The United States Department of Defense Joint Information Environment (JIE) began to take shape in 2010, as part of efficiency initiatives to consolidate Defense IT infrastructure and generate savings, provide full situational awareness across all defense networks, and improve the Department’s ability to share information between the services and with its industry partners and other government agencies. While full capabilities are not expected to be realized until the 2016-2020 timeframe, DoD is already hard at work with industry to procure and configure IT in a more secure fashion and the first demonstration of JIE will take place in Europe this year, hosted by the U.S. European Command. Many organizations are asking themselves if they are JIE-ready, yet what exactly does this mean?
RedSeal Networks is playing a key part in the security component of the JIE program. Part of the JIE program is to migrate to a Single Security Architecture (SSA). The deployment of this SSA will be realized through what is commonly referred to as Joint Regional Security Stacks (JRSS). Within these stacks are integrated technology components that will provide comprehensive security to the JIE environment. The development and deployment of JRSS along with the overall JIE program will take a significant effort of consolidation and migration to realize the financial and organizational benefits. RedSeal’s role in this effort is recognized through four key use cases of the RedSeal Networks platform.
The four key areas where the RedSeal platform will have impact with respect to JIE are aligned with the phases of JRSS development and can be seen as:
- Model and visualize the current state of your complex legacy networks and security infrastructure including calculating every possible internal and external attack path
- Ensure defense in depth with tiers/enclaves are efficient and effective
- Visualize the completed JIE infrastructure before migration even begins
- Create artifacts for JIE ATO and IA certifications
Our next blog post will discuss how to model and visualize legacy environments.