Military  Information Technology

Military Information Technology

The Voice of Military Communications and Computing
 
MIT Ennouncement 2009 - Issue 2
 
 
Greetings!

   
     Welcome to the latest issue of MIT's ennouncement, which offers our audience a recap of key recent news in the field of military IT, as well as a look at the stories in the current issue of Military Information
Technology.

     Headline stories from the past few weeks include:

�    The 2009 Quadrennial Roles and Missions Review just released by the Pentagon includes a call for development of a professional cyberspace force.

�    A new industry group plans to address the interoperability issues of VPX system architectures.

�    An Army contract will fund research into millimeter-wave combat identification systems to reduce the risk of fratricide.
 
      The upcoming February issue of MIT  features Rear Admiral Michael C. Bachmann, commander of the Space and Naval Warfare Systems Command.

     Look for us at key upcoming conferences and exhibitions, including AFCEA West in San Diego, CA, February 11-13, 2009.

 
Best Regards,
Harrison Donnelly signature
Harrison Donnelly, Editor
Military Information Technology magazine
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CYBERSPACE PRIORITY
Report urges doubling of computer network operations training facilities to 1,000 students per year.

 
     The 2009 Quadrennial Roles and Missions Review (QRM) Report to Congress just released by the Department of Defense includes an extensive discussion of the mission and challenges facing the military in cyberspace.
 
     In addition to defining the department's core missions and capabilities, the 2009 QRM review describes how the department reviewed the rapidly evolving roles, missions, and capabilities associated with irregular warfare, cyberspace operations, unmanned aircraft systems, and intra-theater airlift. The report discusses ways the department is working to enhance operations in these areas, as well as opportunities to improve government-wide approaches to solving problems in today's complex security environment.
 
     During the QRM, a cyber-issue team co-led by the Office of the Under Secretary of Defense for Policy and U.S. Strategic Command addressed cyberspace issues related to developing, structuring and employing the cyberspace force. To achieve the desired end states of this cyberspace vision, the department has decided to pursue four initiatives: 
  1. Develop a professional cyberspace force able to influence and execute cyberspace operations with the same rigor and confidence as traditional department operations in other domains.                        
  2. To mature this force, the department intends to learn from the new, innovative capabilities and experiences of counterparts across the U.S. government, in the private sector, and internationally.
  3. Internally, the department is changing its joint professional military education curricula to include more classes and information on cyberspace to improve knowledge of this domain throughout the force and among civilian employees.
  4. For computer network operations (CNO) specialists, the department is increasing basic training capacity in the coming years, with a goal of doubling the capacity of CNO training facilities to 1,000 students per year.

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VPX ALLIANCE
Companies seek to resolve performance and interoperability gaps in popular suite of specifications for embedded systems.


     An independent association is being formed through the alliance of more than 10 leading defense prime contractors and COTS systems developers striving to solve the interoperability issues of VPX system architectures.
 
     The OpenVPX Industry Working Group was initiated by Mercury Computer Systems to meet the challenges of VPX interoperability and system management. The group's charter is to publish a comprehensive system design guide that will improve interoperability of COTS 3U and 6U VPX-based systems achieved in part by implementation of predefined system profiles.
 
     Mercury, which has designed and deployed high-end ATCA and MicroATCA systems for the past five years, is leveraging this expertise and the proven underlying scalable architecture, including advanced system management technology, as the foundation for its contribution to the OpenVPX Industry Working Group.
 
      "The OpenVPX system-level approach will enable prime contractors to greatly reduce the time required to create integrated COTS solutions in 3U and 6U form factors," said Didier Thibaud, senior vice president and general manager of advanced computing solutions at Mercury. "It will also lower the risk of adoption, and expand the addressable market for VPX solutions, while accelerating deployment into real-world applications."
 
      The VPX standard rapidly evolved into a family of specifications defining a number of board-level architecture options. While the range of available VPX-based specifications is intended to enable superior processing performance for various defense embedded computing applications, it has significantly increased the probability that VITA 46-based products developed by multiple manufacturers will not operate together in an integrated system.

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COMBAT IDENTIFICATION
Army studies millimeter-wave systems for preventing friendly fire.

 
     The Army has contracted with BAE Systems and Thales to provide combat identification solutions for ground combat and combat support vehicles to minimize the risk of fratricide.
 
     Under a $3.3-million contract, the companies will study how millimeter-wave combat identification systems can address issues related to affordability, information security, and platform integration. The contract was awarded as part of the Joint Cooperative Target Identification-Ground program, an effort to develop a low-cost target identification capability for the Army and Marine Corps.
 
     "BAE Systems and Thales are working together to develop a systems approach that combines Thales's expertise in combat identification equipment and BAE Systems' expertise in platform integration and network-centric combat identification capabilities," said Paul Markwardt, vice president of identification and surveillance for BAE Systems.
 
      The contract covers the program's risk-reduction phase, focusing on ground-to-ground combat identification between platforms. The program specifies a NATO-standard all-weather, millimeter-wave interrogate-and-respond system for use on U.S. fighting vehicles to signal the presence of friendly vehicles. The system must be day-and-night capable and not affected by camouflage or battlefield obscurants.


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     Thank you for your interest in Military Information Technology magazine.  For more information about MGT's editorial content, advertising opportunities, or to suggest a story idea, contact us .
 
Best regards,
 Harrison Donnelly signature
Harrison Donnelly
Editor, Military Information Technology magazine 

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