Understanding the most frequent API weaknesses—from information disclosure and broken object-level authorization to injection, misconfiguration, and business logic flaws—helps security testers identify, exploit, and report issues such as over‑exposed data, missing rate limits, and improper authentication across modern web services.
This article surveys the most common API security flaws—including information disclosure, broken object‑level and function‑level authorization, over‑exposure of data, missing rate limits, mass‑assignment, misconfigurations, injection attacks, improper asset management, and business‑logic bugs—providing examples, code snippets, and practical testing tips for security professionals.
This article explains the most frequent API security weaknesses—including information disclosure, broken object‑level and function‑level authorization, authentication bypass, over‑exposure of data, missing rate limits, mass‑assignment, misconfiguration, injection, asset mismanagement, and business‑logic flaws—providing detection techniques and illustrative code examples.
This article explains how Python injection flaws—such as OS command, code, SQL, and arbitrary file download attacks—can be identified by analyzing abstract syntax trees, tracking controllable parameters, and implementing static checks to flag dangerous function calls.
This article explains why MongoDB is chosen, demonstrates practical PHP injection techniques against MongoDB queries, shows how to enumerate databases and collections, and provides concrete defensive measures such as using implode(), addslashes() and regex sanitization to prevent attacks.
