Access anthropic cloud models in India on Amazon Bedrock with global cross-region projections

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Access anthropic cloud models in India on Amazon Bedrock with global cross-region projections

Adoption and implementation of generic AI inference has increased with organizations creating more operational workloads that use AI capabilities in large-scale production. To help customers achieve scale for their generic AI applications, Amazon Bedrock offers cross-region inference (CRIS) profiles. CRIS is a powerful feature that organizations can use to seamlessly distribute estimate processing across multiple AWS regions. This capability helps you achieve higher throughput when you’re building at scale and helps keep your Generator AI applications responsive and reliable even under heavy load.

We are excited to introduce global cross-region penetration to Amazon Bedrock and bring the Anthropic Cloud model to India. Amazon Bedrock now offers Anthropic’s Cloud Opus 4.6, Cloud Sonnet 4.6, and Cloud Haiku 4.5 through Amazon Bedrock Global Cross-region Ingress (CRIS) for customers operating in India. These Frontier models provide a massive 1 million token context window and advanced agentive capabilities, allowing your applications to process huge datasets and complex workflows with unprecedented speed and intelligence. With this launch, customers using AP-South-1 (Mumbai) and AP-South-2 (Hyderabad) can access Anthropic’s latest cloud models on Amazon Bedrock, while benefiting from global inference capacity and highly available inference managed by Amazon Bedrock. With Global CRIS, customers can seamlessly scale predictive workloads, improve resiliency and reduce operational complexity. In this post, you will learn how to use Amazon Bedrock’s global cross-region inference to model the cloud in India. We’ll guide you through the capabilities of each cloud model version and how to get started with a code example to help you quickly start building generic AI applications.

Core functionality of global cross-region estimation

Global cross-region estimation helps organizations manage unplanned traffic bursts by using compute resources in estimation capacity Commercial AWS Regions (regions other than the AWS GovCloud (US) Region and China Region) Globally. This section explains how the global cross-region estimation feature works and the technical mechanisms that power its functionality.

Understanding Estimate Profiles

Global cross-region estimation is introduced through Estimate Profile. Estimate profiles work on two key concepts:

  • source area – the region from which the API request is made
  • destination area – An area where Amazon can send requests for bedrock estimates

To use the anthropic model, Amazon Bedrock provides out-of-the-box global inference profiles. For example:

  • Composition 4.6:
  • Sonnet 4.6:
  • Composition 4.5: <0/>
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<p><img loading="lazy" decoding="async" loading="lazy" class="alignnone wp-image-125395 size-full" src="https://d2908q01vomqb2.cloudfront.net/f1f836cb4ea6efb2a0b1b99f41ad8b103eff4b59/2026/03/04/ML-20095-4.png" alt="Amazon Bedrock Settings page to configure model invocation logging, CloudWatch Logs is selected as the destination, all data types are enabled (text, image, embedding, video), and a new service role is being created named bedrock-model-invocation-logging-role." width="2004" height="1228"/></p>
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<p><img loading="lazy" decoding="async" loading="lazy" class="alignnone wp-image-125395 size-full" src="https://d2908q01vomqb2.cloudfront.net/f1f836cb4ea6efb2a0b1b99f41ad8b103eff4b59/2026/03/04/ML-20095-5.png" alt="The CloudWatch GenAI Observability dashboard shows Amazon Bedrock model invocation metrics over 12 hours, including invocation count, latency, input and output token count by model, and request distribution by input token range." width="2004" height="1228"/><br />

    The CloudWatch GenAI Observability Model Invocation dashboard displays 82 invocation records from March 3-4, 2026, with error count charts showing client and server error spikes, and a detailed table of individual invocations including latency, token count, and model ID.

    The AWS CloudTrail Lake Event Data Store page shows a four-step workflow: create the event data store, run the SQL query, optionally add integrations, and optionally copy trail events to the lake.

    AWS CloudTrail Lake Event Data Store Setup Wizard Step 1, showing configuration fields for store name, pricing options (one year extendable retention selected), retention period (1 year), encryption, lake query federation, resource policy, and tags.

    AWS CloudTrail Lake Event Data Store Setup Wizard Step 2 To select events, AWS CloudTrail Management Events is selected, Simple Event Collection is enabled, all events are logged, and Insights Event Capture is turned off.

    AWS CloudTrail Lake Event Data Store Setup Wizard Step 3 (Optional) Showing options to enrich events, add up to 50 resource tag keys and IAM global state keys, and show a checkbox to expand the event size from 256 KB to 1 MB.

    Final review of the AWS CloudTrail Lake Event Data Store setup wizard showing the Event Size expansion as not enabled, with the Create Event Data Store button to complete setup.

    AWS CloudTrail Lake query editor showing a natural language query generator and a generated SQL query that retrieves Amazon Bedrock Model invocation events, including the inference field, from additional EventData, with sample query results displayed.

    AWS query interface showing a SQL query filtering Amazon Bedrock invocation events for November 6, 2025, with eventTime, awsRegion, inferenceRegion, eventName, userArn, and requestId displayed in the results table, highlighting cross-region inference routing.

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