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Software debloating is an emerging field of study aimed at improving thesecurity and performance of software by removing excess library code andfeatures that are not needed by the end user (called bloat). Software bloat ispervasive, and several debloating techniques have been proposed to address thisproblem. While these techniques are effective at reducing bloat, they are notpractical for the average user, risk creating unsound programs and introducingvulnerabilities, and are not well suited for debloating complex software suchas network protocol implementations. In this paper, we propose CARVE, a simpleyet effective security-focused debloating technique that overcomes theselimitations. CARVE employs static source code annotation to map softwarefeatures source code, eliminating the need for advanced software analysisduring debloating and reducing the overall level of technical sophisticationrequired by the user. CARVE surpasses existing techniques by introducingdebloating with replacement, a technique capable of preserving softwareinteroperability and mitigating the risk of creating an unsound program orintroducing a vulnerability. We evaluate CARVE in 12 debloating scenarios anddemonstrate security and performance improvements that meet or exceed those ofexisting techniques.

CARVE: Practical Security-Focused Software Debloating Using Simple Feature Set Mappings