This paper presents Lib.so, a novel online platform for binary decompilation and reverse engineering. As the complexity of malicious software and proprietary software increases, the demand for accessible, high-performance analysis tools grows. Traditional decompilers, while powerful, often present barriers related to operating system compatibility, hardware resources, and configuration complexity. Lib.so addresses these challenges by providing a cloud-native, browser-agnostic interface that offloads computational overhead to remote servers. We discuss the architecture of the platform, its integration of modern decompilation engines, and the implications for collaborative security research and education. 1. Introduction Reverse engineering and binary analysis are critical components of modern cybersecurity, enabling malware analysis, vulnerability discovery, and legacy software maintenance. For decades, the industry standard tools—such as IDA Pro, Ghidra, and Binary Ninja—have been distributed as heavyweight desktop applications. Sans Plomb: Font Vk
Lib.so: A Web-Based Architecture for Collaborative Decompilation and Binary Analysis Missax.21.02.12.aila.donovan.kit.mercer.slide.p...