Frequently asked questions
Axeploit is an AI-driven vulnerability scanner that automates API and web application security testing. It addresses the challenges of traditional dynamic scanners, which often require manual input to navigate login screens. Axeploit operates autonomously by registering its own accounts using real mobile numbers and email addresses, allowing it to receive one-time passwords (OTPs). Its layout-aware technology adapts in real-time, ensuring that the testing flow remains intact even when the frontend changes. Once authenticated, Axeploit maps out endpoints and scans for over 7,500 vulnerabilities, making it a powerful tool for identifying security weaknesses.
AI vulnerability scanners like Axeploit offer several benefits, including enhanced automation that reduces the manual overhead typically associated with traditional scanners. They can operate like real users, navigating complex authentication processes without requiring user credentials or session tokens. This capability allows them to identify authentication-related flaws that might be missed by conventional tools. Additionally, their ability to adapt to changes in the frontend ensures that testing remains effective, making them valuable for continuous security assessments.
Axeploit handles authentication by autonomously registering its own accounts using real mobile numbers and email addresses. This allows it to receive one-time passwords (OTPs) necessary for logging into applications. By mimicking real user behavior, Axeploit can navigate through authentication processes without the need for manual input, which helps it uncover vulnerabilities related to authentication that traditional scanners might overlook.
Axeploit is capable of detecting a wide range of vulnerabilities, scanning for over 7,500 different types. This includes common security issues such as SQL injection, cross-site scripting (XSS), and authentication-related flaws like email verification failures and mobile OTP bypasses. Its deep scanning capabilities ensure comprehensive coverage of potential security weaknesses in both APIs and web applications.