Detect Vulnerabilities Before They Become Threats
Leverage advanced AI to analyze your code and web applications for security vulnerabilities. Get instant, actionable insights to protect your systems.
Get Started FreeCore Features
- XSS Detection
- SQL Injection
- Command Injection
- Protocol Security
- Parameter Analysis
- IDOR Detection
- Persistent Storage
- Detailed Reports
- Quick Access
Advanced Features
Share findings with your team or archive for compliance with professional PDF reports that include severity summaries and remediation steps.
Configure daily, weekly, or monthly scans with email alerts. Keep your security posture continuously monitored without manual intervention.
See which vulnerabilities were fixed, which new ones appeared, and measure your security improvements with visual comparisons.
Vulnerability Types We Detect
Our AI analyzer can identify a wide range of security vulnerabilities across different severity levels. Learn about each type below.
Injection of malicious scripts into web pages viewed by other users. Attackers can steal cookies, session tokens, or perform actions on behalf of users.
Example:
Setting innerHTML with user input without sanitization
Insertion of malicious SQL code into application queries. Attackers can bypass authentication, extract sensitive data, or modify database contents.
Example:
Concatenating user input directly into SQL queries
Execution of arbitrary system commands on the server. Attackers can gain complete control of the server or access sensitive files.
Example:
Passing user input to system command execution functions
Access to files outside the intended directory through path manipulation. Attackers can read configuration files or private keys.
Example:
Using '../' sequences to navigate up directory structure
Unsafe deserialization of untrusted data leading to code execution. Dangerous in languages like Java, Python, and PHP.
Example:
Using ObjectInputStream.readObject() with untrusted data
Weak or improperly implemented authentication mechanisms. Includes hardcoded credentials, weak passwords, and missing MFA.
Example:
Storing passwords in plain text or using weak hashing
Use of weak or deprecated cryptographic algorithms. Compromises confidentiality and integrity of sensitive data.
Example:
Using MD5 for password hashing or DES encryption
Unintended exposure of sensitive information through error messages, comments, or logs. Helps attackers plan targeted attacks.
Example:
Detailed error messages showing stack traces in production
Cross-Site Request Forgery allowing unauthorized actions on behalf of users. Attackers trick users into performing unwanted actions.
Example:
Forms without CSRF tokens or GET requests for sensitive operations
Security misconfiguration of application, framework, or infrastructure. Includes default credentials and missing security headers.
Example:
Debug mode enabled in production or outdated dependencies
Security vulnerabilities are weaknesses in your code or configuration that attackers can exploit. By understanding each type, you can:
- Write more secure code from the start
- Conduct better code reviews
- Implement proper security controls
- Reduce the risk of data breaches
- Comply with security standards and regulations
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