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Generative AI & LLM Deployment on AWS

Deploy large language models in production with structured architecture, secure integration, and controlled inference scaling.
We design and implement Amazon Bedrock and custom LLM environments on AWS, engineered for latency control, cost visibility, and operational stability.

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Engineering Production-Grade LLM Deployments

Access to foundation models is straightforward. Deploying them reliably in production is not.

Inference latency, token consumption, secure data access, and integration with existing applications determine whether generative AI becomes a stable product capability.

We engineer structured LLM deployments on AWS — ensuring generative AI operates within controlled, scalable, and observable cloud environments.

Built for Teams Deploying Generative AI in Production

This service supports organisations that are:

  • Launching AI-native products powered by LLMs

  • Embedding generative AI features into SaaS platforms

  • Evaluating Amazon Bedrock versus self-hosted model deployment

  • Designing Retrieval-Augmented Generation (RAG) systems

  • Scaling LLM inference under real user demand

Generative AI must be engineered deliberately for production from day one.

Common LLM Deployment Challenges

While accessing foundation models is straightforward, production deployment introduces complexity:

Organisations commonly struggle with:

  • Inference latency under concurrent load

  • Unpredictable token consumption and cost growth

  • Insecure exposure of LLM endpoints

  • Data governance risks in RAG architectures

  • Model integration outside structured delivery pipelines

  • Limited visibility into prompt-to-response lifecycle behaviour

Without deliberate architecture, LLM systems become unstable, expensive, and difficult to scale.

 

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What We Deliver

Amazon Bedrock Integration

Amazon Bedrock enables access to managed foundation models without infrastructure overhead.

We implement secure Bedrock deployments with structured IAM access, private networking, cost visibility, and performance tracking — ensuring managed LLM services operate as governed components of your architecture.

Custom & Containerised Model Deployment

Where flexibility or model control is required, we design containerised inference environments on AWS, including GPU-enabled clusters and autoscaling policies.

This approach enables custom model control while maintaining operational stability and scalability.

Retrieval-Augmented Generation (RAG) Architecture

RAG systems introduce additional infrastructure beyond the model layer.

We architect secure vector database integration, controlled ingestion pipelines, embedding workflows, and governance boundaries between data and model interaction.

RAG deployments must balance relevance, performance, and security.

Production Considerations for LLM Systems

A production-grade LLM deployment requires more than model access. It demands structured inference scaling, cost visibility, secure data boundaries, controlled integration with release workflows, and full lifecycle observability. When these elements are engineered deliberately, generative AI becomes a stable and scalable product capability.

Predictable Inference Scaling

Design inference environments that scale reliably under variable demand, ensuring consistent latency and controlled resource usage.

Controlled Token Costs

Implement structured monitoring and optimisation strategies to maintain visibility and control over token consumption and compute expenditure.

Secure Handling of Proprietary Data

Establish strict access controls and data boundaries to protect sensitive information across prompts, embeddings, and model interactions.

Release Workflow Integration

Align LLM services with CI/CD pipelines and deployment processes to ensure generative AI evolves alongside your product.

Full Prompt-to-Response Visibility

Enable runtime monitoring across the complete request lifecycle — from user prompt to model output — for performance, reliability, and traceability.

Case Studies


Selected engagements involving generative AI integration, scalable inference workloads, and AWS-based LLM deployment.

These examples demonstrate how LLM capabilities can be embedded within secure, production-ready cloud environments.

See more case studies across different industries and service areas.

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Ready to Deploy Generative AI in Production?

If you are planning to deploy large language models on AWS — whether through Amazon Bedrock or custom model environments — structured architecture is essential for performance, cost control, and scalability.

Use the calendar to schedule a focused discussion on your LLM deployment strategy and production readiness.