Generate multi-level C4 architecture diagrams with AI. Context → Container → Component → Deployment. The industry-standard approach to architecture visualization.
Start with the big picture, zoom into containers, then components. Each view has the right detail for its audience.
Describe your architecture and get C4 diagrams generated at all relevant levels — context, container, component.
C4 deployment diagrams show where containers run: cloud regions, clusters, and infrastructure topology.
C4 diagrams in Mermaid/PlantUML syntax live in Git. Track architecture evolution commit by commit.
Level 1 for business, Level 2 for architects, Level 3 for developers. Everyone gets the view they need.
C4 is the most widely adopted architecture diagramming standard. Teams understand it immediately.
These situations signal your team needs multi-level architecture views.
Stakeholders at different levels need different detail. C4's context, container, and component views serve executives through developers.
Your CTO wants the big picture without implementation details. C4 Level 1 context diagrams show system boundaries and external actors.
DevOps needs to know which services run where. C4 container and deployment diagrams map applications to infrastructure topology.
New developers need to understand internal structure. C4 Level 3 component diagrams show how modules interact within a container.
You want diagrams that trace from high-level architecture down to class relationships. C4 Level 4 connects architecture to implementation.
One architecture, many audiences. C4 lets you present the same system at the right level of abstraction for each stakeholder group.
A container-level C4 diagram for a fintech platform showing multi-layer architecture.
C4Container
title Container Diagram — Fintech Platform
Person(user, "Customer", "Manages accounts and transfers")
Person(admin, "Operations Team", "Monitors transactions and compliance")
System_Boundary(fintech, "Fintech Platform") {
Container(mobileApp, "Mobile App", "React Native", "Customer-facing banking app")
Container(adminPortal, "Admin Portal", "React", "Internal operations dashboard")
Container(apiGateway, "API Gateway", "Kong", "Rate limiting, auth, routing")
Container(accountSvc, "Account Service", "Go", "Account CRUD, balance management")
Container(transferSvc, "Transfer Service", "Go", "Domestic and international transfers")
Container(complianceSvc, "Compliance Service", "Python", "KYC, AML screening")
ContainerDb(db, "Primary Database", "PostgreSQL", "Accounts, transactions, users")
ContainerDb(ledger, "Ledger", "PostgreSQL", "Double-entry accounting ledger")
ContainerQueue(events, "Event Bus", "Kafka", "Domain events")
}
System_Ext(banking, "Banking Partner", "ACH / SWIFT network")
System_Ext(kyc, "KYC Provider", "Identity verification")
Rel(user, mobileApp, "Uses", "HTTPS")
Rel(admin, adminPortal, "Uses", "HTTPS")
Rel(mobileApp, apiGateway, "API calls", "HTTPS/JSON")
Rel(adminPortal, apiGateway, "API calls", "HTTPS/JSON")
Rel(apiGateway, accountSvc, "Routes to", "gRPC")
Rel(apiGateway, transferSvc, "Routes to", "gRPC")
Rel(accountSvc, db, "Reads/writes", "SQL")
Rel(transferSvc, ledger, "Records entries", "SQL")
Rel(transferSvc, events, "Publishes", "Kafka")
Rel(complianceSvc, events, "Consumes", "Kafka")
Rel(transferSvc, banking, "Initiates transfers", "HTTPS")
Rel(complianceSvc, kyc, "Verifies identity", "API")Paste this into Cybewave Studio or let AI generate it from a description.
Dedicated guides for each C4 level with full examples and element references.
The most common architecture documentation failure is showing the wrong level of detail to the wrong audience. Executives don't need class diagrams. Developers don't need system context slides. The C4 model solves this by defining four zoom levels — context, container, component, and code — each tailored to a specific audience.
With AI-powered generation, creating multi-level C4 views becomes practical rather than aspirational. Describe your system once, and Cybewave generates diagrams at each level. The context view shows external actors and system boundaries. The container view maps services, databases, and message queues. The component view reveals internal module structure.
This layered approach means a single architecture description produces documentation that serves the entire organization. Product managers see how the system fits into the business landscape. Architects evaluate service boundaries. Developers understand component interactions. Everyone works from the same source of truth at their preferred level of detail.
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