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ORBITRONOPS

Cloud Architecture

Cloud architecture designed for scale, reliability and cost.

Good architecture balances scale, reliability, security and cost — explicitly. We review, redesign and implement cloud architecture across AWS, GCP and Azure.

Review Our Architecture What we do
cloud-architecture.topology live topology
  1. 01Edge / CDN
  2. 02Load Balancing
  3. 03Compute
  4. 04Data Layer
  5. 05Identity & Security
  6. 06Observability
Architecture layers assessed in a cloud review.

The problem

What's actually going wrong.

● SYMPTOM

Accidental architecture

The system grew one decision at a time and no one owns the whole picture.

● SYMPTOM

Single points of failure

Critical paths depend on one zone, one database or one person.

● SYMPTOM

Security posture drift

Permissions and network exposure have expanded over time.

● SYMPTOM

Costs scale faster than usage

The architecture makes efficient operation difficult.

What we do

Cloud Architecture capabilities.

Architecture reviews

Structured assessment against reliability, security, performance and cost.

Modernization

Incremental evolution toward managed services, containers and event-driven designs.

Cloud migrations

Migration planning and execution with clear cutover and rollback.

Security posture

Identity, network segmentation and least-privilege access.

Reliability architecture

Multi-AZ and multi-region patterns where they're justified.

Infrastructure automation

Everything codified with Terraform and reviewed through Git.

Technical capabilities

Technologies and practices.

Examples of tools we work with. Listed as capabilities, not certifications or partnerships.

  • AWS
  • GCP
  • Azure
  • Terraform
  • Kubernetes
  • Cloudflare
  • PostgreSQL
  • Kafka

Outcomes

What changes.

  • Clear target architecture

    A documented direction with a prioritized roadmap.

  • Reduced risk

    Known single points of failure and exposure addressed.

  • Architecture that supports cost control

    Designs that make efficiency possible.

How we engage

Assessment → Architecture → Implementation → Enablement.

  1. 01

    Discover

    Understand the architecture, constraints and engineering bottlenecks.

  2. 02

    Architect

    Define the target architecture and implementation roadmap.

  3. 03

    Build

    Implement infrastructure, automation, platforms and reliability improvements.

  4. 04

    Enable

    Transfer knowledge and create sustainable engineering practices.

FAQ

Common questions.

Related insights

Further reading.

FinOpsDRAFT · 8 min

Cloud Cost Optimization for Engineering Teams

Cost is an engineering metric. A practical approach to visibility, ownership and optimization.

Read
DevOpsDRAFT · 6 min

Terraform vs Manual Infrastructure

Why click-ops becomes a liability, and how to bring existing infrastructure under code.

Read

Related services

Often combined with.

See case studies

Cloud Cost Optimization & FinOps

Make cloud costs visible, measurable and actionable.

Cloud cost analysis, Kubernetes and AI cost optimization, architecture optimization and governance.

Explore Cloud Cost Optimization & FinOps

DevOps & Cloud Modernization

Modernize the infrastructure behind your software.

CI/CD, infrastructure as code, Kubernetes, GitOps, cloud architecture and automation.

Explore DevOps & Cloud Modernization

Kubernetes

Kubernetes without the operational chaos.

Cluster design, production readiness, security, scaling, GitOps and workload optimization.

Explore Kubernetes

Talk to an Infrastructure Expert.

Tell us what you're building and where infrastructure is getting in the way. You'll talk directly to a senior engineer.

Review Our Architecture Explore Our Services