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Amazon Bedrock Verified

AWS managed service for invoking foundation models (Anthropic, Meta, Amazon Nova, Titan, and partners) with IAM, VPC, and data governance controls—single API surface for text, embeddings, and multimodal workloads in production.
API availablePay per token / provisioned throughputawsenterpriseapigovernance

What is Amazon Bedrock?

Amazon Bedrock is a fully managed AWS service that provides API access to foundation models from Anthropic, Meta, Mistral, Amazon, and partners - without managing infrastructure. Teams use it to build RAG pipelines, enterprise copilots, and multimodal applications while accessing Bedrock privately from their AWS VPC through AWS PrivateLink interface endpoints. It is a primary route for enterprises that need IAM-scoped access, CloudTrail audit logs, and regional data-processing controls alongside foundation-model capabilities.

FeaturedUpdated April 6, 2026Last verified: April 2026

Pricing

On-demand pricing, USD per 1K tokens, as of April 2026 - verify current rates at aws.amazon.com/bedrock/pricing.

ModelInputOutput
Amazon Nova Micro$0.000035$0.000140
Amazon Nova Lite$0.000060$0.000240
Amazon Nova Pro$0.000800$0.003200
Claude Haiku 3.5 (via Bedrock)$0.000800$0.004000
Claude Sonnet 4 (via Bedrock)$0.003000$0.015000
Claude Opus 4 (via Bedrock)$0.015000$0.075000
Llama 4 Scout (via Bedrock)$0.000170$0.000170
Mistral Large 2 (via Bedrock)$0.002000$0.006000

Provisioned throughput is available for committed workloads - price varies by model unit and term length. Cross-region inference may add latency; verify model availability per region before architecture sign-off.

Key insights

Concrete technical or product signals.

  • Teams already on AWS often standardize on Bedrock for procurement, private networking, and CloudTrail-style auditing.
  • Model availability and default versions vary by region—verify the model ID list for your account before architecture sign-off.

Use cases

Where this shines in production.

  • Enterprise copilots with IAM-scoped access to approved models
  • RAG pipelines that must stay inside a VPC with KMS-encrypted data
  • Multimodal apps using Nova-class models without self-hosting GPUs

Limitations & trade-offs

What to watch for.

  • Cold-start latency and quota tiers differ by model; load-test your expected concurrency.
  • Cross-region failover and model deprecation notices require operational runbooks.

Models referenced

Declared model dependencies or integrations.

Claude Opus 4, Claude Sonnet 4, Claude Haiku 3.5, Claude 3.5 Sonnet, Amazon Nova Pro, Amazon Nova Lite, Amazon Nova Micro, Amazon Titan Text Premier, Llama 4 Scout, Llama 4 Maverick, Llama 3.1 405B Instruct, Mistral Large 2, Stable Diffusion XL

Availability varies by model and AWS Region. Verify the Bedrock model catalog before deployment.

Related prompts

Hand-picked or latest prompt templates.

Looking for a tighter match? Search the prompt library.

Bedrock vs Azure OpenAI - quick decision guide

DimensionAmazon BedrockAzure OpenAI
Model catalogAnthropic, Meta, Mistral, Amazon, AI21OpenAI model family, including GPT-4o, o3, and DALL-E 3
Cloud requirementAWS-native integrationAzure-native integration
Identity & accessIAM roles, SCPs, VPC endpointsMicrosoft Entra ID, Azure RBAC, private endpoints
Best fitAWS-native teams needing multi-provider model accessMicrosoft and Azure shops needing OpenAI models
Pricing modelPer-token on-demand or provisioned throughputPer-token on-demand or PTU provisioned throughput

If your team is on AWS and needs Claude or Llama, Bedrock is the path of least resistance. If you need GPT-4o or o3 specifically inside Azure, Azure OpenAI is the managed Azure route.

Related

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This page is based on publicly available documentation, benchmarks, and real-world usage patterns. Last reviewed for accuracy recently.