US Navy Experiments With Secure Cloud Computing

August 20, 2009 / G C Network /

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The primary goal of FORCEnet experimentation is to influence accelerated fielding of improved Command and Control (C2) capabilities to the fleet through Program of Record (POR) acceleration or transition of new technologies into PORs. Additional goals include evaluating Tactics, Techniques, and Procedures (TTP) that best exploit, promote, expand, and incorporate new FORCEnet capabilities in support of optimizing execution of Naval operations; increasing warfighter effectiveness through discovery and development of enhanced capabilities; and encouraging Government, industry, and academia use of experimentation to advance new concepts and capabilities.
This year, for the first time, the event has been expanded to include a lab-based venue designed to experiment with lower Technology Readiness Level (TRL) candidates. The goal of this added activity is to demonstrate technologies that have the potential to fill mid- and far-term warfighting gaps. One of these lab-based experiments is secure cloud computing.
Sponsored by Dataline, LLC, the Secure Cloud Computing experiment has been designed to explore the use of a commercial Infrastructure as a Service (IaaS) platform as a viable means of supporting a specified subset of US Navy mission requirements for global connectivity, server failover and application access. Goals for the experiment include:
  • Demonstrating the establishment and use of trusted communication paths on a global public computing infrastructure; and
  • Demonstrating dynamic, mission driven, provisioning of information via trusted communication paths on a global public computing infrastructure
Working with Amazon Web Services and Security First Corporation, the Dataline-led team will explore the ability of cloud computing technologies to support humanitarian assistance and disaster relief military missions. As currently planned, the test scenario will simulate the secure use of a cloud-based collaboration environment. Both synchronous and asynchronous collaboration technologies will be leveraged. Information and data access among multiple operational groups will be dynamically managed based on simulated ad-hoc mission requirements. Expected mission advantages of this new approach include:
  • Increased IT infrastructure resiliency through the use of dynamic and automatic provisioning of compute and storage resources;
  • The ability to provide virtually unlimited IT infrastructure scalability through the elastic nature of an infrastructure-as-a-service platform; and
  • Increased mission flexibility through a globally distributed and accessible IT infrastructure that is also open to use by Non-Government Organizations (NGOs), civilian first responders and non-US military forces.
The use of a government sponsored “Red Team” is also being requested as a means of validating the security of the proposed infrastructure.
For further information on the Trident Warrior lab based experiments, please contact LCDR Caroline Lahman ( [email protected] )
For further information on the Dataline Secure Cloud Computing experiment, please contact Kevin Jackson ([email protected])

( Thank you. If you enjoyed this article, get free updates by email or RSS – KLJ )
TRIDENT WARRIOR ’09

Follow me at https://Twitter.com/Kevin_Jackson
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3 Comments

  1. Urs E. Gattiker on August 21, 2009 at 6:53 am

    This is an interesting post – thanks a million but having defence forces use computing in a cloud services such as Amazon or those from Security First raises some risk management issues, does it not?

    Systemic risk management and how it applies to computing in a cloud issues is also addressed here:

    http://ComMetrics.com/?p=2091

    Thanks for this post.



  2. L. Venkata Subramaniam on August 25, 2009 at 12:45 pm

    Security on the cloud seems to be a challenge? Do you think this will be a problem for the defence forces to adopt cloud in a big way?



  3. Kevin L. Jackson on August 25, 2009 at 12:51 pm

    Defense forces are using cloud computing technology today. I see it expanding in both public and private cloud use cases. Missions involving interaction with non-military organizations (i.e. humanitarian assistance), will leverage public clouds for reduced cost and improved access. Other missions will stick to private clouds built and maintained by the military..



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