A company's production e-commerce application is hosted on Amazon EC2 instances behind an Application Load Balancer (ALB). The company has subscribed to AWS Shield Advanced to protect its infrastructure from distributed denial of service (DDoS) attacks. A SysOps administrator is tasked with configuring automatic application-layer DDoS mitigation to block traffic from sources identified by AWS Shield.
Which two configuration steps must the administrator perform to enable this automatic mitigation? (Select TWO.)
- Associate an AWS WAF Web ACL with the Application Load Balancer.Cevap
- Enable automatic application-layer DDoS mitigation on the protected ALB resource within AWS Shield Advanced.Cevap
- CConfigure a stateless Network Access Control List (NACL) rule on the public subnets to block traffic from the threat intelligence IP set.
- DCreate an Amazon EventBridge rule that detects Shield alarms and triggers an AWS Config remediation rule to deploy the Web ACL.
- EEnable Amazon CloudWatch detailed monitoring on the ALB to allow Shield Advanced to analyze application-layer traffic.
Cevap
Associate an AWS WAF Web ACL with the Application Load Balancer, and enable automatic application-layer DDoS mitigation on the protected ALB resource within AWS Shield Advanced.
To protect an Application Load Balancer with AWS Shield Advanced automatic application-layer DDoS mitigation, the administrator must first ensure an AWS WAF Web ACL is associated with the ALB. The administrator must then enable the automatic mitigation option on the protected resource in Shield Advanced. When enabled, Shield Advanced automatically creates the 'ShieldMitigationRuleGroup' inside the associated Web ACL and dynamically updates rules during an event to block malicious traffic.
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AWS Shield Advanced Automatic Application-Layer DDoS Mitigation