What Is IDOR (Insecure Direct Object Reference)?
IDOR explained for developers. How insecure direct object references let attackers access other users' data by changing IDs in requests.
Expert insights on AI-powered coding security, vibe-based development practices, and protecting AI-generated web applications from vulnerabilities.
IDOR explained for developers. How insecure direct object references let attackers access other users' data by changing IDs in requests.
Input validation explained for developers. How to properly validate user input to prevent injection attacks, data corruption, and application crashes.
Insecure deserialization explained for developers. How untrusted data deserialization leads to RCE in AI-generated applications.
Mass assignment explained for developers. How auto-binding user input to model fields creates privilege escalation in AI-generated code.
Path traversal explained for developers. How directory traversal attacks exploit file handling in AI-generated code and how to prevent them.
Privilege escalation explained for developers. How attackers gain unauthorized access levels in AI-generated applications.
Prototype pollution explained for developers. How JavaScript prototype chain manipulation creates vulnerabilities in AI-generated code.
RCE explained for developers. How remote code execution attacks work, why AI-generated code is vulnerable, and how to prevent them.
SQL injection explained for developers. Learn how SQL injection works in AI-generated code and how to prevent it with parameterized queries.
SSRF explained for developers. How server-side request forgery lets attackers access internal services through your application.
Threat modeling explained for developers. A structured approach to identifying security risks in AI-generated application architectures.
XSS (Cross-Site Scripting) explained for developers. Learn what XSS means, how it affects AI-coded apps, and how to prevent it.
Effortlessly test and evaluate web application security using Vibe Eval agents.