April 14, 2009 – Dallas, TX
Keynote
Defending Against Threats in the Next Decade
In the past, Department of Defense strategies revolved around concepts such as "shore force projection" and "air superiority." With the ever expanding role of digital electronics and communication, the future success of battles will depend on "information superiority." For the United States and our allies, the need to share information in a secure and timely fashion will be critical to the success of our forces. Protection and delivery of that information will require more and more trust from the commercial suppliers of IT products. By utilizing commercial products designed to be evaluated by the National Information Assurance Partnership (NIAP) labs to medium and high robustness, large DoD contractors can achieve better affordability and still provide DoD the security required for its systems. This talk will address how such products can be architected into a multilayered assurance approach to provide very high levels of trust.
Dr. Ben Calloni, Lockheed Martin Fellow, Software Security
Dr. Ben Calloni is a Lockheed Martin Fellow for Software Security. He is a senior research program manager of Aeronautics Company in Fort Worth assigned to the Advanced Development Programs, formerly known as “The Skunk Works". His research interests are in the area of Software Security and Safety Assurance. He is partnered with Air Force Research Labs, the National Security Agency, the Open Systems Joint Task Force and several commercial off the shelf suppliers, to provide NIAP evaluated, COTS based, Multi Level Security infrastructure not only for Department of Defense weapon systems but for Homeland Security as well.
Dr. Calloni serves as the LM Corporate representative to the Object Management Group (OMG), is currently serving on the OMG Board of Directors, and co-chairs the System Assurance Task Force. He is active in The Open Group and serves as Vice Chairman of the Board of Directors and is Chairman of the Customer Council.
Dr. Calloni is licensed by the State of Texas as a Professional Engineer in Software Engineering. He was the first software engineer nationally in Lockheed Martin Corporation to achieve software engineering licensing.
Prior to joining Lockheed Martin, Dr. Calloni served as a USAF Fighter Pilot in the F-4 Phantom with 2000 hours. He served tours in Europe, South East Asia, and as a top gun instructor. He has a Ph.D. and M.S in Computer Science (Texas Tech University), an M.A. in Theology (Wayland Baptist University) and a B.S. in Industrial Engineering (Purdue University).
Agenda
| 8:00 a.m.–9:00 a.m. | Registration, Breakfast (Technology Pavilion) |
| 9:00 a.m.–9:30 a.m. |
Challenges Facing Aerospace and Defense Suppliers Presented by Rob Hoffman, Vice President and General Manager, Aerospace and Defense, Wind River
|
| 9:30 a.m.–10:15 a.m. |
Industry Keynote, Defending Against Threats in the Next Decade Presented by
Dr. Ben Calloni, Lockheed Martin Fellow, Software Security
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| 10:15 a.m.–10:30 a.m. | Break (Technology Pavilion) |
| 10:30 a.m.–11:15 a.m. |
Challenges Creating Next-Generation Products That Win Using Advanced COTS Platforms,
presented by Chip Downing, Director Business Development, Aerospace and Defense, Wind River
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| 11:15 a.m.–12:00 p.m. | Intel Keynote, Standards-Based COTS Solutions for Aerospace and Defense, presented by Mike Riess, Director - Intel Federal
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| 12:00 p.m.–1:00 p.m. | Lunch (Technology Pavilion) |
| 1:00 p.m.–4:00 p.m. | Gold Sponsor Breakout Sessions |
| 4:00 p.m.–5:30 p.m. | Cocktail Reception (Technology Pavilion) |
Breakout Sessions
| 1:00 p.m.–2:00 p.m. |
Accelerating Time-to-Market for Safe and Secure Certified Systems, Wind River
|
Standards-Based Building Blocks for Network-Centric Embedded and Communication Systems, Intel
|
The Data Distribution Service (DDS) Standard: A Next-Generation Approach to Building Distributed Real-Time Systems, Real-Time Innovations
|
The Benefits of Virtualized Systems Development for Aerospace and Defense Applications, Virtutech
|
| 2:00 p.m.–3:00 p.m. |
Essentials of Multicore Software Presented by Wind River
|
Building Multiprocessor Embedded Applications, Curtiss-Wright
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High-Performance Computing Utilizing Multicore Processors Built on Power Architecture Technology, Freescale
|
Securing Critical Program Assets with Anti-Tamper Technology, Arxan Defense
|
| 3:00 p.m.–4:00 p.m. |
Accelerating Time-to-Market for Safe and Secure Certified Systems, Wind River
|
Effective Model-Driven Development (MDD) for Complex A&D Systems, IBM
|
High-Performance Processing with VxWorks from Wind River and AXIS, GE Fanuc Intelligent Platforms
|
Essentials of Multicore Software Presented by Wind River
|
Challenges Facing Aerospace and Defense Suppliers
Presented by Rob Hoffman, Vice President and General Manager, Aerospace and Defense, Wind River
With the new U.S. administration, global aerospace and defense suppliers will be challenged to maintain and expand existing programs. Addressing these financial challenges, along with building systems that have increasing functional demands will challenge all parties in our industry in the coming years. These advances must be made in the face of technology disrupters, affecting the performance and acceptance of new system designs.
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Essentials of Multicore Software
Presented by Wind River
The increasing core count of today's multicore processors creates the opportunity to introduce multiple operating systems into a device, which can spur innovation and maximize performance. Achieving the optimal solution for a particular device requires a choice of appropriate type of operating system, multicore software configuration (SMP/AMP/virtualization), and top-notch tools to configure, debug, and optimize such systems.
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Platinum Sponsor Keynote
Presented by Intel
Intel's field-proven embedded computing, communications, and networking solutions harness breakthrough innovations in processing performance, programmability, and bandwidth. By providing the building blocks for modular, standards-based commercial off-the-shelf (COTS) solutions, Intel is ready to help the U.S. Department of Defense and system integrators meet cost and schedule requirements, mitigate program risk, and accelerate the process of force transformation.
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Use of ARINC 653 and Integrated Modular Avionics to Reduce Space, Weight, and Power Consumption in Unmanned Vehicles to Facilitate Asynchronous, Incremental Certification
Presented by Wind River
This session investigates how the ARINC 653 standard can be used to reduce SWaP and enable independence using guidelines from DO-178 and DO-297. It will explore the use of qualified XML-based configuration tools and the emerging ARINC 653 Supplement 3 XML schema and show the importance of configuration and build partitioning.
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Standards-Based Building Blocks for Network-Centric Embedded and Communication Systems
Presented by Intel
As a technology leader and provider of comprehensive products lines for embedded systems and communication networks, Intel is a trusted resource to help power your network-centric vision. You will learn how Intel multicore processors are well-suited for high-performance computing applications such as signal and image processing. Intel processors and chipsets, together with validated third-party hardware ingredients and software solutions, enable information assurance computing systems based on COTS solutions. You will also learn how Intel is delivering high-performance, energy-efficient solutions for mobile computing platforms.
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The Data Distribution Service (DDS) Standard: A Next-Generation Approach to Building Distributed Real-Time Systems
Presented by Real-Time Innovations
DDS has been adopted worldwide by major air force, army, marine, and navy programs as an open architecture standard for integrating real-time tactical systems with each other and with enterprise applications such as command and control systems. This breakout introduces the DDS standard and shows how it significantly reduces software life cycle costs with a net-centric approach to meeting the messaging and integration requirements of mission-critical embedded systems.
Close
The Benefits of Virtualized Systems Development for Aerospace and Defense Applications
Presented by Virtutech
This presentation will focus on how virtualized systems development (VSD) and Virtutech Simics, along with Wind River tools and platforms, can reduce product iterations by 50% while providing a software development platform up to 12 months before the physical target is available. VSD allows companies to mitigate risks, expedite testing, improve quality, and drive collaboration between not only the prime and its subcontractors but also between hardware, software, and system groups.
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Increasing Lethality and Survivability with Multilevel Secure Systems
Presented by Wind River
This session will show how traditional methods of building computing systems at the heart of defense weapons systems and other devices fall short. It will explain the emerging multiple independent levels of security (MILS) architecture in depth and show risks and provide recommendations. To increase lethality and survivability, defense system weapons builders must increase functionality and connectivity and reduce space, weight, and power, while maintaining high assurance of controlled security and safety, with controlled or even reduced costs. MILS is an emerging system architecture to create these necessary multilevel secure/cross-domain solutions.
Close
Building Multiprocessor Embedded Applications
Presented by Curtiss-Wright
This presentation introduces the wide range of tools Curtiss-Wright offers for increasing developer productivity, including targeted tools that provide insight into the configuration, real-time performance, and network traffic of the system under development. High-performance digital signal processing (DSP) systems require an ever increasing number of processing elements—whether they be processors, multiple cores within processors, or field programmable gate arrays (FPGAs)—to complete the task at hand. Building complex embedded applications that span these multiple processing nodes requires special tools and presents challenges in terms of task/thread synchronization, real-time event handling, I/O bandwidth, interconnect bottleneck management, and overall management across the system.
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High-Performance Computing Utilizing Multicore Processors Built on Power Architecture Technology
Presented by Freescale
Aerospace and defense applications continue to increase demand on performance within a decreasing power envelope. This constraint requires innovative solutions from microprocessor vendors to meet these ever increasing demands. Freescale's QorIQ multicore platforms provide an innovative architecture to address the size, weight, and power requirements of the A&D market. This session will provide details on the QorIQ architecture and roadmap.
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Securing Critical Program Assets with Anti-Tamper Technology
Presented by Arxan Defense
This presentation will provide attendees with how-to knowledge for incorporating anti-tamper (AT) technology into their systems and successfully deal with the U.S. Department of Defense policy that requires the use of AT technology in new programs and technology. An emphasis will be placed on understanding the threats facing embedded systems and how to defend against them using current technology. Additionally, practical ways to overcome the typical challenges of implementing effective protection will be discussed, such as dealing with limited performance margins and binary size restrictions. The goal is to provide attendees with real-life practical knowledge for how they can leverage the various types of AT technology to secure their critical program assets.
Close
High-Performance Processing with VxWorks from Wind River and AXIS
Presented by GE Fanuc Intelligent Platforms
GE Fanuc Intelligent Platforms commercial off-the-shelf (COTS) hardware and software components provide the building blocks for multiprocessing systems in deployed sonar, radar, SIGINT, and communications applications to accelerate time-to-market. AXIS (Advanced Multiprocessor Integrated Software) is a performance-optimized software environment designed to accelerate the development of complex signal processing applications requiring multiprocessor (PowerPC and Intel) systems. AXIS provides a foundation with immediate and long-term value, supporting our current and future product developments with seamless integration between the single board computer, signal processing, and sensor I/O.
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Effective Model-Driven Development (MDD) for Complex A&D Systems
Presented by IBM
This presentation, which includes a practical demonstration, will show how you can cut your development effort by 30% by leveraging the Rhapsody MDD and Wind River Workbench development environment in a completely integrated solution chain. Studies show that software is the main bottleneck for many embedded and real-time systems projects. Unified Modeling Language (UML)-based model-driven development (MDD) solutions such as Rhapsody combined with Eclipse-based development environments such as Wind River Workbench solve this problem by accelerating embedded device development, implementation, debugging, testing, and documentation for aerospace and defense applications.
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