Cloud Architect Job Support

Real Architecture Work

Get practical assistance with cloud architecture, infrastructure, application design, migration, scalability, and production decisions.

Existing Environment

Work with your current AWS, Azure, Google Cloud, hybrid, or multi-cloud environment.

Architecture Guidance

Review architecture decisions, cloud services, security, reliability, performance, and cost.

Flexible Support

Get one-time architecture assistance, hourly consultation, project support, or ongoing architectural guidance.

Service

Description

Cloud Architecture Design

Design cloud architectures for applications, platforms, APIs, data systems, AI workloads, and enterprise environments.

Architecture Review

Review your existing architecture for scalability, reliability, security, performance, maintainability, and cost.

Cloud Migration Architecture

Plan application and infrastructure migration from on-premises or another cloud to AWS, Azure, or Google Cloud.

AWS Architecture Support

Get architecture guidance across EC2, ECS, EKS, Lambda, RDS, S3, VPC, IAM, API Gateway, CloudFront, and other AWS services.

Azure Architecture Support

Design and review solutions using Azure App Service, AKS, Functions, Azure SQL, Virtual Network, Entra ID, API Management, and other services.

Google Cloud Architecture

Get support with Compute Engine, GKE, Cloud Run, Cloud Functions, Cloud SQL, BigQuery, networking, IAM, and other GCP services.

Microservices Architecture

Design or review service boundaries, communication patterns, API gateways, messaging, service discovery, observability, and deployment architecture.

Serverless Architecture

Evaluate and design Lambda, Azure Functions, Cloud Functions, API, event-driven, and serverless application architectures.

Cloud Security Architecture

Review identity, access control, network security, secrets, encryption, isolation, compliance requirements, and security boundaries.

High Availability Architecture

Design resilient architectures with redundancy, failover, health checks, multi-zone or multi-region strategies, and disaster recovery.

Scalability Architecture

Identify bottlenecks and design architectures that can handle increasing users, traffic, data, and workloads.

Cost Optimization

Review cloud infrastructure and architecture to identify opportunities to reduce unnecessary resource usage and operating costs.

Performance Architecture

Analyze application, database, network, compute, caching, and infrastructure bottlenecks.

Disaster Recovery

Design backup, recovery, failover, RTO, RPO, and business-continuity strategies.

DevOps Architecture

Design CI/CD, infrastructure as code, automated deployments, environments, observability, and operational workflows.

AI/ML Cloud Architecture

Design cloud architectures for LLM applications, RAG, model serving, ML pipelines, vector databases, and AI platforms.

Architecture Documentation

Create architecture diagrams, system flows, technology decisions, infrastructure documentation, and implementation guidance.

Category

Technologies

Cloud Platforms

AWS, Microsoft Azure, Google Cloud

AWS

EC2, ECS, EKS, Lambda, S3, RDS, Aurora, DynamoDB, VPC, IAM, API Gateway, CloudFront, Route 53, CloudWatch

Azure

Virtual Machines, App Service, AKS, Functions, Azure SQL, Cosmos DB, Virtual Network, Entra ID, API Management, Azure Monitor

Google Cloud

Compute Engine, GKE, Cloud Run, Cloud Functions, Cloud SQL, BigQuery, Cloud Storage, VPC, IAM

Containers

Docker, Kubernetes, ECS, EKS, AKS, GKE

Infrastructure as Code

Terraform, CloudFormation, AWS CDK, Bicep, ARM Templates, Pulumi

Databases

PostgreSQL, MySQL, SQL Server, MongoDB, DynamoDB, Cosmos DB, Redis

Messaging

Kafka, RabbitMQ, Amazon SQS, SNS, Azure Service Bus, Google Pub/Sub

API Architecture

REST, GraphQL, API Gateway, API Management, WebSockets

Caching

Redis, ElastiCache, Azure Cache for Redis

Networking

VPC, VNet, subnets, routing, load balancers, CDN, DNS, VPN, private networking

Security

IAM, Entra ID, RBAC, KMS, Key Vault, secrets management, encryption, network security

Observability

CloudWatch, Azure Monitor, Google Cloud Monitoring, Prometheus, Grafana, OpenTelemetry

CI/CD

GitHub Actions, GitLab CI/CD, Jenkins, Azure DevOps, AWS CodePipeline

AI/ML

Amazon Bedrock, SageMaker, Azure OpenAI, Azure Machine Learning, Vertex AI

Application Architecture

Monoliths, modular monoliths, microservices, serverless, event-driven, cloud-native systems

Task

Cloud Architect Support

Architecture Design

Design a cloud architecture based on business requirements, application requirements, traffic, data, security, and budget.

Architecture Review

Review an existing system and identify architectural risks, bottlenecks, security concerns, and scalability limitations.

Cloud Migration

Plan migration from on-premises, legacy infrastructure, or another cloud provider.

AWS Architecture

Design and review AWS-based application and infrastructure architectures.

Azure Architecture

Design and review Azure-based application, infrastructure, and enterprise architectures.

GCP Architecture

Design and review Google Cloud architectures for applications, data, and AI workloads.

Microservices

Review service boundaries, communication, deployment, data ownership, and distributed-system architecture.

Serverless

Evaluate whether serverless architecture is appropriate and design the required cloud services.

Production Architecture

Review architecture before production deployment and identify operational risks.

Scalability

Design for higher traffic, users, transactions, data volumes, or workloads.

High Availability

Design redundancy, failover, multi-zone, multi-region, and resilient infrastructure.

Disaster Recovery

Define backup, recovery, failover, RTO, and RPO strategies.

Security Architecture

Review IAM, authentication, authorization, network boundaries, secrets, encryption, and security controls.

Cost Optimization

Review cloud architecture and resource usage to identify potential cost improvements.

Performance

Identify architecture-level performance bottlenecks across compute, databases, APIs, networks, and applications.

Technology Selection

Compare cloud services, databases, messaging systems, frameworks, and infrastructure options.

AI Architecture

Design architectures for LLMs, RAG, AI agents, model serving, vector databases, and AI applications.

Architecture Documentation

Create architecture diagrams, technical decisions, system flows, and implementation documentation.

Pair Architecture Session

Work directly with an experienced architect while designing or troubleshooting a system.

Audience

How We Help

Software Architects

Review cloud architecture, distributed systems, scalability, security, and infrastructure decisions.

Cloud Engineers

Get architectural guidance when implementing complex AWS, Azure, or GCP environments.

DevOps Engineers

Review infrastructure, CI/CD, deployment, observability, Kubernetes, and automation architecture.

Backend Developers

Get help designing APIs, databases, messaging, microservices, and cloud infrastructure.

Full Stack Developers

Get architecture guidance for complete web applications from frontend through cloud infrastructure.

Solution Architects

Get additional technical review and implementation-level architecture assistance.

Technical Leads

Validate important architecture decisions before committing engineering resources.

Startup CTOs

Review the architecture of a new product before investing heavily in implementation.

Engineering Managers

Get independent technical input on architecture, scalability, cloud infrastructure, and engineering risks.

Freelancers

Get senior architecture support when a client project requires expertise beyond your primary skill set.

Consultants

Extend delivery capability for cloud architecture assessments, migrations, and solution design.

AI/ML Engineers

Design production cloud infrastructure for machine learning and generative AI workloads.

Step

What Happens

01 — Describe Your System

Share your application, business requirements, current infrastructure, expected traffic, technology stack, and architecture challenge.

02 — Architecture Assessment

Review the current system, requirements, constraints, risks, and technical objectives.

03 — Architecture Recommendations

Identify appropriate cloud services, architecture patterns, infrastructure, data stores, networking, security, and deployment approaches.

04 — Review the Design

Work through architecture diagrams, system flows, trade-offs, scalability, reliability, security, and cost considerations.

05 — Implementation Guidance

Translate the architecture into practical implementation steps, infrastructure, APIs, deployment workflows, and engineering tasks.

Existing Environment

Architecture Support

AWS Environment

Review AWS services, networking, IAM, compute, databases, containers, serverless, monitoring, and resilience.

Azure Environment

Review Azure infrastructure, App Services, AKS, networking, identity, databases, monitoring, and deployment architecture.

Google Cloud Environment

Review GCP compute, GKE, Cloud Run, databases, networking, IAM, analytics, and application architecture.

Hybrid Cloud

Review connectivity, workload placement, identity, networking, security, data flows, and operational complexity.

Multi-Cloud

Evaluate workload distribution, platform dependencies, networking, identity, operations, and cost.

Legacy Application

Identify modernization opportunities and determine whether to refactor, replatform, rearchitect, or retain components.

Monolithic Application

Evaluate modularization, scaling, deployment, database, and potential migration to service-oriented architecture.

Microservices

Review service boundaries, communication, data ownership, observability, deployment, and distributed-system risks.

Kubernetes Platform

Review cluster architecture, workloads, networking, ingress, security, observability, scaling, and deployment.

Serverless Application

Review event flows, functions, APIs, data stores, permissions, monitoring, and operational architecture.

AI Application

Review LLM, RAG, model serving, vector database, data, APIs, security, evaluation, and production infrastructure.

Area

What We Review

Scalability

Traffic growth, horizontal scaling, bottlenecks, workload distribution, caching, queues, and database scaling.

Reliability

Redundancy, failure domains, health checks, failover, backups, recovery, and operational resilience.

Security

Identity, permissions, network boundaries, encryption, secrets, authentication, authorization, and attack surfaces.

Performance

API latency, database performance, compute resources, network architecture, caching, and application bottlenecks.

Cost

Compute utilization, storage, data transfer, managed services, architecture choices, and resource lifecycle.

Maintainability

Service boundaries, code organization, infrastructure automation, deployment workflows, documentation, and operational complexity.

Observability

Logs, metrics, traces, alerts, dashboards, health checks, and incident investigation.

Deployment

CI/CD, environments, release strategies, rollback, infrastructure as code, and configuration management.

Data Architecture

Databases, data ownership, replication, caching, event streams, analytics, and data pipelines.

Networking

VPC/VNet, subnets, routing, DNS, load balancing, private connectivity, VPN, and network security.

Support Model

Best For

Starting From

One-Time Architecture Review

Review an existing architecture or solve a specific architecture problem.

$25+

Hourly Architecture Consultation

Design decisions, technical reviews, cloud service selection, and architecture discussions.

$40/hr

Architecture Design Session

New application, platform, migration, or production architecture.

Custom

Daily Architecture Support

Complex architecture projects, migrations, modernization, and technical planning.

$100/day

Monthly Architecture Support

Ongoing architecture review, technical leadership, and cloud design assistance.

Custom

Architecture Area

Example

Web Application

Design a highly available web application using load balancing, compute, databases, caching, storage, CDN, and monitoring.

SaaS Platform

Design multi-tenant architecture, authentication, tenant isolation, databases, APIs, background processing, and deployment infrastructure.

Microservices

Define service boundaries, API communication, messaging, databases, observability, and deployment strategy.

Cloud Migration

Plan migration of an existing application from on-premises infrastructure to AWS, Azure, or Google Cloud.

High Traffic System

Design for increased traffic using autoscaling, caching, queues, database scaling, CDN, and distributed architecture.

Production RAG Application

Design document ingestion, embeddings, vector storage, retrieval, LLM integration, APIs, security, monitoring, and scaling.

AI Agent Platform

Design agent orchestration, model APIs, tools, authentication, databases, observability, and production infrastructure.

E-Commerce Platform

Design product, order, payment, inventory, customer, search, event, and scaling architecture.

Data Platform

Design ingestion, storage, processing, analytics, orchestration, governance, and data access architecture.

Mobile Backend

Design APIs, authentication, databases, notifications, storage, queues, and scalable cloud infrastructure.

Benefit

Description

Senior Architecture Perspective

Get an experienced technical perspective on complex cloud and system-design decisions.

Cloud-Specific Expertise

Work across AWS, Azure, Google Cloud, hybrid, and multi-cloud environments.

Implementation-Aware Architecture

Recommendations consider how the engineering team will actually implement and operate the design.

Architecture Trade-Offs

Compare approaches based on scalability, reliability, security, performance, complexity, and cost.

Existing-System Review

Review what you already have instead of automatically recommending a complete rebuild.

Production Focus

Design for monitoring, failure handling, deployment, security, and operational requirements.

AI Architecture Expertise

Support for production LLM, RAG, AI agent, ML, and AI platform architectures.

Flexible Engagement

Choose a focused architecture session or ongoing architectural support.

Technology-Neutral Guidance

Evaluate technologies based on requirements rather than forcing a particular stack.

Confidential Support

Architecture and project information is treated as confidential, with NDA arrangements available when required.

Question

Answer

What is cloud architect job support?

Cloud architect job support provides practical assistance to professionals working on cloud architecture, system design, migrations, scalability, security, reliability, infrastructure, and production architecture decisions.

Can you review my existing cloud architecture?

Yes. An architect can review your existing cloud environment, architecture diagrams, infrastructure, application components, databases, networking, security, deployment model, and operational requirements.

Do you support AWS, Azure, and Google Cloud?

Yes. Support can cover AWS, Microsoft Azure, Google Cloud, hybrid cloud, and multi-cloud architectures.

Can you help design a new application architecture?

Yes. Share your business requirements, application functionality, expected traffic, data requirements, security constraints, budget, and preferred technologies. The architecture can then be developed around those requirements.

Can you help with cloud migration?

Yes. Support can include migration assessment, workload classification, target architecture, networking, identity, data migration, deployment strategy, testing, cutover, and post-migration considerations.

Can you review microservices architecture?

Yes. Support can include service boundaries, APIs, messaging, data ownership, service communication, observability, deployment, scalability, and distributed-system risks.

Can you help with cloud architecture for AI applications?

Yes. Support can include LLM applications, RAG systems, AI agents, vector databases, model serving, data pipelines, APIs, security, monitoring, and cloud infrastructure.

Can you help reduce cloud costs?

Yes. Architecture and infrastructure can be reviewed to identify potentially unnecessary resources, inefficient architecture patterns, scaling approaches, storage usage, and other cost drivers.

Can you help with high-availability architecture?

Yes. Support can cover redundancy, availability zones, multi-region approaches, load balancing, failover, backups, disaster recovery, and operational resilience.

Can you help with cloud security architecture?

Yes. Support can include IAM, RBAC, network isolation, encryption, secrets management, authentication, authorization, and security boundaries.

Will you provide architecture diagrams?

Architecture documentation can include system architecture diagrams, data flows, component relationships, deployment architecture, and implementation guidance depending on the engagement.

Can you work with my engineering team?

Yes. Architecture support can be structured around technical discussions, design reviews, pair architecture sessions, implementation guidance, or ongoing technical collaboration.

Can startups use cloud architect support?

Yes. Startups can use architecture support before building a product, during MVP development, during scaling, or when preparing an existing system for production.

Can freelancers and consultants use this service?

Yes. Freelancers and consultants can use cloud architecture support when a project requires senior architecture expertise, design review, migration planning, or technology evaluation.

How much does cloud architect support cost?

One-time architecture reviews can start from $25+, hourly architecture consultation from $40/hour, and larger architecture projects are quoted based on scope and complexity.

How quickly can cloud architecture support start?

Start time depends on the architecture requirement, expert availability, scope, and whether documentation or a detailed architecture assessment is required.