SPIDER: Stealthy Binary Program Instrumentation and Debugging

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The ability to trap the execution of a binary program at desired instructions is essential in many security scenarios. However, debuggers and instrumentation tools became inadequate because more of both malicious and legitimate programs are equipped with anti-debugging and anti-instrumentation. It is proposed to build systems that enable transparent trapping to solve the problem, but existing approaches are insufficient to support transparent, efficient, and flexible instruction-level trapping.

Researchers at Purdue University have developed a stealthy program instrumentation framework called SPIDER. This framework will enable transparent, efficient, and flexible instruction-level trapping based on hardware virtualization. The invisible breakpoint used in SPIDER is a novel primitive that has the efficiency and flexibility of software breakpoint; it utilizes hardware virtualization to hide its side effects from the guest.

-Perfect stealthiness
-Higher trapping efficiency
-Greater flexibility

Potential Applications:
-Computer Security
Jan 13, 2015
Utility Patent
United States
Nov 14, 2017

Jan 13, 2014
United States
Purdue Office of Technology Commercialization
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West Lafayette, IN 47906

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