Cloud

Amazon Web Services

Production AI and application infrastructure on AWS

33Global regions
200+Cloud services
99.99%Uptime SLA
105Availability zones

HOW WE USE IT

Amazon Web Services in our stack

We architect and deploy production systems on AWS — from serverless APIs and container workloads to AI/ML pipelines using SageMaker, Bedrock, and Lambda. Our AWS builds are cost-optimized, highly available, and designed for scale from day one.

CAPABILITIES

What we deliver

  • AWS SageMaker ML model deployment
  • Amazon Bedrock for LLM integration
  • Lambda & ECS/Fargate serverless and container workloads
  • RDS, Aurora, and DynamoDB data architecture
  • CloudFront CDN and Route 53 DNS
  • AWS CDK infrastructure-as-code

USE CASES

How we apply AWS

ML Model Serving

SageMaker endpoints for real-time inference with auto-scaling, A/B testing, and monitoring via CloudWatch.

Serverless AI API

Lambda-based API with Bedrock integration for cost-efficient LLM calls at variable load.

Data Pipeline

S3, Glue, and Athena data lake with step functions orchestrating ETL and ML training pipelines.

EXPLORE MORE

Other technologies in our stack

View all technologies

Engineering Stack

Built with the tools that matter

38 production-grade technologies — every one battle-tested in shipped products.

OpenAI GPT-4oGPT-4o · DALL-E
Anthropic ClaudeClaude 3.5 Sonnet
LangChainLLM orchestration
Llama 3Open-weight LLM
GeminiGoogle multimodal
HuggingFaceModel hub & pipelines
AWSEC2 · Lambda · S3 · Bedrock
Google CloudGKE · BigQuery · Vertex AI
Microsoft AzureAKS · OpenAI · Cognitive
VercelEdge deployments
CloudflareCDN · Workers · R2
Next.jsSSR · SSG · App Router
ReactUI components
TypeScriptType-safe JS
Tailwind CSSUtility-first CSS
Framer MotionAnimations
PythonAI · APIs · automation
FastAPIHigh-perf async API
Node.jsEvent-driven server
GoHigh-throughput services
PostgreSQLRelational · pgvector
RedisCache · queues · pub-sub
React NativeCross-platform
ExpoManaged workflow
SwiftNative iOS · SwiftUI
KotlinNative Android
Jetpack ComposeAndroid declarative UI
MLflowExperiment tracking
Weights & BiasesML observability
Apache AirflowPipeline orchestration
DockerContainerisation
KubernetesContainer orchestration
DVCData version control
PyTorchDeep learning
TensorFlowML platform
Scikit-learnClassical ML
PineconeVector database
WeaviateVector search

Frequently Asked Questions

Didn't find what you were searching for? Reach out to us at [email protected] and we'll assist you promptly.

AWS has the broadest ML service ecosystem — SageMaker for model training and deployment, Bedrock for foundation model access, and the deepest catalog of managed infrastructure services. For teams already invested in the AWS ecosystem, the integrated IAM, VPC, and data services reduce integration friction. We recommend AWS when your team already uses AWS, when you need fine-grained control over infrastructure, or when your use case benefits from SageMaker Pipelines or Bedrock. We recommend GCP when Vertex AI or BigQuery ML better fit the use case, and Azure for Microsoft-stack enterprises.

A production AWS AI architecture typically includes: SageMaker endpoints or ECS/EKS for model serving, S3 for data and artifact storage, a feature store, CloudWatch for observability, IAM roles for least-privilege access, and VPC isolation for sensitive workloads. We use Terraform or CDK for infrastructure-as-code, and build CI/CD pipelines that automatically retrain, evaluate, and promote models through staging to production.

Setting up a complete MLOps infrastructure on AWS (training pipeline, model registry, serving endpoint, monitoring, and CI/CD) typically takes 6-10 weeks. Migrating an existing AI system to AWS with production-grade infrastructure takes 4-8 weeks depending on system complexity. Simple SageMaker endpoint deployments for an existing model can be done in 2-3 weeks.

FROM OUR CLIENTS

Built with teams who ship

The team took our AI concept from whiteboard to production in 10 weeks. The architecture they designed handles 10x our expected load with no issues.

Series B FinTech StartupCTO
Client testimonial video thumbnail
HealthTech CompanyChief Medical Officer

Insights

From our engineering blog

A collection of detailed case studies showcasing our design process, problem-solving approach,and the impact of our user-focused solutions.

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