”
4 SOFA
4 “...used for dynamic reconfiguration of component
architecture and for accessing components under the
SOA concepts”
23
24. Outline
1. Orchestration vs. Choreography
2. Foundations: first year achievements
1. Initial architectural style for choreographies
2. Dynamic development model
3. Middleware specification
4. IDRE specification
3. Use cases
4. OW2 impact
1. Community building
2. OW2 ‘Future Internet’ initiative
3. Synergies
5. Prospects
24
25. Prospects (Y2)
1st integration of CHOReOS platform:
4 Refined CHOReOS architectural style and conceptual
model
4 Feedback loop from the development of IDRE
4 Instantiation of the CHOReOS dynamic development
model
4 Stability and interdependencies analysis to support adaptable
choreographies
4 1st Middleware implementations
4 1st Governance and V&V tools and infrastructure
Use cases design
Training kits 25
26. Community Building Prospects
Technical stage Y2 outlook:
4 Improve website content, SEO; Grow social network
usage in consortium
4 Confirm IDRE structure
Open source stage Y2 outlook:
4 Set-up IDRE project on OW2 forge
4 Promote software in events (exhibitions, conferences)
4 Y3 preview:
4 IDRE available for download
4 Fast track project to “Mature” status
Ecosystem stage Y2 outlook: 26