From P-Code to GNN: extract binary code semantics
blog.quarkslab.com | tool | #reverse-engineering | #binary-analysis | #machine-learning | #tool | #quarkslab | #gnn | #pcode
Summary
pcode_graph is a Python library, published by Quarkslab, suitable to build semantic graphs from binary code. We present how to use it to detect function similarities in binaries.
Why it matters
This coverage gives security teams current context for monitoring, validation, and remediation.
- Published
- Collected
--- id: 6529 title: "From P-Code to GNN: extract binary code semantics" source_domain: blog.quarkslab.com source_url: "https://blog.quarkslab.com/from-p-code-to-gnn-extract-binary-code-semantics.html" published_at: "2026-08-12T22:00:00Z" tags: ["reverse-engineering", "binary-analysis", "machine-learning", "tool", "quarkslab", "gnn", "pcode"] phying_url: "https://phying.com/item/6529" lang: en --- # From P-Code to GNN: extract binary code semantics ## Summary pcode_graph is a Python library, published by Quarkslab, suitable to build semantic graphs from binary code. We present how to use it to detect function similarities in binaries. ## Why it matters This coverage gives security teams current context for monitoring, validation, and remediation. ## Intelligence Metadata - **Sources:** blog.quarkslab.com - **Published:** 2026-08-12T22:00:00Z - **Original:** https://blog.quarkslab.com/from-p-code-to-gnn-extract-binary-code-semantics.html - **Phying News:** https://phying.com/item/6529