Session Presentors
Peter Kriens, President, aQute
BJ Hargrave, Senior Technical Staff Member, IBM

• The road to R4: A technical history of OSGi technology
• Insights key features and benefits of R4
• Roll-out a timeline

OSGi R4 Service Platform: Core Platform

Core Platform (CPEG) - Highlighting the Declarative Service, Modularity, Configuration Administration, Security, Event Administration, Extension Bundles and features and other enhancements

OSGi R4 Service Platform: Mobile

Mobile Expert Group (MEG) - Highlighting the deployment package and resource processor, OAT, DMT Administration, Download and Deployment Management Object Features and other enhancements

OSGi R4 Service Platform: Vehicle
Vehicle Expert Group (VEG) - Highlighting the Control Unit and Power Management features and other enhancements

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Infusion of OSGi Technology into a J2EE Application Server

This presentation investigates the use of an OSGi Framework inside a J2EE Java Application Server. Leveraging the deployment capabilities of the OSGi Framework, enable an application server to deploy service on an “as needed” basis while making it possible to take advantage of the OSGi Framework’s service-oriented architecture for service trading by the container. Moreover, it is possible to update, uninstall or stop the services. This architecture has been implemented and experimented with JOnAS and Oscar; this presentation will describe it and its benefits.
Mikaël Desertot, University of Grenoble
Didier Donsez, University of Grenoble

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New Modularity Features of the OSGi R4 Service Platform

The OSGi core Framework has undergone more changes in this release than in any other since its inception. Behind these changes is the new focus on viewing the Framework as providing a modularity layer for Java. This has resulted from a growing interest to use OSGi technology as an application Framework for building extensible systems, such as application servers or plug-in-based platforms. This presentation will discuss the modularity-related changes to the R4 core Framework that were introduced to support such new usage scenarios.
Richard Hall, Ph.D., Invited Researcher, University of Grenoble

The Apache Directory Server- and the OSGi Service Platform

With the coupling of the Apache Software Foundation and the OSGi Alliance, end-users reap the benefits of an open-source platform and the OSGi Alliance’s work in component models. The first Apache project to use OSGi technology was the Apache Directory. Apache Directory provides an enterprise directory server platform where other Internet protocol providers snap-in to store their data within the directory so they may be managed using LDAP, JMX, a console, or an embedded web interface. This presentation will review the developers’ decisions to choose the OSGi Service Platform and the benefits to the Apache Directory project’s results.
Enrique Rodriguez, PMC Member, Apache Directory Project, Apache Software Foundation

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Session Moderators:
Peter Kriens, President, aQute
BJ Hargrave, Senior Technical Staff Member, IBM

Eclipse as a Rich Client Platform

Eclipse is an open source software platform based on an implementation of the OSGi Framework specification. This talk outlines how Eclipse and OSGi technologies combine to form a powerful and compelling solution to one of today’s fundamental software development problems, componentization. We present several use-cases where the use of Eclipse as a development platform and Eclipse and OSGi Frameworks as a runtime have fundamentally changed the way organizations innovate and develop software.
Jeff McAffer, Eclipse Architect, IBM

An Open Source OSGi Plug-In for Eclipse

This presentation will introduce work that eases development and testing of OSGi bundles by providing a plug-in for the widely used extensible Eclipse IDE. This project is open source and provides Eclipse with a new OSGi project type; specific editors for bundle manifests and for other structured metadata; tools to help with the use of OBR (Oscar Bundle Repository); and gateway management for deploying, packaging and deploying bundles. This presentation will focus on what is currently implemented and the road map for how it will evolve toward larger scale gateway management and its integration with other Eclipse deployment tools.
Mikaël Desertot, University of Grenoble

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Increasing Robustness by Code Instrumenting : Monitoring and Managing Computer Resource Usage on OSGi Frameworks

OSGi Frameworks allow a bundle or a thread created by a bundle to easily starve computer resources either maliciously or through error, lowering the performance of other bundles on the same Framework.. Monitoring and managing threads and bundles is very important in providing services on Frameworks. We designed a system to monitor and manage (locally or remotely) the CPU usage of threads and bundles with no external modification, regardless of the OSGi Framework used. This presentation will show the system design and prototype implementation which uses byte code weaving techniques, AspectJ, and JMX (Java Management eXtention) of J2SE5.0.
Ikuo Yamasaki, Researcher, NTT Cyber Solutions Laboratories

OSGi Applications Testing

This discussion will focus on approaches that software developers can use to test OSGi applications, using a TCK-like way of test, and the OSGi test Framework. The OSGi test Framework is a platform where the Test Cases itself are OSGi services, and the Test Control have access to both Bundle Context and the Registry. Therefore, the later is not only over the control of the test cases, but the whole OSGi Framework, which gives the developer the freedom to simulate any kind behavior his application might have in an OSGi environment. In an OSGi environment applications consist of bundles that the Service Platform is capable of mange dynamically - challenging test cases developers to evaluate expected results of various services in only one application.
Andre Elia Assad, System Engineer, Cesar

Guidelines to Improve the Robustness of the OSGi Framework and Its Services Against Malicious or Badly Coded Bundles

The first part studies how a malicious bundle can take profit of missing security features to use more resources than expected. For instance, a bundle cannot be forced to stop: if it lets its threads run and doesn't nullify its references to other bundles the framework has no means to prevent this.

The second part of the presentation gives advices to bundle developers. It describes how to increase the robustness of bundles that provide services to others, and also gives a general check list on how to behave properly in an OSGi environment.

This presentation is the result of research done within PISE, an RNRT project partly funded by the French Ministry of Industry.
Michel D’Hooge, Senior Engineer, Trialog

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Integrating the OSGi Service-Oriented Architecture into the Enterprise

The critical need to address on-demand Enterprise requirements with a robust, proven, open Service Oriented Architecture will be discussed and a developer’s roadmap for successful deployment will be provided.
Jim Colson, Distinguished Engineer, Chief Architect, IBM Client Software & Pervasive Computing

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Using OSGi R4 Service Platform Specifications in Vehicle Systems

OSGi Service Platform Specification Release 4 will mark a milestone for Siemens VDO Automotive - leading us as vehicle embedded system provider based on OSGi technology to think of why when and how to use the specification. OSGi Service Platform originally targeted “small devices”, while R4 plans to address a large device range. The study will go through all enhancements and new features to demonstrate whether it is applicable and relevant for vehicle domain.
Miguel Lopez, Software Architect, Siemens VDO Automotive

Open Management Using OSGi Technology Enabled Services

More and more services are brought to connected homes, published and operated by a variety of service providers, with each provider owning his connectivity box. OSGi technology aims at mixing these services inside one box, thus opening the service delivery chain in the home gateway model. However, the opening of the management for these services has not been defined yet, thus tying service providers to the gateway operator. We propose a model in which each service provider manages his own services, enumerating the requirements that emerge from this open management scheme. To isolate services by different providers, we present the sub-gateway model and the associated management plane, and show how they comply with the general OSGi reference architecture. Finally, we detail our model validation implementation using JMX.
Stephane Frenot, Associate Professor, Inria

Daidalos Pervasive Services and the OSGi Service Platform

The Daidalos Pervasive Service Platform is designed to be an enabling technology for a wide range of service types. It may provide access to content, structured information, and may control access to hardware devices like printers, displays, speakers or microphones. For pervasive computing the platform allows for the access of services with arbitrary end devices; standardized interfaces thus making sure that organizations can develop compatible implementations; and functionality to enable third parties to develop exciting new services. To accomplish these goals the Daidalos team has based its architecture of a Pervasive Service Platform on the OSGi Service Platform and its concepts. This tutorial will report on our experiences using OSGi technology, giving examples of how to use the Daidalos Pervasive Service Platform.
Christoph Kuhmünch, Research Assistant, Siemens AG

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Creating a Service Platform for .NET

The OSGi specification defines a Java-based service platform for dynamically deploying services into networked environments. OSGi technology is now being used in the automotive and mobile telecommunications industries and has found success as a Java application extensibility mechanism. Its growing influence is a factor of its support of a dynamic service deployment life cycle and its amenability to remote management. Microsoft’s .NET platform can improve upon the Java platform, but it still lacks explicit support for building dynamically extensible systems like those made possible by the OSGi Framework for Java. We present the results of work trying to create a .NET platform with features similar to the OSGi Service Platform.
Clément Escoffier, University of Grenoble

Service Blinder

The complexity of OSGi programming can be addressed with the use of Aspect Oriented Programming (AOP). Programming for the OSGi Framework has many aspects that can be described separately from the main code. For example, binding of services, logging, web pages, security, all require much repetitive and boring code that can be refactored out of the main line code with AOP. AOP works by rewriting byte codes. This presentation shows some intriguing examples of how this works and why it gives the simplicity of normal Java programming while providing all the power of the the OSGi Service Platform.
Peter Kriens, President, aQute

Programming an OSGi Application with Eclipse

This talk covers the bundle development facilities in Eclipse and shows how to create, manage, run, debug and build bundles from within Eclipse. The underlying Eclipse implementation of the OSGi Framework specification is covered in some detail as are some deployment management technologies such as the Eclipse Update Manager and Java Web Start.
Jeff McAffer, Eclipse Architect, IBM

Automatically Managing Service Dependencies in an OSGi Environment

In a service-oriented Framework, applications are composed of several cooperating services. These networks of services are often dynamic in nature, and managing dependencies is often a repetitive but non-trivial task. This session will evaluate the different ways in which you can manage dependencies in the OSGi framework and propose a solution that automates most of the work.
Marcel Offermans, Senior Software Engineer, Luminis

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Enabling Java 2 Runtime Security with Eclipse Plug-ins

The default Java Virtual Machine security policy file specifies the permissions to be granted to Java code sources at runtime. The process of determining runtime permissions often involves code review, and requires applying the use of “off the shelf” runtime-analysis tools to determine permission requirements. In Eclipse 3.1, a custom implementation of the Java SecurityManager can be enabled which enforces Java 2 security without requiring a hand-crafted java policy file. However, the problem of determining Java 2 permission requirements remains. This session will present the work within the Equinox project of Eclipse.org to enable Java 2 runtime security, and provide a demonstration of Security Related Eclipse plug-ins developed to address the needs of Java developers performing security related tasks.
Ted Habeck, Advisory Software Engineer, IBM
Marco Pistoia, Ph.D., Research Staff Member, IBM

Using OSGi Technology for Secure Service Discovery

Seamless inter-working is a prerequisite for the deployment of pervasive computing applications for consumers at home. This presentation will discuss approaches where service discovery and security are firmly intertwined and embedded in the architecture; how a security architecture articulated around the notion of secure communication tunnels and security modules can be used to allow the specification of a secure service discovery mechanism, featuring peer-to-peer, as well as registry-based discovery, and cluster-based policy management; and how this can be implemented in an OSGi Framework and in how legacy service discovery mechanisms such as UPnP or EHS can be supported.
Antonio Kung, Founder/Director, Trialo

Leveraging OSGi Technology for End-to-End Reconfigurability: Enabling a Seamless Experience

The End-to-End Reconfigurability (E2R) project aims at realizing the full benefits of the diversity within the radio eco-space, composed of wide range of systems. The key objective of the E2R project is to devise, develop, trial and showcase architectural design of reconfigurable devices and supporting system functions. The technical research into the different concepts (system architecture, equipment management, resources management, etc.) is complemented by an important research stream on business modeling. The presentation will introduce the E2R initiative, the proposed device management Framework and the first research outcomes.
Karim El-Khazen, Technical Manager, Motorola

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Technology Requirements for the Next Generation OSGi Environment

Within two days the OSGi Alliance Developers Forum will introduce the coming OSGi R4 Servie Platform specifications as well as other OSGi based technical innovations. During this session the plenum is invited to discuss together, with leading industry and OSGi technology experts, the new technical requirements for the next generation OSGi environment.
Kai Hackbarth, OSGi Requirements Chair, Product Manager, ProSyst Software

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The Benefits of an Open Service Oriented Architecture in the Enterprise

Improved return on investment (ROI), faster time to market or deployment, better reuse, service location transparency, better scalability, and more maintainability are among the many benefits of an open, standardized Service Oriented Architecture. Hear why IBM thinks these are essential to the modern, on demand Enterprise, and is bringing these benefits and more to them with technologies standardized by the OSGi Alliance.
Craig Hayman, VP Development & Technical Support,| Workplace,Portal & Collaboration Software, IBM Software Group

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In the last twelve months, as OSGi technology has gained global traction, User Forums have been established around the world to proliferate OSGi based solutions in relation to regional market needs. This session will focus on what each forum is doing to maximize the adoption of OSGi technology in their value chain. The session will conclude with a panel discussion and Q&A.
Session Moderator:
Dan Bandera, Vice President of Americas, OSGi Alliance; Program Director, Emerging Device Standards and Strategy, IBM

OSGi Users' Forum – France
Olivier Pavé, Co-Chair Vehicle Expert Group, OSGi Alliance; Software Architect, Siemens VDO Automotive
 
OSGi Users' Forum – Japan
Ryutaru Kawamura, Senior Manager, NTT

OSGi Users' Forum – Korea
Chung-Kon, Ph.D., Vice President, Corporate Technology Operations, Samsung Electronics

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Business Implications of Open Source OSGi Implementation

OSGi specifications have traditionally defined a Java based service platform for service delivery and deployment in multiple environments. Recent developments point to another model - as demonstrated by the Equinox, OSCAR, Knoplerfish implementations to name a few. Our experts explore the business implications of this trend, including:

• Will an Open Source OSGi implimentation movement disrupt today’s business models?

• Who is threatened, who gains?

• Is an Open Source OSGi implimentation model sustainable in the long term?

Moderator: BJ Hargrave, OSGi Alliance Fellow & CTO; Senior Software Engineer, IBM
Panelists:
Richard S. Hall, Ph.D., Invited Researcher, OSGi Alliance and OSCAR Participant
Jeff McAffer, Project Leader, Eclipse Equinox
Christer Larsen, CEO, Gatespace Telematics and Knoplerfish
Enrique Rodriguez, Product Architect, Apache Software Foundation
Deepak Kamlani, President, Global Inventures

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From Proof Points to Volume: Getting to the Mass Market

OSGi technology has enjoyed success with the developer community and with corporate research staff developing the next generation of services and solutions. What is required to place solutions based on OSGi technology into the mainstream and generate a volume business and market? Panelists will draw on content from the vertical focus sessions and discuss the key actions that must occur for the OSGi Alliance and its technology to move from proof points to volume..
Moderated by:
Stanley Moyer, Executive Director, Telecordia Technologies
Panelists:
Thomas Hott, CEO, ProSyst Software
Vince Izzo, Director, Business Development, Motorola
Mark Newman, Chief Research Officer, Informa Telecoms & Media
Peter Van Der Perre, GST Manager, Ertico

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OSGi technology enables applications where pervasive services and computing feature prominently. The Mobile, Telematics and Connected Home ecosystems have been the primary adopters of the technology so far. What other and new applications are emerging as candidates for future adoption? Which markets are available and/or addressable and is the wireless, broadband, enterprise software, autonomic computing the next frontiers? This session will highlight some of the candidates and provide a view into what’s next for OSGi specifications.
Moderated by: Deepak Kamlani, President, Global Inventures

OSGi Technology in the IST Integrated Project: Enabeling pervasive services - a future business for operators

The IST Integrated Project Daidalos has the overall objective to improve user-friendliness and economic viability in the European information and communication sector by integrating mobile and broadcast communications and following a user-centred, scenario-based and operator-driven approach to deliver services pervasively and seamlessly across heterogeneous networks.

The current state-of-the-art in networking, services and system concepts poses a large number of obstacles to fulfilling this mission:

• The family of Mobile IPv6 related protocols and other more recent solutions suggested do not solve all the technical problems related to mobility and its combination with broadcast.

• The combination of numerous individual solutions, such as in the IETF, produces new problems because combining these protocols and algorithms severely increases system complexity.

• There is an urgent need for a user-friendly optimisation across layers ranging from the network to pervasive services for users who want easy access and are not interested in the underlying technologies.

• The provision of service pervasiveness exposes the serviced mobile user's context, resulting in the need for a new class of solutions for privacy and security.

• Pervasive systems add a further dimension to the network and service infrastructure, resulting in new, and as yet unsolved, configuration and management problems.
  Solutions to these problems would require operators to bridge a significant technology gap in both the infrastructure and the support for services.

The Daidalos project has chosen OSGi as a key architectural component for the pervasive service platform that spreads over the core network and reaches into the users devices. The Daidalos Architecture thus is making use of the flexible and dynamic feature the OSGi Service Framework provides, as well as taking advantage from the fact that OSGi technology is adopted for the areas: Home, Automotive and Mobile. From the specific use of multiple linked/connected OSGi frameworks to enable pervasive services the Daidalos project is extracting a new set of requirements for the future evolution of the OSGi specifications.
Hans-Werner Bitzer, Senior Project Manager, T-Systems International/Deutsche Telekom

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OSGi Technology in the IP Multimedia Subsystem (IMS) for Converged Network Services

The IP Multimedia Subsystem (IMS) is being adopted by both wireless and wireline carriers as a platform for offering converged network services. Part of the vision for converged networks is one core, one service, one device -- that is one core architecture will support one service experience across many devices or one device to access services across many networks. The OSGi service platform can play a key role in this vision and this talk will discuss what this role is. A brief overview of IMS, the types of applications and services it enables, and the requirements that places on the OSGi service platform will also be described.
Stanley Moyer, Executive Director, Telcordia Technologies

OSGi Service Platform in Home Control, Entertainment and Communications Applications

Control:
Automation service over X10,Konnex,Lonworks networks
Security service over RF with Powermax and Zigbee solutions

Entertainment:
Video distribution through UPnP
Audio distribution with commercial hardware
Infrared signal distribution over Ethernet

Data:
Ultra Wide Band benefits using true standards
Out coming communications with paternal control
Incoming communications with SSL Tunneling
Andres Manso, CTO, Hogar Digital

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OSGi Technology and IP-Based Video Surveillance in Home Security, Access Control, and Personal Care

IP video cameras have been revolutionizing the security industry in the last 20 months. They have become inexpensive and are continuously taking market share away from conventional analog video cameras.
Using available drivers that are compliant to the OSGi Specification, it becomes easy for existing solutions based on the OSGi Service Platform to leverage these IP Cameras:

• Home security: Visual verification of silent alarms can help to prevent false alarms.

• Access control: An image or video can be used to identify users and create a log of visitors.

• Care for the elderly / disabled: Visual monitoring in addition to existing emergency equipment.

• Child care: Complementing existing “baby phones” with visual data provides makes it easier for the caretaker to detect critical situations.

• Remote surveillance over the Internet: Answer questions such as “Did I turn the stove off?”.

Tom Enderes, CEO, Gatewide LLC
Prashant Viswanathan, Co-Founder, Gatewide LLC

Providing a Holistic, Service-Oriented Infrastructure for Integration of Real-World Data with Enterprise Solutions

The presentation gives an overview on how SAP Research positions OSGi as one of the technological enablers for providing a holistic service-oriented infrastructure for the seamless integration of real world data with enterprise solutions. This will efficiently enable emerging and future ubiquitous computing technologies such as RFID, sensor networks, embedded systems and other forms of devices to become a cornerstone for the transformation of business processes.
Thomas Odenwald, Head of Smart Items Research Program, SAP Research

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