What technique can be used to help mitigate DDoS attacks on Stallion Server?

What technique can be used to help mitigate DDoS attacks on Stallion Server?

• A. Increasing server resources
• B. Using rate limiting and traffic filtering
• C. Implementing stronger firewalls
• D. Enlarging bandwidth capacity

Answer: (B)

Using rate limiting and traffic filtering is an effective technique to help mitigate DDoS attacks on Stallion Server. Rate limiting controls the number of requests a user can make to the server in a given timeframe. This helps to prevent overload by restricting excessive requests from a single source that could be part of a DDoS attack. By filtering traffic, the server can block malicious traffic while allowing legitimate requests to pass through, ensuring that resources are available for users who are not part of the attack. This approach is particularly valuable because it addresses the nature of DDoS attacks, which often rely on overwhelming the server with massive quantities of traffic. By implementing these strategies, the server can maintain its functionality and protect itself against attempts to disrupt service. The combination of rate limiting and filtering provides a more targeted defense mechanism compared to simply increasing server resources, enlarging bandwidth capacity, or implementing stronger firewalls, which may not fully address the specific tactics used in DDoS attacks.

Using rate limiting and traffic filtering is an effective technique to help mitigate DDoS attacks on Stallion Server. Rate limiting controls the number of requests a user can make to the server in a given timeframe. This helps to prevent overload by restricting excessive requests from a single source that could be part of a DDoS attack. By filtering traffic, the server can block malicious traffic while allowing legitimate requests to pass through, ensuring that resources are available for users who are not part of the attack.

This approach is particularly valuable because it addresses the nature of DDoS attacks, which often rely on overwhelming the server with massive quantities of traffic. By implementing these strategies, the server can maintain its functionality and protect itself against attempts to disrupt service. The combination of rate limiting and filtering provides a more targeted defense mechanism compared to simply increasing server resources, enlarging bandwidth capacity, or implementing stronger firewalls, which may not fully address the specific tactics used in DDoS attacks.