HTTPS-only communication

Faster server responses

The use of HTTP connections

Blocking of cookies in insecure connections

Use whitelists for allowed classes during deserialization

Store serialized objects in a plaintext file

Always use JSON for serialization

Compress serialized objects to reduce attack surface

It detects unusual patterns and potential malicious activities

It prevents SQL injections

It simplifies server configurations

It reduces server response times

Allowing unlimited user sessions

Increasing server RAM capacity

Disabling logging mechanisms

Setting quotas for memory, bandwidth, and CPU usage

Shell commands executed on the server

Private keys and session cookies

Unencrypted session tokens

Files outside the web root folder

Implement server-side validation of parameters

Use GET methods to send sensitive information

Avoid validating parameter formats

Store all sensitive data in client-side parameters

To optimize HTTP request routing

To provide tools for server and website management

To monitor session expiration times

To manage server access control policies

Unencrypted session storage

Predictable session ID generation methods

Weak cryptographic algorithms

Lack of session expiration

By brute-forcing API endpoints to guess credentials.

By encrypting payloads to bypass security controls.

By exploiting weak session cookies to impersonate users.

By bypassing client-side validation to submit values outside predefined limits.

Internal users are trusted by default

All requests must be continuously verified

It eliminates the need for multifactor authentication

Trust is based on user location