Storing all sensitive data in GET requests

Allowing sensitive parameters to be modified directly by the user

Ignoring server-side input validation

Encrypting parameters during transmission

Enabling structured, platform-independent communication between applications

Creating interactive vector graphics

Defining the structure of XML documents

Visualizing geographic data

Use tokens based on user IDs

Set tokens to expire after a short time period

Allow tokens to be reused

Use predictable token patterns

Use GET parameters for sensitive data

Enforce HTTPS for all sensitive communications

Store credentials in plaintext

Avoid encrypting transmitted data

Uses a database for reliable multi-server access

Stores sessions directly in HTTP headers

Stores sessions on disk for simplicity

Stores sessions in memory for high speed

Netcraft

dirbuster

dnsrecon

Sublist3r

Failure to deserialize objects from JSON

Objects not being stored in Base64 format

Corruption of serialized data during transit

Rapidly increasing CPU or memory usage during deserialization

Improper handling of external entities in XML parsers

Malformed XML attributes

Lack of JSON parsing capabilities

Insecure XSLT transformations

Role-Based Access Control (RBAC)

Processing Integrity

Security by Default

Least Privilege Principle

By limiting the number of requests a user can make in a given time

By encrypting all incoming traffic

By creating additional server resources dynamically

By redirecting traffic to a backup server