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Malware in Lisp? Now you're just being cruel

ID: b85645a5-4461-5795-8921-ffbe55868b06

STIX ID: report--b85645a5-4461-5795-8921-ffbe55868b06

Feed Name: The Register (Security)

Threat Score
15/100

Date Published: 2025-03-29

Date Updated: 2026-04-26

Author: Thomas Claburn

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Researchers analyzed nearly 400,000 Windows executables and conclude that malware written in less-common languages or compiled with uncommon toolchains (e.g., Delphi, Rust, Haskell, Lisp, niche compilers) can substantially reduce static-detection rates and complicate reverse engineering; the paper documents language-specific effects such as shellcode fragmentation and highlights APT and ransomware examples that have shifted languages, recommending more defensive focus on these ecosystems.

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