This article explores how Wukong's AI‑driven multi‑agent architecture dramatically improves code security auditing by addressing context loss, scheduling imbalances, and integrating a data‑flywheel that turns bad cases into continuous model improvements, illustrated by a real NVIDIA Megatron‑LM vulnerability fix.
This article walks through the most common MyBatis SQL injection patterns—like, IN, and ORDER BY—explains why they occur, and provides a step‑by‑step hands‑on methodology for locating, reproducing, and confirming the flaws in a real Java CMS project.
This guide walks through common MyBatis SQL injection patterns—like fuzzy queries, IN clauses, and ORDER BY misuse—showing how to locate vulnerable XML, trace the call chain, and confirm exploitation with a crafted request, providing practical steps for Java security auditors.
This guide explains common MyBatis SQL injection patterns—LIKE, IN, and ORDER BY—shows how to locate vulnerable $ placeholders in XML mappers, trace them through DAO and controller layers, and confirm exploitation with a crafted request, providing practical steps for secure Java web auditing.
This article explains how SQL injection can still occur in Java applications using MyBatis, describes the three typical vulnerable patterns (LIKE, IN, ORDER BY), and provides a step‑by‑step practical workflow—including code snippets and verification—to help beginners audit and remediate such issues.
This article explains how improper use of MyBatis in Java web applications can lead to SQL injection vulnerabilities, illustrates three typical injection scenarios with code examples, and provides a step‑by‑step practical workflow for discovering and confirming such flaws in a real CMS project.
This article walks through the typical ways MyBatis can introduce SQL injection—through misuse of # and $ in LIKE, IN, and ORDER BY clauses—provides correct code examples, and demonstrates a step‑by‑step reverse‑engineering workflow on an open‑source CMS to locate and confirm the vulnerability.
This article explains how improper use of MyBatis in Java web applications can lead to SQL injection vulnerabilities, illustrates three typical injection patterns with code examples, and provides a step‑by‑step practical methodology for locating and confirming such flaws in an open‑source CMS project.
