Chris Chapin is a Senior Cloud Solutions Architect at Microsoft with eight years focused on cloud, hybrid identity, and security and a two-decade foundation in systems and infrastructure engineering. He blends hands-on identity and AD expertise—from large Exchange and federation migrations to hybrid identity consulting—with cloud architecture practice at Microsoft. An active security researcher on GitHub, he contributes to advanced binary instrumentation and antivirus-evasion tooling, showing deep low-level skills in instrumentation, shellcode, and injection techniques beyond typical cloud roles. Based in Glen Allen, Virginia, he pairs a mechanical engineering background and an IT degree with practical enterprise experience, enabling a systems-oriented approach to secure cloud design. Colleagues rely on him to bridge legacy identity estates and modern cloud security controls while retaining a researcher’s curiosity for novel attack and detection tradeoffs.
8 years of coding experience
19 years of employment as a software developer
BS, Information Technology, BS, Information Technology at University of Phoenix
Mechanical Engineering, Mechanical Engineering at Cal Poly Pomona
Contributions:9 releases, 4 reviews, 168 commits in 2 years 5 months
Contributions summary:Chris contributed to bug fixes, error handling, and the addition of new modules within the Medusa Android instrumentation framework. Their work included code changes in Python scripts, Java code related to the Android agent, and JavaScript scripts for Frida hooks. The commits demonstrate a focus on expanding functionality and maintaining the framework's features for Android application analysis. The user also focused on adding new features to the applications, such as the dex dump functionality.
Contributions:78 commits, 6 PRs, 73 pushes in 4 years 2 months
Contributions summary:Chris primarily contributes to an antivirus evasion project, adding features designed to bypass antivirus detection mechanisms. Their work involves the creation of shellcode, encryption techniques, and injection methods like thread hijacking and APC injection to execute payloads. They also implement features such as RTLO spoofing and custom icon integration to further obscure malicious activity.
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