GridTerm for DevOps and Infrastructure
DevOps work is inherently multi-terminal. You’re monitoring logs across services, managing containers, running deployments, checking CI pipelines, and debugging infrastructure — all at the same time.
A single terminal is a joke for this workflow. Even two isn’t enough. A multi-terminal workspace with visible grids is how DevOps engineers actually work.
The DevOps layout
Infrastructure monitoring (3x3 grid)
| Col 1 | Col 2 | Col 3 | |
|---|---|---|---|
| Row 1 | docker ps / container status | API service logs | Worker service logs |
| Row 2 | Database logs | Redis / cache status | CI/CD pipeline output |
| Row 3 | Claude Code (automation) | kubectl / infrastructure | Free terminal |
Nine panes. Three for log monitoring, three for status checks, one for AI-assisted automation, two for active work. All visible simultaneously.
Deployment monitoring (2x3 grid)
| Left | Center | Right | |
|---|---|---|---|
| Top | CI/CD pipeline output | Production logs | Staging logs |
| Bottom | Health check curl loop | git log (what shipped) | Rollback terminal |
During a deployment: watch the pipeline, monitor both environments, verify health, and have a rollback command ready — all in one screen.
AI agents for DevOps tasks
Claude Code isn’t just for application code. DevOps engineers use it for:
Dockerfile optimization
“Optimize this Dockerfile for smaller image size. Use multi-stage builds, minimize layers, and switch to Alpine base.”
CI/CD pipeline creation
“Create a GitHub Actions workflow that runs tests on PR, builds a Docker image on merge to main, and deploys to staging via SSH.”
Infrastructure as code
“Write a Terraform module for an AWS ECS service with auto-scaling, ALB, and CloudWatch alarms.”
Script automation
“Write a bash script that rotates database backups, keeping the last 7 daily and 4 weekly backups, and uploads to S3.”
Run these in one pane while monitoring your infrastructure in the others. The agent writes the automation; you verify it against live systems in the adjacent terminals.
Multi-environment monitoring
DevOps often means watching multiple environments simultaneously:
| Terminal | Environment |
|---|---|
| 1 | ssh staging-01 'tail -f /var/log/app.log' |
| 2 | ssh production-01 'tail -f /var/log/app.log' |
| 3 | ssh production-02 'tail -f /var/log/app.log' |
| 4 | Local Docker environment |
Four environments, all visible. When you deploy a change to staging, you see the logs update in real time. When you promote to production, watch both production servers simultaneously.
Container management
Docker and Kubernetes workflows benefit from visible multi-pane layouts:
Docker Compose development
- Pane 1:
docker compose up— all services - Pane 2:
docker compose logs -f service-a— specific service - Pane 3:
docker compose exec service-a sh— shell into a container - Pane 4:
docker stats— resource usage monitoring
Kubernetes operations
- Pane 1:
kubectl get pods -w— watch pod status - Pane 2:
kubectl logs -f deployment/api— application logs - Pane 3:
kubectl top pods— resource metrics - Pane 4: Claude Code for YAML generation and debugging
Incident response layout
Save a workspace specifically for incident response:
| Terminal | Purpose |
|---|---|
| 1 | Production logs (primary service) |
| 2 | Production logs (dependent services) |
| 3 | Database queries (checking data integrity) |
| 4 | Metrics / health checks |
| 5 | Claude Code (“analyze these error patterns and suggest root cause”) |
| 6 | Git log / rollback commands |
Load this workspace the moment an incident starts. Zero setup time when every second counts.
Screenshots for documentation
Use GridTerm’s screenshot feature to capture:
- Error states for post-mortems
- Dashboard metrics during incidents
- Terminal output for runbook documentation
- Infrastructure state for architecture reviews
Screenshots save to a sidebar gallery, so you have a visual timeline of what happened during an incident.
DevOps-specific tips
Create environment-specific workspaces. “Staging Debug”, “Production Monitor”, “Local Docker” — each with the right connections and log tails pre-configured.
Keep a rollback terminal ready. During deployments, always have one terminal with the rollback command typed but not executed. If something goes wrong, one Enter key reverts.
Use notes for runbooks. GridTerm’s notes store incident response procedures, SSH connection strings, and common debugging commands. Pop them out into a separate window during active incidents.