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Infographic: Architecting Web Apps on Azure

Choosing Your Cloud

A visual guide to architecting and deploying web applications on Microsoft Azure, simplifying the choice between control, convenience, and cost.

The Spectrum of Control

Your first decision is a trade-off. More control means more responsibility. More management by Azure means more focus on your code.

IaaS

(Infrastructure-as-a-Service)

You manage the OS, middleware, and runtime. Highest control, highest responsibility.

PaaS

(Platform-as-a-Service)

Azure manages the OS and runtime. You deploy and manage your application code.

Serverless

(Function-as-a-Service)

Azure manages everything. You provide code that runs on demand. Highest abstraction.

Meet the Services

⚙️

App Service

The premier PaaS solution for most web apps and APIs.

6+

Supported Languages

Static Web Apps

Purpose-built for modern JAMstack and single-page apps.

100%

Automated CI/CD

🖥️

Virtual Machines

Ultimate IaaS control for legacy apps or custom stacks.

Full

OS-Level Control

📦

Container Apps

Serverless platform for microservices and containers.

0

Scale-to-Zero Capable

Services Head-to-Head

Each service excels in different areas. This comparison highlights their strengths across key decision criteria, from the level of management required to their scalability model.

A higher score indicates a greater degree of the given attribute (e.g., higher "Control" means more user management).

Scenario-Based Recommendations

Corporate Website or Blog?

Choose Static Web Apps. Get superior performance, a simple Git-based workflow, and a highly cost-effective (often free) model with automated security.

Enterprise LOB App?

Choose App Service. It's a trusted, robust platform with deep VNet integration, enterprise language support, and advanced security features.

Migrating a Legacy App?

Choose Virtual Machines. When you need to replicate an exact on-premises environment with full OS control, VMs provide the necessary "lift-and-shift" capability.

Microservices or E-commerce?

Choose Container Apps. It's purpose-built for modern, decoupled architectures, offering event-driven scaling and simplified microservice patterns that optimize cost and performance.

Cost at a Glance

Your billing model is key to cost optimization. Provisioned capacity is best for predictable traffic, while consumption models excel with bursty workloads by scaling to zero.

CI/CD Experience

  • By-Default (Static Web Apps)

    Fully automated, Git-native workflow. Zero configuration required.

  • ⚙️

    Assisted (App Service)

    A wizard generates a customizable starter workflow for you.

  • 📦

    Configurable (Container Apps)

    You configure a pipeline to build and push a container image.

  • 🖥️

    Manual (Virtual Machines)

    Requires full manual setup of build/release pipelines and agents.

Final Recommendations

1. Start with Abstraction

Always default to the most managed service that fits your needs (PaaS or Serverless) to maximize productivity.

2. Use Containers for Portability

Choose Container Apps for microservices or when you need to ensure your app can run anywhere.

3. VMs are a Last Resort

Only use VMs for strict legacy requirements, and always factor in the high cost of manual operations.