ossfuzz

To enroll your project for continuous fuzzing, you need to configure project.yaml and use the infra/helper.py CLI to build Docker images and write build.sh harnesses. This automates integration into the distributed fuzzing infrastructure to catch crashes early.

Continuous fuzzing for open-source projects provides free distributed infrastructure for ongoing security testing. It works by using standard fuzzing engines like libFuzzer and AFL to run automated harnesses against your code, validating correctness without managing infrastructure.

OSS-Fuzz supports continuous security testing across languages and platforms. It uses Docker-based build.sh harnesses and standard fuzzing engines like libFuzzer and AFL to implement integration for open-source projects seeking cross-platform validation.

You need Docker to set up fuzzing harnesses because the integration requires building Docker-based build.sh files. These images package your project with standard fuzzing engines like libFuzzer or AFL to run within the distributed fuzzing infrastructure.

The best way to automate security testing without managing infrastructure is using OSS-Fuzz. It applies free distributed infrastructure to open-source teams by automating CLI workflows to build, run, and analyze fuzzers using project.yaml configurations and standard fuzzing engines.

Using libFuzzer or AFL for open-source security testing is required to implement integration with the distributed fuzzing infrastructure. These standard fuzzing engines execute the Docker-based build.sh harnesses to perform continuous correctness validation.