By limiting user input sizes.

By ensuring that only authenticated sessions can proceed through workflows.

By encrypting all user data in transit.

By blocking cross-origin requests.

Converting objects to text format for better readability

Accepting untrusted serialized data without proper validation

Storing serialized objects in encrypted format

Using serialization for large data files

They do not expire

They are encrypted with weak algorithms

They can be easily guessed or brute-forced

They are stored in LocalStorage

Allows the inclusion of JavaScript for validation

Faster XML processing for large documents

Better compatibility with non-XML-based systems

Increased reusability and centralized schema management

Handling user logout securely

Using cookies for session storage

Preventing CSRF attacks

Ensuring session data consistency across multiple servers

Availability

Processing Integrity

Privacy

Security

Secure

SameSite

Domain

HttpOnly

It ensures the serialized data cannot be deserialized again

It encrypts the data for secure transmission

It compresses the data for efficient storage

It verifies the origin and integrity of the data

Reduction in application size

Enhanced system performance

Improved object security

Remote Code Execution (RCE)

To simplify disaster recovery processes

To optimize storage costs in different regions

To ensure sensitive data remains within specific legal jurisdictions

To avoid encryption for localized data