Azure Architecture Diagram Generator

You are creating a professional Azure cloud architecture diagram in SVG format.

User Request

$ARGUMENTS

Instructions

Step 1: Understand the Architecture

Parse the user's request to identify:

• Which Azure services are involved
• The data flow / connections between services
• Logical groupings (e.g., networking, compute, data, security)
• The output file path (default: ./azure-architecture.svg if not specified)

Step 2: Fetch Official Azure Icons

Fetch the official Microsoft Azure architecture icons from the benc-uk/icon-collection GitHub repository. These are the actual icons from the Azure Architecture Icon set.

Base URL: https://raw.githubusercontent.com/benc-uk/icon-collection/master/azure-icons/

For each Azure service in the diagram, fetch its SVG icon from:

Service	Filename
Azure SQL Database	SQL-Database.svg
Azure Storage	Storage-Accounts.svg
Blob Storage	Blob-Block.svg
Cosmos DB	Azure-Cosmos-DB.svg
Event Hubs	Event-Hubs.svg
Service Bus	Service-Bus.svg
Data Factory	Data-Factory.svg
Azure Synapse Analytics	Azure-Synapse-Analytics.svg
Azure Functions	Function-Apps.svg
App Service	App-Services.svg
API Management	API-Management-Services.svg
Azure Kubernetes Service	Kubernetes-Services.svg
Container Instances	Container-Instances.svg
Container Registry	Container-Registries.svg
Virtual Machines	Virtual-Machine.svg
Virtual Networks	Virtual-Networks.svg
Load Balancer	Load-Balancers.svg
Application Gateway	Application-Gateways.svg
Azure Front Door	Front-Doors.svg
Azure CDN	CDN-Profiles.svg
Azure DNS	DNS-Zones.svg
Azure Firewall	Firewalls.svg
Azure Active Directory / Entra ID	Azure-Active-Directory.svg
Key Vault	Key-Vaults.svg
Azure Monitor	Monitor.svg
Log Analytics	Log-Analytics-Workspaces.svg
Application Insights	Application-Insights.svg
Azure Cache for Redis	Cache-Redis.svg
Azure Search / AI Search	Search-Services.svg
Cognitive Services / Azure AI	Cognitive-Services.svg
Azure Bot Service	Bot-Services.svg
Azure OpenAI	Cognitive-Services.svg
Notification Hubs	Notification-Hubs.svg
SignalR	SignalR.svg
Logic Apps	Logic-Apps.svg
Event Grid	Event-Grid-Domains.svg
Stream Analytics	Stream-Analytics-Jobs.svg
Azure DevOps	Azure-DevOps.svg
Azure Repos	Azure-Repos.svg
IoT Hub	IoT-Hub.svg
Data Lake Storage	Data-Lake-Store-Gen1.svg
Azure Databricks	Azure-Databricks.svg
HDInsight	HDInsight-Clusters.svg
Azure Batch	Batch-Accounts.svg
Azure Site Recovery	Recovery-Services-Vaults.svg
Azure Backup	Recovery-Services-Vaults.svg
Network Security Groups	Network-Security-Groups.svg
Private Endpoints	Private-Link.svg
Managed Identities	Managed-Identities.svg
Azure Policy	Policy.svg

Additional icons for Power BI: https://raw.githubusercontent.com/microsoft/PowerBI-Icons/main/SVG/Power-BI.svg

If a specific icon filename returns 404, try variations:

• Add/remove "Azure-" prefix
• Try plural/singular forms
• Check the gallery at https://code.benco.io/icon-collection/azure-icons/

Step 3: Process Fetched Icons

When embedding icons into the diagram SVG:

1. Namespace all gradient/filter/clipPath IDs to avoid conflicts. Each icon's internal id="a", id="b" etc. MUST be renamed to unique IDs like sql_a, cosmos_a, storage_a etc. Update all url(#...) and fill="url(#...)" references accordingly.

2. Place all <defs> (gradients, filters, clipPaths) in a single top-level <defs> block in the output SVG.

3. Scale icons using transform="translate(x, y) scale(s)" on a <g> element wrapping each icon's paths. Icons from benc-uk have an 18x18 viewBox, so scale(2) gives ~36px, scale(2.5) gives ~45px icons.

Step 4: Build the SVG Diagram

Create a complete SVG with:

Design system (Azure-style):

• Font: Segoe UI, Arial, sans-serif
• Primary blue: #0078D4
• Background: #FAFAFA or #F9F9F9
• Card background: #fff with stroke="#E1DFDD" and subtle drop shadow
• Section header colors per domain:
  • Networking: #0078D4 (blue)
  • Compute: #5C2D91 (purple)
  • Data: #0078D4 (blue)
  • AI/ML: #5C2D91 (purple)
  • Security: #D83B01 (dark orange)
  • Integration: #F7630C (orange)
  • DevOps: #107C10 (green)
  • Monitoring: #0078D4 (blue)

Layout structure:

┌─────────────────────────────────────────┐
│ Title Banner (gradient blue header)     │
├─────────────────────────────────────────┤
│                                         │
│  ┌──────┐    ┌──────┐    ┌──────┐      │
│  │ Icon │───>│ Icon │───>│ Icon │      │
│  │ Label│    │ Label│    │ Label│      │
│  └──────┘    └──────┘    └──────┘      │
│       │           │           │         │
│  Grouping boxes with headers            │
│  Flow arrows between components         │
│                                         │
├─────────────────────────────────────────┤
│ Foundation / Infrastructure layer       │
├─────────────────────────────────────────┤
│ Legend                                  │
└─────────────────────────────────────────┘

Each service card pattern:

<g transform="translate(x, y)" filter="url(#shadowSm)">
  <rect width="W" height="H" rx="6" fill="#fff" stroke="#E1DFDD"/>
  <!-- Official Azure icon, scaled -->
  <g transform="translate(8, 8) scale(2.2)">
    <!-- icon paths here -->
  </g>
  <text x="52" y="26" fill="#323130" font-size="11" font-weight="600">Service Name</text>
</g>

Standard defs to always include:

<filter id="shadow" x="-5%" y="-5%" width="115%" height="115%">
  <feDropShadow dx="1" dy="2" stdDeviation="3" flood-color="#000" flood-opacity="0.12"/>
</filter>
<filter id="shadowSm" x="-5%" y="-5%" width="115%" height="115%">
  <feDropShadow dx="0" dy="1" stdDeviation="2" flood-color="#000" flood-opacity="0.08"/>
</filter>
<marker id="arrowR" markerWidth="8" markerHeight="6" refX="8" refY="3" orient="auto">
  <polygon points="0 0, 8 3, 0 6" fill="#0078D4"/>
</marker>

Flow arrows: Use <line> or <path> elements with marker-end="url(#arrowR)", stroke #0078D4, stroke-width 1.5.

Grouping boxes: Use rounded <rect> with colored header bar + white body, similar to Azure portal resource group visualization.

Step 5: Write Output

Save the SVG file to the path specified by the user (or default ./azure-architecture.svg).

Important Rules

1. Always fetch real icons — never use placeholder shapes or hand-drawn approximations.
2. Always namespace gradient IDs — icon SVGs reuse generic IDs like a, b which WILL conflict. Prefix them (e.g., sql_a, cosmos_b).
3. Keep the layout clean — use consistent spacing (16px grid), aligned elements, and clear visual hierarchy.
4. Include a legend explaining color coding.
5. Use proper Azure naming — "Entra ID" (not just "Azure AD"), "Azure Cosmos DB" (not just "Cosmos"), etc.
6. Responsive viewBox — use viewBox on the root SVG, no fixed width/height attributes so it scales.
7. Show data flow — use directional arrows to indicate how data/requests move between services.
8. For fetching icons, fetch multiple icons in parallel using concurrent WebFetch calls to be efficient.
9. When processing fetched SVG content, extract only the inner elements (paths, rects, circles, etc.) and their defs — strip the outer <svg> wrapper.
10. Handle complex icons carefully — some icons (like Power BI) have masks and filters that also need ID namespacing.