Foundation Models · Multi-Cloud AI Platform Engineering

One AI Strategy. Every Foundation Model.

We help enterprises evaluate, deploy, and govern foundation models — from Amazon Bedrock's multi-model catalog to Azure OpenAI & Copilot and Google Gemini — and engineer the migration path to the platform that actually fits your security, cost, and compliance requirements.

110+Models on Bedrock
3Major AI Clouds
1MToken Context, Top Tier

What Is AWS Bedrock?

Amazon Bedrock is AWS's fully managed generative AI service. It gives you one API in front of foundation models from Anthropic (Claude), Meta (Llama), Mistral AI, AI21 Labs, Cohere, Stability AI, and Amazon's own Nova family — plus managed Knowledge Bases for retrieval-augmented generation (RAG), Agents for multi-step task automation, and Guardrails for content safety. Unlike Microsoft Copilot (a per-seat productivity product) or a single-vendor API, Bedrock is infrastructure: you pay per token, keep data inside your own AWS account, and switch models without rewriting your application.

Foundation Models Available Today

Filter by platform to compare context windows, ideal use cases, and what makes each model family distinct.

Amazon Bedrock

Anthropic Claude (Opus, Sonnet, Haiku)

Up to 1M tokens

Complex reasoning, coding agents, long-document and contract analysis with citations.

Prompt caching and extended-thinking modes reduce cost on repeated context.

Amazon Bedrock

Amazon Nova (Micro, Lite, Pro, Premier)

Up to 1M tokens

High-volume, cost-sensitive workloads — classification, summarization, chat at scale.

Amazon's own model family, typically the lowest cost-per-token in the Bedrock catalog.

Amazon Bedrock

Meta Llama 4 (Maverick, Scout)

Up to 1M tokens

Fine-tuning and customization where you want more control over the underlying weights.

Open-weight architecture available directly through the managed Bedrock API.

Amazon Bedrock

Mistral Large & Pixtral

128K tokens

Multilingual support and native tool/function calling for agentic workflows.

Strong price/performance for European-language customer support use cases.

Amazon Bedrock

AI21 Jamba

256K tokens

Long-context retrieval over large document sets at lower inference cost.

Hybrid transformer/state-space architecture built for context-heavy workloads.

Amazon Bedrock

Cohere Command & Embed

128K tokens

Enterprise semantic search and the embedding layer behind RAG pipelines.

Purpose-built for retrieval quality rather than open-ended generation.

Azure OpenAI & Copilot

Azure OpenAI (GPT model family)

Up to 128K+ tokens

General-purpose reasoning and vision tasks tightly coupled to the Microsoft stack.

Priced per-token via Azure AI Foundry; identity and networking run through Entra ID and VNets.

Azure OpenAI & Copilot

Microsoft 365 Copilot

Product layer, not a raw model

Embedded AI assistance inside Word, Excel, Teams, and Outlook.

Packaged on top of Azure OpenAI + Microsoft Graph and licensed per named user, per month.

Azure OpenAI & Copilot

GitHub Copilot

Product layer, not a raw model

In-IDE code completion and developer productivity.

Also billed per-seat; usage is not metered by token the way Bedrock or Azure OpenAI API calls are.

Azure OpenAI & Copilot

Phi (small language models)

128K tokens

Low-latency, on-device, or cost-constrained inference.

Compact open-weight models tuned for efficiency over raw capability.

Google Vertex & Gemini

Gemini (Pro & Flash tiers)

1M+ tokens

Massive-context reasoning and native multimodal input — video, audio, image, and text together.

The Flash tier is typically the cheapest frontier-class option at high volume.

Google Vertex & Gemini

Imagen

Image generation

Enterprise-grade image generation for marketing and creative workflows.

Accessed through Vertex AI alongside Gemini in the same governed environment.

Google Vertex & Gemini

Vertex AI Search & Embeddings

Enterprise search layer

Grounding Gemini responses in your own data with Google-scale retrieval infrastructure.

Comparable in role to Bedrock Knowledge Bases, built for the Google Cloud ecosystem.

What Makes AWS Bedrock Different

Bedrock is a fully managed, serverless layer over foundation models — not another model to learn, but a single API in front of all of them.

🔌

One API, Any Model

Swap Claude for Nova, or Llama for Mistral, by changing a model ID — not your application code or infrastructure.

📚

Managed Knowledge Bases

Point Bedrock at your documents, databases, or APIs and it handles chunking, embeddings, vector storage, and retrieval — no infrastructure to run.

🤖

Agents That Take Action

Build multi-step, tool-using assistants that call your APIs, query data, and complete tasks — configured, not hand-coded.

🛡️

Guardrails Built In

Content filtering, denied-topic controls, PII redaction, and Automated Reasoning checks for hallucination reduction ship as configuration, not custom code.

🔒

Your Data Stays Yours

Prompts and completions are never shared with model providers or used to train base models — encrypted with your own KMS keys, inside your VPC.

📈

Scales With Usage

Pay per token on-demand, or reserve Provisioned Throughput for predictable high-volume workloads — no capacity planning for GPUs.

Bedrock vs. Azure OpenAI & Copilot vs. Google Gemini

Model quality gaps between the major platforms are narrow. The decision usually comes down to governance, pricing model, and how deeply it fits your existing cloud.

Comparison of Amazon Bedrock, Azure OpenAI & Copilot, and Google Vertex AI & Gemini across model breadth, pricing, data privacy, compliance, tooling, and best fit
DimensionAmazon BedrockAzure OpenAI & CopilotGoogle Vertex & Gemini
Model catalog breadth18+ providers, 110+ models (Anthropic, Meta, Mistral, Amazon, AI21, Cohere, Stability) behind one APIOpenAI GPT family plus Microsoft Phi models, deepest on day-one access to new OpenAI releasesGemini family plus Imagen and open models via Model Garden
Pricing modelConsumption-based per-token, plus optional provisioned throughput for predictable high volumeConsumption-based per-token via Azure OpenAI; Copilot itself is a flat per-seat license (~$30/user/mo)Consumption-based per-token; Flash tier priced for high-volume, cost-sensitive workloads
Data usage for trainingPrompts and outputs are not shared with model providers and are not used to train base modelsEnterprise data is excluded from OpenAI model training under the Azure OpenAI termsEnterprise data is excluded from model training under Vertex AI enterprise terms
Compliance postureHIPAA eligible, GDPR-aligned, SOC 2, ISO 27001, FedRAMP High in AWS GovCloudHIPAA, GDPR, SOC 2, ISO, FedRAMP High — deep fit for Microsoft-regulated environmentsHIPAA, GDPR, SOC 2, ISO; FedRAMP High coverage is narrower than AWS and Azure
Native RAG & agent toolingManaged Knowledge Bases (RAG), Agents, Guardrails, and Automated Reasoning checks built inAzure AI Foundry Agent Service, Azure AI Search for retrieval, Content Safety guardrailsVertex AI Search and Agent Builder, grounding, and safety filters
Best fit when...you want model flexibility, usage-based cost, and deep AWS infrastructure integrationyou are Microsoft-first — Entra ID, M365, and want the newest OpenAI models fastestyou run on BigQuery/GCP and need very large context windows at the lowest cost per token

Estimate Your Move to Bedrock

Compare flat per-seat AI licensing against consumption-based Bedrock pricing for your organization.

505,000
550
Per-Seat Licensing$15,000per month, flat rate
Amazon Bedrock$529consumption-based + RAG infra
Estimated monthly savings$14,472 (96%)

Illustrative estimate for planning purposes, not a quote. Assumes 30 USD/user/month flat licensing versus Bedrock consumption pricing at a blended ~$1 per 1M tokens across an average 700-token query, plus a $350/month baseline for managed retrieval infrastructure. Actual cost depends on model mix, prompt length, and caching strategy — talk to us for a workload-specific assessment.

How We Move You to Bedrock

A staged migration that runs in parallel with your existing tools — no big-bang cutover.

01

Discovery & Model-Fit Assessment

We audit current AI spend — Copilot seats, ChatGPT Enterprise licenses, ad hoc API usage — and map each use case to the right foundation model on cost, latency, accuracy, and compliance.

Usage audit, per-seat vs per-token cost modeling, data sensitivity classification

02

Architecture & Landing Zone

We design the Bedrock environment — VPC endpoints, least-privilege IAM, KMS encryption, and Guardrails policy — before any workload moves.

Multi-account governance, private connectivity, encryption key management

03

Knowledge & Retrieval Migration

We rebuild your RAG pipelines on Bedrock Knowledge Bases, migrating embeddings, vector stores, and prompt templates to the target models.

Chunking strategy, embedding model selection, retrieval evaluation

04

Parallel Run & Validation

Bedrock runs side-by-side with your existing tools while we benchmark accuracy, latency, and cost, and get sign-off from stakeholders before cutover.

A/B evaluation harness, accuracy scoring, latency and cost benchmarking

05

Cutover, Optimize & Govern

We cut traffic over, then apply FinOps discipline — provisioned throughput vs on-demand, batch inference, model routing — with continuous monitoring in place.

Cost allocation tagging, model routing rules, usage dashboards

The Case for AWS Bedrock

🧩

Model Flexibility

Mix and match models behind one API — Claude for reasoning, Nova for high-volume tasks, Llama for fine-tuning — without re-architecting your application.

💰

Consumption-Based Cost Control

Pay for tokens processed, not idle seats. Provisioned throughput adds predictable pricing once volume justifies it.

🔒

Data Sovereignty

Prompts and completions stay inside your AWS account and VPC. Nothing is shared with model providers or used to train base models.

🛡️

Built-In Governance

Guardrails, PII redaction, denied-topic controls, and Automated Reasoning checks ship natively — no bolt-on compliance layer required.

Faster Time-to-Production

Managed Knowledge Bases and Agents remove the undifferentiated infrastructure work of building RAG and tool-use from scratch.

📜

Enterprise Compliance

HIPAA eligibility, GDPR alignment, SOC 2, ISO 27001, and FedRAMP High in GovCloud — audit-ready from day one.

Bedrock Migration Case Study

Case Study

SaaS Company — Consolidating Fragmented AI Spend onto Bedrock

B2B SaaS company with about 1,200 employees running ChatGPT Enterprise seats and several unmanaged OpenAI API integrations

Challenge

Per-seat AI licensing scaled with headcount regardless of actual usage, there was no centralized governance across AI tools, and sensitive customer data was flowing through consumer-facing AI products without an audit trail.

Solution

  • Migrated internal copilots and 3 customer-facing AI features to Amazon Bedrock
  • Implemented multi-model routing — Nova for high-volume classification, Claude for complex escalations
  • Built Bedrock Knowledge Bases over product docs and historical support tickets
  • Deployed Guardrails for PII redaction and denied-topic controls across all AI touchpoints
  • Consolidated cost and usage observability with CloudWatch and account-level tagging

Key Technologies

Amazon Bedrock · Claude · Amazon Nova · Knowledge Bases · Guardrails · CloudWatch

40%Lower AI Spend
3xFaster Feature Iteration
100%Data Stays in Own VPC
6 weeksTo Production Cutover

Frequently Asked Questions

Ready to Build Your Foundation Model Strategy?

Get a workload-specific assessment of which models and which platform — Bedrock, Azure OpenAI, or Gemini — fit your cost, compliance, and performance needs.