Securing Untrusted Code Via Compiler-Agnostic Binary Rewriting

Binary code from untrusted sources remains one of the primary vehicles for malicious software attacks. This paper presents REINS, a new, more general, and lighter-weight binary rewriting and in-lining system to tame and secure untrusted binary programs. Unlike traditional monitors, REINS requires no cooperation from code-producers in the form of source code or debugging symbols, requires no client-side support infrastructure (e.g., a virtual machine or hypervisor), and preserves the behavior of even complex, event-driven, x86 native COTS binaries generated by aggressively optimizing compilers.

Provided by: Association for Computing Machinery Topic: Virtualization Date Added: Dec 2012 Format: PDF

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