ESC SV-521- Secure Systems Development Using the LynxSecure Separation Kernel

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ESC SV-521- Secure Systems Development Using the LynxSecure Separation Kernel
Rance DeLong Staff Scientist, LynuxWorks, Inc.

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DESCRIPTION Perennial security problems seem to become ever more daunting as embedded computing becomes ubiquitous and the stakes rise for the defense of such systems. The LynxSecure Separation Kernel is a foundational component for the construction of high-assurance secure systems. Developers of such systems must provide convincing assurance cases for the trustworthiness of such systems. This class describes how LynxSecure supports the development of high-assurance secure systems and how developers can approach the system design and assurance activity. This class is based on the LynxSecure Separation Kernel and upon research being performed at SRI international under the auspices of AFRL and Raytheon. PREREQUISITES Course Price $19.95 Experience with embedded technology, and be familiar with the issues and concerns involved in constructing high-assurance secure systems. ESTIMATED TIME 100 minutes AUTHOR

Rance DeLong Staff Scientist, LynuxWorks, Inc.

Rance DeLong is staff scientist at LynuxWorks, a member of the Center for Advanced Study and Practice of Information Assurance at Santa Clara University, and a secure systems consultant. Rance has 29 years of research, engineering and management experience with security-related technologies, software engineering and product development. Nineteen of those years have been devoted to security and methodologies for high-assurance. He has had key roles in four prior advanced, secure-system development efforts. He currently is supporting the design and development of LynxSecure and participating in MILS research at SRI International. Rance has a BS in physics/math and a BA degree in philosophy from Moravian College, and has done extensive postgraduate course work at Lehigh and Stanford Universities.

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