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It provides practical, tested methods to secure AI runtime environments on AWS.
AI BriefWire / Thread
AWS published a blog post detailing two architecture patterns to secure Amazon Bedrock AgentCore Runtime using AWS WAF. The patterns involve routing traffic through a VPC Interface Endpoint with either a Lambda proxy or direct ALB targeting to control and protect requests. These methods also include resource policies to ensure traffic only flows through AWS WAF, enhancing security with SigV4 and OAuth authentication.

It provides practical, tested methods to secure AI runtime environments on AWS.
Amazon (AMZN)
Improved security can reduce risk and increase trust in AI service deployments.
Organizations using Amazon Bedrock should consider these patterns to enhance runtime security.
Sources in this thread (1): AWS Machine Learning Blog
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AWS published a blog post detailing two architecture patterns to secure Amazon Bedrock AgentCore Runtime using AWS WAF. The patterns involve routing traffic through a VPC Interface Endpoint with either a Lambda proxy or direct ALB targeting to control and protect requests. These methods also include resource policies to ensure traffic only flows through AWS WAF, enhancing security with SigV4 and OAuth authentication.
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AWS published a blog post detailing two architecture patterns to secure Amazon Bedrock AgentCore Runtime using AWS WAF. The patterns involve routing traffic through a VPC Interface Endpoint with either a Lambda proxy or direct ALB targeting to control and protect requests. These methods also include resource policies to ensure traffic only flows through AWS WAF, enhancing security with SigV4 and OAuth authentication.