Dashboard Design

dashboard-design

When to use

Use when designing a new Grafana or admin dashboard, deciding what goes where (Grafana vs. app), or embedding Grafana panels in the Laravel app.

Do NOT use when:

• Writing Grafana queries/JSON (use grafana skill)
• Building Livewire components (use livewire skill)

Procedure: Design a dashboard

1. Inspect the data sources — Identify which signals already exist (logs, metrics, app queries) and where they live (Grafana / Loki / app DB) before designing a new panel.
2. Pick the surface — Use the decision tables below to choose Grafana, app dashboard, or embed; document audience and refresh cadence.
3. Draft the layout — Sketch panels, choose visualization per signal (RED / USE / Golden Signals), define filters and thresholds. Ground the chart-type choice in the adopted data-viz corpus instead of memory: ./scripts-run <skills-root>/corpus-grounding/scripts/ground search --manifest <skills-root>/design-intelligence/data/manifest.json --domain chart "<data shape>" returns the best chart type, when-NOT-to-use, data-volume threshold, a11y grade + colorblind fallback, and a library recommendation per row (see design-intelligence).
4. Implement and verify — Build the dashboard, load realistic data, and confirm every panel answers a named question for the named audience.

Decision: What goes where?

Grafana Embedding

<iframe
  src="https://grafana.example.com/d-solo/{dashboard-uid}/{panel-id}?orgId=1&from=now-24h&to=now&var-fqdn={{ $customer->fqdn }}&theme=light"
  width="100%" height="300" frameborder="0"
></iframe>

Config required: allow_embedding = true, cookie_samesite = none (cross-origin), anonymous access/auth proxy, tenant variables via URL params, &theme=light|dark.

Admin Dashboard Design (Laravel)

Widget types

Layout: F-pattern

┌──────────┬──────────┬──────────┬──────────┐
│ Stat     │ Stat     │ Stat     │ Stat     │  ← KPI row
├──────────┴──────────┼──────────┴──────────┤
│ Chart (trend)       │ Chart (breakdown)   │  ← Viz row
├─────────────────────┼─────────────────────┤
│ Table (recent)      │ Activity feed       │  ← Detail row
└─────────────────────┴─────────────────────┘

Livewire patterns

• wire:poll.30s for auto-refresh
• wire:init for lazy loading expensive queries
• $dispatch('refresh-stats') for cross-widget updates
• Cache expensive aggregations, refresh on schedule

Validate

• Verify each panel answers exactly one question.
• Confirm time ranges are explicit, not "last X" without context.
• Check that critical KPIs are visible without scrolling.
• Ensure no chart mixes unrelated metrics on the same axis.

Output format

1. Dashboard layout with panel placement and visualization types
2. Data source mapping — which metrics/queries feed each panel
3. Alerting thresholds where applicable

Gotcha

• Max 8 panels per dashboard — cognitive overload kills usability.
• Simple table often beats fancy visualization.
• Always scope to customer/tenant — no unfiltered admin views.
• Always define time range explicitly.

Do NOT

• Do NOT create dashboards with more than 8 panels — cognitive overload.
• Do NOT mix ops metrics with business KPIs on the same dashboard.
• Do NOT show admin data without tenant scoping.

Anti-slop

Dashboards have their own signature tell: the hero-metric template (giant number + small label + a row of stats + gradient) is L1 in docs/guidelines/design-antipatterns.md. Pull the catalog and check L1–L3 (hero-metric, identical-card grids, monotonous spacing) before finalizing the layout — a dashboard is product-mode (docs/guidelines/design-modes.md): design serves the task, so favour data density and earned familiarity over decorative variance.

Auto-trigger keywords

• dashboard
• monitoring dashboard
• visualization
• KPI
• metrics display