Maintainer-accepted authentication bypasses
Using local inference alone, SCATHA identified authentication bypass vulnerabilities in major open source repositories. The findings were reviewed and accepted by project maintainers.
ACCEPTED ↗
SCATHA is built to produce vulnerabilities that security teams can reproduce, maintainers can act on, and engineering teams can fix. Our results span source code, local inference, native binaries, firmware, and foundational open source software.
SCATHA's maintainer-accepted findings speak for themselves.
Using local inference alone, SCATHA identified authentication bypass vulnerabilities in major open source repositories. The findings were reviewed and accepted by project maintainers.
ACCEPTED ↗SCATHA has surfaced maintainer-accepted vulnerabilities in a popular operating system and widely used foundational open source software.
MAINTAINER-ACCEPTED ↗SCATHA identified major vulnerabilities in firmware through binary analysis alone. The resulting findings were accepted by the ODM maintainers.
FIRMWARE / ACCEPTED ↗SCATHA has discovered and validated vulnerabilities in mobile apps with millions of users from extracted binary analysis alone.
EXTRACTED BINARY / VALIDATED ↗Across popular open source repositories, SCATHA has produced dozens of high-severity vulnerability detections for further validation and remediation.
FURTHER VALIDATION ↗In comparative evaluation, SCATHA identified several bugs that Project Glasswing did not surface under the same assessment scope.
SAME SCOPE / DIFFERENT SIGNAL ↗SCATHA is the solution built for your security workflow and compliance requirements. Hosted anywhere you need it.
High-value vulnerability research without sending source, binaries, or findings to an external model.
SCATHA works across repositories, compiled binaries, firmware, applications, and native components.
Findings are returned with reproduction logic, technical evidence, severity context, and patch guidance.
Learn how SCATHA can fit your security workflow, deployment model, and compliance requirements.