Caso de uso
Diagramas de arquitetura de rede
Internet, DNS, balanceador, firewall, VPC e sub-rede: tráfego que dá para apontar de verdade.
Cenário
Uma revisão de rede antes do lançamento: Internet pública e DNS, um balanceador, um firewall, frames de VPC e sub-rede, e os servidores ou cargas Kubernetes que eles protegem.
Topologia de rede para conversas de plataforma: borda, balanceador, sub-rede e os serviços atrás. O mesmo editor que C4 e Kubernetes: uma linguagem para o time. O pack de rede está no Free.
O que você desenha
Diagramas de arquitetura de rede
- Internet e DNS
- Balanceador, roteador e switch
- Firewall
- VPC e sub-rede como frames
- Server, rack, wireless, CDN
- Legend para o público da revisão
Por que o Archboard
O Archboard é um canvas de topologia de rede no mesmo espaço hospedado que Kubernetes e C4. Portas e conexões ortogonais tornam o caminho visível. Desenhe o pack de rede no Free; assine o Pro para nós ilimitados e incorporação quando a revisão sair da equipe de plataforma.
Packs neste canvas
Rede · Nuvem · Segurança · Kubernetes
Todos os packs nativos estão no Free (3 diagramas, 15 nós de diagrama + 150 notas, textos, figurinhas e tópicos de mapa mental cada, compartilhamento público com marca, edição ao vivo com seus agentes de IA). O Pro adiciona diagramas e nós ilimitados, assentos para colegas editarem ao vivo, incorporação e exportação sem marca d’água ($10/assento/mês).
Como uma sessão acontece
Abra um canvas depois do login com Google ou GitHub
Coloque Internet → DNS → balanceador → firewall → VPC/sub-rede
Solte servidores ou nós Kubernetes dentro dos frames de sub-rede
Compartilhe um link de visualização público com marca, ou exporte SVG/PNG para o ticket de mudança
Network diagrams people can point at
Network architecture diagrams usually fail at the pointer test: in a review, nobody can point at the path a packet takes. Icons float without frames, subnets are implied, and the firewall might as well be decorative. A network topology canvas passes the test by making the path visible, from the Internet to DNS to load balancer to firewall to VPC and subnet frames, with servers or Kubernetes workloads inside them. Orthogonal edges carry the hops cleanly; labeled edges carry the policy, like which port the firewall allows. When the whole path is on one board, the review moves from guessing to deciding.
Frame aggressively. VPC and subnet frames turn a pile of servers into an address plan reviewers can read: public subnets hold the load balancer, private subnets hold the workloads, and the firewall sits visibly between the edge and everything else. Add a legend for the review audience, because reviewers who do not live in the network still need to read it. Put DNS early in the path; half of all network mysteries start with name resolution, and the diagram should say so.
From topology sketch to change ticket
A network diagram becomes operational when it attaches to the change process. Export an SVG or PNG for the ticket, share a branded public link for the pre-launch review, and snapshot a revision before the firewall rule changes, since the before-shape is the fastest way to roll a conversation back. Keep the Kubernetes workloads that sit behind the firewall on the same canvas instead of a separate drawing; the subnet frame should contain what it actually routes to, whether that is servers or Pods. Tickets with a live link get approved faster than tickets with a stale screenshot.
The Network pack ships on Free with Cloud, Security, and Kubernetes packs beside it, because topologies never stop at the subnet edge. Combine Internet, router, switch, and CDN nodes with the firewall and VPC frames, and let the canvas hold the whole story from edge to workload. Pro adds embed plus watermark-free snapshots for the tickets that leave the platform team. Draw the path the packet takes, and then point at it.
Open a published example
- Datacenter NetworkInternet, DNS, load balancer, firewall, VPC, and subnet servers in path order.
- Zero Trust PerimeterIdP, WAF, firewall, vault, and certificates layered around workloads.
Questions
What should a network diagram always show?
The full packet path: Internet, DNS, load balancer, firewall, VPC and subnet frames, and the servers or workloads inside them, along with labeled edges for policy like allowed ports and protocols.
Can servers and Kubernetes share one topology?
Yes. Drop servers or Kubernetes nodes inside the same subnet frames on one canvas. Reviewers see what the subnet routes to without reconciling two drawings.
How do I present this to non-network reviewers?
Add a legend, keep one packet path per board, and share the live link so reviewers can pan and zoom. Export SVG or PNG when the change ticket needs a frozen snapshot.
Abra um canvas em um minuto
Entre com Google ou GitHub. Grátis para um assento. Faça upgrade quando a equipe entrar.