TL;DR
This article formalizes an approach that can be used to extend code bases targeted for migration in such a manner that the threats associated the analysis of incomplete code bases are eliminated.
Over the past decades, Java-based applications have formed the backbone of enterprise, web, and mobile software systems, often containing complex business logic and domain-specific requirements embedded in older codebases (Java SE 1.2-8). Maintaining and migrating such systems is difficult due to unstructured code, mis...
An on premise Artificial Intelligence (AI)-based model for vulnerability detection in source code, designed to ensure there is efficiency in identifying potential weaknesses, and deployed locally within a Dockerized environment.
This work is building an executable formal semantics for eBPF in F* that explicitly distinguishes cross-platform and platform-specific behaviors and envision this semantics as a practical foundation for a uniform, trustworthy eBPF across platforms.
As an object-oriented language, Java relies heavily on its type system. Existing testing efforts mainly target type-related implementations in the Java compiler, while the substantially different type-related implementations in the Java Virtual Machine (JVM) remain insufficiently tested. Although many techniques have b...
Experimental results show that CRTAMS enables trusted-application migration across heterogeneous TEEs with low refactoring cost and moderate execution overhead in the evaluated workloads, while reducing the amount of platform-specific code that developers must write manually.
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