IconBurst is the first typosquatting attack to trigger the payload only after its host software release package is deployed by unsuspecting users.
When new critical vulnerabilities are reported, SBOM depth, accuracy & search via portal & CLI can minimize the effort to understand your exposure.
IconBurst is the first typosquatting attack to trigger the payload only after its host software release package is deployed by unsuspecting users.
Attackers who compromise software delivery platforms can modify releases to attack production or customer environments. This happened to CodeCov.
When maintainer accounts of popular open source packages are compromised, altered versions can serve malware to automated CI/CD systems during the exposure window.
Typosquatting attacks prey on developers mistyping open source package names. The malicious payload usually steals credentials to pivot through developer toolchains.
This malicious package auto-executes & achieves persistence when installed. It finds & replaces digital wallet urls which transfers funds to the attacker.
This maliciuos package is installed as a library that runs when interactive non-login shells are created, making it difficult for code reviews to detect.
Secrets used during development that are accidentally built into releases or containers are easy for attackers to find & use to compromise software pipelines.
This example shows a tampered signature issue discovered in a Microsoft package. Automated version differencing validated remediation & passed the next build for release.
When new critical vulnerabilities are reported, SBOM depth, accuracy & search via portal & CLI can minimize the effort to understand your exposure.
Statically linked libraries can be invisible without binary analysis. This example package has critical vulnerabilities in statically linked open source libraries.