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TEDEAS

Case Studies

Representative areas of engineering experience. Environments are described without customer names.

High-volume consumer technology platform

Production AI Platform

Designed and implemented Kubernetes-based infrastructure for machine-learning and generative-AI workloads — serving, routing, rollout control, and observability as one platform path.

  • Kubernetes
  • Model serving
  • LLM inference
  • AI gateways
  • Canary deployments
  • Observability
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Multi-account cloud engineering organization

Enterprise Cloud Platform Modernization

Designed and automated a shared cloud baseline — identity, networking, Kubernetes, and reusable foundations — so application teams could build without owning the underlying stack.

  • AWS
  • Kubernetes
  • Terraform
  • IAM
  • Networking
  • Infrastructure as Code
  • Platform automation
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Fintech product engineering team

Infrastructure & Deployment Automation

Built Terraform and CI/CD as the only path to create environments, so infrastructure changes were reviewable, repeatable, and owned by the team after handover.

  • Terraform
  • CI/CD
  • Infrastructure as Code
  • Deployment automation
  • Environment automation
  • Release engineering
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Public-facing production application, high request volume

Production Reliability Engineering

Rebuilt how production was observed, shipped, and recovered — telemetry that can be acted on, safer releases, and a defined path when things fail.

  • Site Reliability Engineering
  • Monitoring
  • Metrics
  • Logging
  • Alerting
  • Production hardening
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Multi-account enterprise AWS estate

Cloud Security & Identity Architecture

Implemented identity and access-control patterns in the same infrastructure as the platform, tightening boundaries and cutting standing access paths.

  • AWS IAM
  • Identity architecture
  • Infrastructure security
  • Terraform
  • Cloud governance
  • Access controls
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Product engineering team planning a production AI path

AI Infrastructure Architecture & Advisory

Advised on how to serve, route, and operate AI workloads — including self-hosted inference options, failover, and production constraints. Design and guidance, not a claim of completed production operation.

  • Kubernetes
  • Model serving
  • GPU workloads
  • AI gateways
  • Observability
  • Infrastructure security
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Have a platform or AI infrastructure problem?

TEDEAS works with engineering organizations that have outgrown ad-hoc infrastructure but do not want a big-firm engagement.

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