A company is building a hybrid PCI-DSS compliant application that runs in the us-west-2 Region and on- premises. The application sends access logs from all locations to a single Amazon S3 bucket in us-west-2.
To protect this sensitive data, the bucket policy is configured to deny access from public IP addresses.
How should an engineer configure the network to meet these requirements?
A. Configure an AWS Direct Connect private virtual interface to the company's AWS VPC in us-west-2. Create a VPC endpoint and configure the on-premises systems to leverage an HTTPS proxy in the VPC to access Amazon S3.
B. Configure a VPN connection to the company's AWS VPC in us-west-2 and use BGP to advertise routes for Amazon S3.
C. Configure a Direct Connect connection public virtual interface to us-west-2. Leverage an on-premises HTTPS proxy to send traffic to Amazon S3 over a Direct Connect connection.
D. Configure a VPN connection to the company's AWS VPC in us-west-2. Create a NAT gateway and configure the on-premises systems to leverage an HTTPS proxy in the VPC to access Amazon S3.
To protect this sensitive data, the bucket policy is configured to deny access from public IP addresses.
How should an engineer configure the network to meet these requirements?
A. Configure an AWS Direct Connect private virtual interface to the company's AWS VPC in us-west-2. Create a VPC endpoint and configure the on-premises systems to leverage an HTTPS proxy in the VPC to access Amazon S3.
B. Configure a VPN connection to the company's AWS VPC in us-west-2 and use BGP to advertise routes for Amazon S3.
C. Configure a Direct Connect connection public virtual interface to us-west-2. Leverage an on-premises HTTPS proxy to send traffic to Amazon S3 over a Direct Connect connection.
D. Configure a VPN connection to the company's AWS VPC in us-west-2. Create a NAT gateway and configure the on-premises systems to leverage an HTTPS proxy in the VPC to access Amazon S3.