password-reset-flaws

To test password reset functionality for CSRF vulnerabilities, you intercept the reset request using Burp Suite or OWASP ZAP to verify if the state-changing form lacks anti-CSRF tokens. This confirms if an attacker can force a victim's password change without interaction.

Cross-user modification via parameter swapping occurs when an attacker manipulates hidden parameters, like the email or username field, in a password reset request to change another user's credentials. This allows unauthorized account takeover through insecure workflow validation.

To identify predictable password reset tokens, you generate multiple reset requests and analyze the token values for patterns using security testing tools. Exploiting token predictability allows attackers to guess valid reset links and compromise accounts.

Yes, you can use Burp Suite and OWASP ZAP to detect missing current-password verification by intercepting the password change request and removing the current password parameter. If the server accepts the modification, the authentication flow is vulnerable to session hijacker lockout attacks.

Insecure password storage directly impacts password reset workflows because if passwords are stored in plaintext or weakly hashed, attackers compromising the database can bypass reset token mechanisms entirely. Secure reset flows require robust cryptographic hashing of newly set passwords.

Session hijacker lockout occurs in password change flows when an attacker who hijacked a session changes the victim's password, locking out the true owner. Testing this verifies if the application requires the current password before allowing modifications to prevent unauthorized account takeover.