Security News

Cybersecurity news aggregator

HIGH Attacks Ars Technica Security

Supply-chain attack using invisible code hits GitHub and other repositories

Researchers have identified a supply-chain attack targeting GitHub, NPM, and Open VSX repositories with malicious packages that conceal their payloads using invisible unicode characters, evading manual code review and traditional detection. The attack vector involves uploading packages with names similar to legitimate libraries, tricking developers into including them. The malicious functions are hidden within the code using characters that do not render in standard editors and terminals.
Read Full Article →

Researchers say they’ve discovered a supply-chain attack flooding repositories with malicious packages that contain invisible code, a technique that’s flummoxing traditional defenses designed to detect such threats. The researchers, from firm Aikido Security, said Friday that they found 151 malicious packages that were uploaded to GitHub from March 3 to March 9. Such supply-chain attacks have been common for nearly a decade . They usually work by uploading malicious packages with code and names that closely resemble those of widely used code libraries, with the objective of tricking developers into mistakenly incorporating the former into their software. In some cases, these malicious packages are downloaded thousands of times. Defenses see nothing. Decoders see executable code The packages Aikido found this month have adopted a newer technique: selective use of code that isn’t visible when loaded into virtually all editors, terminals, and code review interfaces. While most of the code appears in normal, readable form, malicious functions and payloads—the usual telltale signs of malice—are rendered in unicode characters that are invisible to the human eye. The tactic, which Aikido said it first spotted last year, makes manual code reviews and other traditional defenses nearly useless. Other repositories hit in these attacks include NPM and Open VSX. Read full article Comments

Share this article