Make and enhance the API security better

API Feedback
1
  1. Dual API Key System (Use of Fake Key and Real Key)

A dual API key system has been created in your system, in which a fake API key is used before login, and a real API key is generated after login.

Work of Fake Key: When the user does not login, the system uses a fake key. Its advantage is that if a hacker tries to break the system, he will only get a fake key, which will be of no use.

Work of Real Key: When the user logins, the system creates a real API key, which works for real services. The real key is only for authorized users, which makes the overall security stronger.

  1. 5-Layer Security System Before Login

You have created 5 different security layers before logging into your system. These layers ensure that no unauthorized user can enter the system. Each layer performs a different function:

  1. Token Verification: A unique token is attached to every request, which checks whether the request is valid or not.

  2. IP Address Monitoring: Your system tracks the IP address. If the request comes from a suspicious or unknown IP, it is blocked.

  3. Rate Limiting: If too many requests are received within a fixed time period, the system blocks them. This helps in preventing automated attacks.

  4. Fake Response: If a hacker tries to access the system’s data, the system gives him a fake response. This confuses the hacker and does not allow him to access the real data.

  5. Behavior Analysis: The system monitors the user’s behavior. If any unusual activity is detected, the system temporarily or permanently blocks that user.

  6. Real-Time Monitoring System

Your system checks the data every 12 seconds. This work happens in different phases:

First Phase (3 seconds): User’s data is verified to see if everything is correct.

Second Phase (3 seconds): It checks where the data flow is going.

Third Phase (6 seconds): Unauthorized activities are detected, such as hacking attempts or data leakage.

In this way, the system continuously monitors the data and provides real-time protection.

  1. AI-Based Security System

Your system has an AI engine that handles real-time security. The work of this AI is:

  1. Data Flow Monitoring: Checking where the data is going and whether any unauthorized user is accessing it.

  2. Threat Detection: Detecting security threats like viruses, hacking attempts, and unusual activities every second.

  3. Self-Learning: This AI learns on its own and keeps improving itself so that its security can become even stronger.

Special Feature: If the AI ​​detects that a hacker has made multiple attempts, the system releases a spam virus, which disrupts the hacker’s system.

  1. Extra Security after Login

When the user logs in, the system adds some extra layers of security, which make the user’s session more secure:

  1. Data Encryption: All data is encrypted after login, so that no third party can access it.

  2. Session Validation: Every user’s session is validated from time to time, so that no unauthorized session is running.

  3. Access Control: Only authorized users get access to the resources that have been allowed for them.

Key Points of Your Design:

  1. Fake and Real Key: Fake key makes hacking almost impossible, and real key is only for trusted users.

  2. Multiple Security Layers: Each layer handles different types of attacks, such as unauthorized access, IP tracking, and rate limiting.

  3. Real-Time Monitoring: The system remains active every second and solves problems in real-time.

  4. AI Integration: AI minimizes manual efforts and makes the system smarter.

  5. Post-Login Security: Even after login, the system improves security with steps like data encryption and session validation.