Compare Hacker Target vs. garak

Streamline the security evaluation process through the use of hosted vulnerability scanners. This approach encompasses everything from discovering potential attack surfaces to pinpointing vulnerabilities, providing actionable insights for IT and security teams. Actively seek out security flaws by transitioning from attack surface analysis to vulnerability detection. Utilize reliable open-source tools to uncover security gaps and gain access to resources commonly employed by penetration testers and security experts globally. Approach vulnerability hunting from the perspective of potential attackers. By simulating real-world security scenarios, test vulnerabilities and enhance incident response strategies. Uncover the attack surface using both advanced tools and open-source intelligence, ensuring your network enjoys improved visibility. With over one million scans conducted last year alone and our vulnerability scanners operational since 2007, addressing security concerns begins with identification. Correct the vulnerabilities, mitigate the associated risks, and conduct follow-up tests to confirm resolution and effectiveness. Continuous monitoring and reassessment are vital in maintaining a robust security posture.

Garak evaluates the potential failures of an LLM in undesirable ways, examining aspects such as hallucination, data leakage, prompt injection, misinformation, toxicity, jailbreaks, and various other vulnerabilities. This free tool is designed with an eagerness for development, continually seeking to enhance its functionalities for better application support. Operating as a command-line utility, Garak is compatible with both Linux and OSX systems; you can easily download it from PyPI and get started right away. The pip version of Garak receives regular updates, ensuring it remains current, while its specific dependencies recommend setting it up within its own Conda environment. To initiate a scan, Garak requires the model to be analyzed and, by default, will conduct all available probes on that model utilizing the suggested vulnerability detectors for each. During the scanning process, users will see a progress bar for every loaded probe, and upon completion, Garak will provide a detailed evaluation of each probe's findings across all detectors. This makes Garak not only a powerful tool for assessment but also a vital resource for researchers and developers aiming to enhance the safety and reliability of LLMs.