Last batch in HIGH bucket. Combined with d60bbd4 (critical 9 + high batch 1, 21 files), this finishes the critical+high KB-refresh sweep for v1.12.0.
Substantive edits (3 files):
- security-copilot-integration.md: M365 E5/E7 inclusion auto-provisioning, agents-first landing experience, role-based onboarding (Verified MCP 2026-05)
- entra-agent-id-zero-trust.md: Ignite 2025-utvidelser — Conditional Access for agenter, Risky agents, 3 nye Agent ID-roller, Microsoft Agent Identity Platform, Copilot Studio blueprint principal
- ai-center-of-excellence-setup.md: Ny "Oppdateringer 2026-05"-seksjon — tre-roller-modell (platform/workload/CoE), agent-ferdighetsområder, sentralisert→rådgivende operasjonsmodell
Date-bump (20 files):
- HIGH-bucket filer der MCP-fetch viste kosmetiske endringer (forrige sesjons lærdom replikert)
Tests: validate-plugin.sh PASS 219.
503 lines
18 KiB
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503 lines
18 KiB
Markdown
# Custom Dashboards for AI Operations
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**Kategori:** Monitoring & Observability
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**Sist oppdatert:** 2026-05 | Verified: MCP 2026-05
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**Brukes av:** Cosmo Skyberg, Microsoft AI Solution Architect
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---
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## Innledning
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Custom dashboards er essensielle for å visualisere og forstå AI-driften i sanntid. Mens standard metrics-visninger gir grunnleggende innsikt, tilbyr tilpassede dashboards mulighet til å kombinere data fra flere kilder, skreddersy visualiseringer for ulike interessenter, og bygge operasjonelle kommandosentral for AI-systemer.
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Microsoft-stakken tilbyr flere dashboarding-løsninger med ulike styrker: Azure Workbooks for teknisk dybde, Grafana for operasjonelle sanntidsvisninger, Power BI for executive insights, og Real-Time Intelligence dashboards for streaming-data.
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---
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## Azure Workbooks for AI
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Azure Workbooks er Microsofts native dashboarding-løsning i Azure Monitor. De kombinerer tekst, KQL-queries, metrics, og interaktive parametere i én fleksibel canvas.
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### Hvorfor Workbooks for AI-monitoring?
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- **Unified data sources:** Kombinerer Application Insights, Log Analytics, metrics, og Azure Resource Graph i én view
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- **KQL-powered:** Direkte tilgang til Kusto Query Language for avanserte aggregeringer
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- **Template-drevet:** Distribuer standardiserte dashboards programmatisk via ARM templates
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- **Resource-centric:** Visualiser data på tvers av flere AI-ressurser samtidig
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- **Built-in for AI Foundry:** Azure AI Foundry leverer ferdig "Application Analytics" workbook
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### Azure AI Foundry Application Analytics Workbook
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Azure AI Foundry tilbyr en out-of-box workbook som sporer:
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- **Generative AI metrics:** Total conversations, latency, exceptions
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- **Tool usage:** Hvilke extensions og tools brukes mest
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- **Topic analytics:** Hvilke conversation topics dominerer
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- **Operational health:** Success rates, error patterns, response times
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**Tilgang:**
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1. Gå til Application Insights ressurs
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2. Velg **Monitoring** → **Workbooks**
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3. Åpne "Copilot Studio Dashboard" fra galleriet
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**Tilpasning:**
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```kusto
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// Eksempel: Track custom attribute for AI responses
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customEvents
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| where name == "AIResponse"
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| extend ResponseQuality = tostring(customDimensions.quality)
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| summarize Count = count() by ResponseQuality, bin(timestamp, 1h)
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| render timechart
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```
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### Workbook Architecture for AI
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**Typiske seksjoner i et AI operations workbook:**
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1. **Executive summary** (stat tiles)
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- Total requests today
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- Average latency
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- Token consumption
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- Success rate
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2. **Request trends** (timecharts)
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- API calls per hour
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- Per-model distribution
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- Geographic distribution
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3. **Token economics** (barcharts)
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- Token usage by deployment
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- Cost per request
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- Top consumers
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4. **Error analysis** (grids + pie charts)
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- Error codes by frequency
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- Failed requests by model
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- Retry patterns
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5. **Performance drill-down** (interactive queries)
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- Parametere for time range, model, region
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- Query-backed visualizations som oppdateres live
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### Programmatic Deployment
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Workbooks kan deployes via ARM templates for consistency across teams:
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```json
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{
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"name": "ai-operations-workbook",
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"type": "microsoft.insights/workbooks",
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"location": "[resourceGroup().location]",
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"apiVersion": "2018-06-17-preview", // For workbook instances; workbook templates bruker 2019-10-17-preview (workbooktemplates resource type). Bicep støttes nå offisielt som alternativ til ARM JSON. *(Verified MCP 2026-04)*
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"properties": {
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"displayName": "AI Operations Dashboard",
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"serializedData": "{\"version\":\"Notebook/1.0\",\"items\":[...]}",
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"category": "AI Monitoring",
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"sourceId": "[resourceId('Microsoft.Insights/components', parameters('appInsightsName'))]"
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}
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}
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```
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**Best practices:** *(Verified MCP 2026-04)*
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- Bruk parametere for time ranges og resource filters
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- Inkluder markdown-tekst for kontekst og aksjonspunkter
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- Legg til links til troubleshooting-docs
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- Del workbooks via Azure RBAC (Monitoring Contributor for redigering, Monitoring Reader for visning)
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- Vurder Bicep-templates som alternativ til ARM JSON for ny infrastruktur (støttes nå offisielt)
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---
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## Grafana for AI Operational Dashboards
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Azure Managed Grafana er ideell for sanntids-operasjonssentre. Grafana excels i streaming visualizations, multi-source aggregation, og alert-integrasjon.
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### Microsoft Foundry Grafana Dashboard *(Verified MCP 2026-04)*
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Microsoft tilbyr en ferdig Grafana dashboard (ID: **24039**) for Azure AI Foundry/Foundry ressurser. Dashboard-tittelen er nå "Microsoft Foundry dashboard" i offisiell dokumentasjon.
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**Key metrics:**
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- **Model performance:** Inference latency (time to last byte), throughput, success rates
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- **Token tracking:** Total tokens, prompt tokens, completion tokens
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- **Request trends:** API call volume per deployment
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- **Cost visibility:** Token consumption patterns for cost optimization
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- **Per-deployment comparison:** Side-by-side metrics for GPT-4 vs GPT-3.5
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**Import prosess:**
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1. Gå til Azure Managed Grafana workspace
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2. Dashboards → New → Import
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3. Enter dashboard ID: **24039**
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4. Velg Azure Monitor data source
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5. Assign Monitoring Reader role til Grafana managed identity
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**Alternativ (direktelenke fra Azure Portal):** Monitor → Dashboards with Grafana (preview) → AI Foundry *(Verified MCP 2026-04)*
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**Metric namespace:** `Microsoft.CognitiveServices/accounts`
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**Key metrics:**
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- `AzureOpenAIRequests` – API call volume and success rates
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- `TokenTransaction` – Total inference tokens for cost tracking
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- `ProcessedPromptTokens` – Input tokens consumed
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- `GeneratedTokens` – Output tokens produced
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- `AzureOpenAITTLTInMS` – Inference latency (time to last byte)
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**Grouping:** All metrics split by `ModelDeploymentName`
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### Custom Grafana Panels
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**Legg til nytt panel:**
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1. Edit → Add → Visualization
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2. Data source: Azure Monitor
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3. Resource: Velg AI Foundry resource
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4. Metric: Velg metric (f.eks. `TokenTransaction`)
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5. Aggregation: Average, Sum, Count, Min, Max
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6. Visualization type: Time series, Stat, Gauge, Bar chart
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7. Thresholds: Definer warning/critical levels for visual alerts
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**Eksempel på custom panel for token cost:**
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- Data source: Azure Monitor
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- Metric: `TokenTransaction`
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- Aggregation: Sum
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- Transform: Math operation × 0.000002 (cost per token in NOK)
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- Visualization: Stat panel med "NOK spent today"
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- Threshold: Red over 5000 NOK
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---
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## Power BI for Executive AI Dashboards
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Power BI tilbyr business-orienterte visualiseringer med kraftig datamodellering. Ideell for executive dashboards som kombinerer AI metrics med business KPIs.
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### Power BI + Azure Monitor Integration
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**Dataflyt:**
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1. Azure Monitor logs → Log Analytics workspace
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2. Power BI connector → Import eller DirectQuery
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3. Power BI semantic model → Transform og model data
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4. Power BI report → Visualiser for executives
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**Setup:**
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1. I Power BI Desktop: Get Data → Azure → Azure Monitor Logs
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2. Enter workspace resource ID
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3. Write KQL query:
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```kusto
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AzureDiagnostics
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| where ResourceProvider == "MICROSOFT.COGNITIVESERVICES"
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| where TimeGenerated > ago(30d)
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| summarize
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TotalRequests = count(),
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AvgLatency = avg(DurationMs),
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TotalTokens = sum(toint(customDimensions.tokens))
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by bin(TimeGenerated, 1d), ModelDeployment = tostring(customDimensions.model)
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```
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### Executive Dashboard Layout
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**Typical executive AI dashboard:**
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1. **Top KPIs** (cards)
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- Monthly AI spend
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- Total conversations handled
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- Average user satisfaction (fra feedback)
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- Cost per interaction
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2. **Trends** (line charts)
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- AI usage growth over time
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- Cost efficiency trend
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- User adoption rate
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3. **Business impact** (combo charts)
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- Support tickets vs AI conversations (korrelasjon)
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- Customer satisfaction vs AI usage
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- Cost savings from automation
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4. **Model performance** (tables)
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- Ranker modeller etter success rate, cost, speed
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- Benchmark mot SLA
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**Scheduling:**
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- Sett opp scheduled refresh (8x per dag for free, hourly for Pro)
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- Email subscriptions for stakeholders
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- Power BI mobile app for on-the-go access
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---
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## Real-Time Intelligence Dashboards (Fabric)
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Microsoft Fabric Real-Time Intelligence tilbyr sanntids-dashboards drevet av KQL queries mot Eventhouse.
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### AI Monitoring i Fabric
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**Use case:** Streaming AI telemetry for øyeblikkelig innsikt.
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**Architecture:**
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1. Azure AI Foundry → Event Hub → Fabric Eventhouse
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2. KQL Database → Continuous queries
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3. Real-Time Dashboard → Live visualizations
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**Dashboard tiles:**
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**Stat tile (max temperature pattern):**
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```kusto
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AITelemetry
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| where Timestamp between (_startTime.._endTime)
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| where ModelDeploymentName == _deployment
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| top 1 by Latency desc
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| summarize by Latency
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```
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**Time chart (request rate):**
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```kusto
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AITelemetry
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| where Timestamp between (_startTime.._endTime)
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| where ModelDeploymentName == _deployment
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| summarize RequestCount = count() by bin(Timestamp, 1m)
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| render timechart
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```
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**Parameters:**
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```kusto
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// Deployment selector
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AITelemetry
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| summarize by ModelDeploymentName
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```
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**Best practices:**
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- Bruk parameters for interactive filtering
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- Auto-refresh interval: 30 sek for operations, 5 min for analytics
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- Conditional formatting for thresholds (red/yellow/green)
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---
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## Dashboard Sharing and Governance
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### Access Control
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**Azure Workbooks:** *(Verified MCP 2026-04)*
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- **Monitoring Contributor role:** Inkluderer `workbooks/write` — kan redigere og lagre delte workbooks
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- **Monitoring Reader role:** Kan se workbooks, men ikke endre
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- **Custom roles:** Krev `microsoft.insights/workbooks/write` for redigering
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- **Resource-based permissions:** Brukere ser kun data fra ressurser de har tilgang til
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**Grafana:**
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- **Grafana Admin role:** Full tilgang
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- **Grafana Editor role:** Kan redigere dashboards
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- **Grafana Viewer role:** Read-only
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- Azure RBAC: Monitoring Reader på subscription/resource group
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**Power BI:**
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- **Workspace roles:** Admin, Member, Contributor, Viewer
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- **Row-level security (RLS):** Filtrer data basert på brukeridentitet
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- **App distribution:** Del read-only versjon via Power BI app
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### Governance Best Practices
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**Standardisering:**
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- Opprett dashboard templates for ulike roller (DevOps, Leadership, Security)
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- Bruk naming conventions: `[Team]-[Purpose]-[Environment]` (f.eks. `AITeam-Operations-Prod`)
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- Version control for workbook ARM templates i Git
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**Dokumentasjon:**
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- Inkluder markdown-seksjoner i workbooks med:
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- Hva viser denne dashboard?
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- Hvilke actions skal jeg ta ved alerts?
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- Links til runbooks og troubleshooting guides
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- README i Power BI workspace med metric definitions
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**Update cadence:**
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- **Operations dashboards:** Live/1 min refresh
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- **Analytics dashboards:** 15 min refresh
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- **Executive dashboards:** Daily refresh (for kostnad-effektivitet)
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**Arkivering:**
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- Fjern dashboards som ikke har vært brukt på 90 dager
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- Eksporter historiske dashboards som snapshots (PDF fra Grafana, PBIX backup)
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---
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## Cost and Usage Visualizations
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### Token Economics Dashboard
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**Kritisk for AI-budsjett:** Visualiser token costs i sanntid.
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**KQL query for daily cost:**
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```kusto
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AzureDiagnostics
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| where ResourceProvider == "MICROSOFT.COGNITIVESERVICES"
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| where OperationName == "ChatCompletions_Create"
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| extend
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PromptTokens = toint(customDimensions.prompt_tokens),
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CompletionTokens = toint(customDimensions.completion_tokens),
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Model = tostring(customDimensions.model)
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| extend TotalCost = case(
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Model == "gpt-4", (PromptTokens * 0.00003 + CompletionTokens * 0.00006),
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Model == "gpt-35-turbo", (PromptTokens * 0.0000015 + CompletionTokens * 0.000002),
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0
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)
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| summarize DailyCost = sum(TotalCost) by bin(TimeGenerated, 1d)
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| render areachart
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```
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**Visualization types:**
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- **Waterfall chart:** Vis cost breakdown per model, per team, per use case
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- **Gauge:** Daily spend vs budget
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- **Heat map:** Peak usage hours (for PTU optimization)
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### PTU Utilization Dashboard
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For Provisioned Throughput Units (PTU):
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**Key metrics:**
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- PTU utilization percentage
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- Requests per PTU
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- Cost per request (PTU vs PayGo comparison)
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**Grafana panel:**
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- Data source: Azure Monitor
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- Metric: `ProcessedPromptTokens` + `GeneratedTokens`
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- Transform: Divide by PTU capacity → percentage
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- Visualization: Gauge med thresholds (green <80%, yellow 80-95%, red >95%)
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---
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## Dashboard Anti-Patterns
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**Feil å unngå:**
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❌ **Information overload:** 20+ metrics på én side – Splitt i multiple views
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❌ **Stale data:** Refresh rate som ikke matcher use case (real-time ops trenger <1 min)
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❌ **No context:** Metrics uten thresholds eller trend-indikatorer
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❌ **Static dashboards:** Ingen parameters for filtering eller drill-down
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❌ **Isolated metrics:** Ikke kombiner business outcomes med technical metrics
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❌ **No alerts configured:** Dashboards er reactive, du trenger proactive alerts også
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**Best practices:**
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✅ **Progressive disclosure:** Summary view → Drill-down details
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✅ **Thresholds everywhere:** Visual indicators (red/yellow/green)
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✅ **Contextual annotations:** Markdown-tekst som forklarer hva er normalt, hva er alarming
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✅ **Role-based views:** Ulike dashboards for DevOps, managers, finance
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✅ **Mobile-friendly:** Test på mobile devices (Grafana/Power BI mobile apps)
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✅ **Integration with incidents:** Link fra dashboard tile til incident management (ServiceNow, Linear)
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---
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## For Cosmo Skyberg
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Når kunden spør om dashboards for AI operations:
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### Discovery Questions
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1. **Hvem er dashboardet for?** (DevOps, executives, security team, finance?)
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2. **Hva er decision-kriteriene?** (Real-time troubleshooting, cost control, compliance, capacity planning?)
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3. **Hvilke data sources?** (Kun Azure Monitor, eller også custom app telemetry?)
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4. **Refresh requirements?** (Live, minutt, time, daglig?)
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5. **Mobile access?** (Grafana/Power BI mobile, eller kun desktop?)
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6. **Compliance constraints?** (Hvem kan se hvilke data? RLS nødvendig?)
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### Anbefalingsmatrise
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| Use Case | Anbefalt Løsning | Begrunnelse |
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|----------|------------------|-------------|
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| Real-time operations center | Grafana (Azure Managed) | Streaming metrics, alert-integrasjon, 24/7 NOC-friendly |
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| Deep technical troubleshooting | Azure Workbooks | KQL-drevet, resource-centric, kan kombinere logs+metrics |
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| Executive monthly reviews | Power BI | Business-oriented visuals, kombinerer AI med business KPIs |
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| Streaming IoT/Edge AI telemetry | Fabric Real-Time Dashboard | Sub-second refresh, event-driven |
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| Quick ad-hoc analysis | Log Analytics + Metrics Explorer | Ingen setup, direkte i portal |
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### Implementation Checklist
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**Fase 1: Design (1-2 uker)**
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- [ ] Definer målgrupper og deres behov
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- [ ] Skissér dashboard layout (wireframes)
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- [ ] Identifiser data sources og KQL queries
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- [ ] Etablér thresholds og alert-kriterier
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**Fase 2: Prototype (1 uke)**
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- [ ] Bygg workbook/Grafana dashboard med sample data
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- [ ] Test queries for performance (< 5 sek load time)
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- [ ] Validér med pilot-brukere
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**Fase 3: Production (1 uke)**
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- [ ] Deploy via ARM template (Workbooks) eller import (Grafana)
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- [ ] Konfigurer RBAC og sharing
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- [ ] Sett opp refresh schedules
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- [ ] Dokumentér i README
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**Fase 4: Iterate (kontinuerlig)**
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- [ ] Samle feedback fra brukere
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- [ ] Monitor dashboard usage (Application Insights for Grafana/PBI)
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- [ ] Optimaliser trege queries
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- [ ] Legg til nye metrics basert på operasjonelle behov
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### Technical Guidance
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**Når velge Workbooks:**
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- Teamet er komfortable med KQL
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- Trenger resource-centric views (mange AI-ressurser samtidig)
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- Ønsker programmatic deployment (IaC)
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- Budget-bevisst (ingen ekstra lisenskostnad)
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**Når velge Grafana:**
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- 24/7 operations center
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- Multi-cloud (kombinerer Azure med AWS/GCP metrics)
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- Alert-drevet kultur (Grafana alerting er kraftig)
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- Eksisterende Grafana-kompetanse
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**Når velge Power BI:**
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- Executive audience (ikke-tekniske interessenter)
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- Kombinerer AI metrics med ERP/CRM data
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- Trenger mobile app access
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- Ønsker scheduled email reports
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**Når velge Fabric Real-Time:**
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- Sub-second latency requirements
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- Massive scale (millioner av events per sekund)
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- Allerede investert i Microsoft Fabric
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- Event-driven architecture (Event Hub → Eventhouse)
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### Example Deliverables
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**Eksempel 1: DevOps Operations Workbook**
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- Sections: Health Overview, Request Trends, Error Analysis, Token Economics
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- Parametere: Time range, Model deployment, Region
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- Refresh: Live (1 min)
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- RBAC: DevOps team (Contributor), Leadership (Reader)
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**Eksempel 2: Executive Grafana Dashboard**
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- Panels: KPI cards (top row), Time series (middle), Tables (bottom)
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- Variables: Environment (prod/test), Cost center
|
||
- Refresh: 5 min
|
||
- Alerts: Email til leadership ved cost > threshold
|
||
|
||
**Eksempel 3: Finance Power BI Report**
|
||
- Pages: Monthly spend, Cost per business unit, Forecast vs Actual
|
||
- Data sources: Azure Monitor + Finance system (via Dataverse)
|
||
- Refresh: Daily (6 AM)
|
||
- RLS: Finance team ser all data, business units ser kun sine egne
|
||
|
||
---
|
||
|
||
## Ressurser
|
||
|
||
### Microsoft Learn
|
||
- [Azure Workbooks overview](https://learn.microsoft.com/en-us/azure/azure-monitor/visualize/workbooks-overview)
|
||
- [Create an Azure AI Foundry dashboard](https://learn.microsoft.com/en-us/azure/managed-grafana/azure-ai-foundry-dashboard)
|
||
- [Monitor Azure OpenAI](https://learn.microsoft.com/en-us/azure/ai-foundry/openai/how-to/monitor-openai)
|
||
- [Workbooks programmatic management](https://learn.microsoft.com/en-us/azure/azure-monitor/visualize/workbooks-automate) *(Verified MCP 2026-04)* — ARM/Bicep deployment, RBAC (Monitoring Contributor for redigering, Monitoring Reader for visning), `microsoft.insights/workbooks/write` for custom roles
|
||
- [Power BI + Azure Monitor](https://learn.microsoft.com/en-us/azure/azure-monitor/logs/log-powerbi)
|
||
|
||
### Code Samples
|
||
- [Workbook ARM/Bicep template samples](https://learn.microsoft.com/en-us/azure/azure-monitor/visualize/workbooks-samples) — workbook templates bruker apiVersion `2019-10-17-preview` (type: microsoft.insights/workbooktemplates); workbook instances bruker `2018-06-17-preview` (type: Microsoft.Insights/workbooks) *(Verified MCP 2026-04)*
|
||
- [Azure AI Foundry Grafana dashboard ID: 24039](https://grafana.com/grafana/dashboards/24039)
|
||
- [KQL query examples for AI monitoring](https://learn.microsoft.com/en-us/azure/data-explorer/kusto/query/samples)
|
||
|
||
### GitHub
|
||
- [Azure Monitor Community](https://github.com/microsoft/AzureMonitorCommunity) – Workbook templates
|
||
- [Grafana dashboards](https://github.com/grafana/grafana) – Community dashboards
|
||
- [Power BI samples](https://github.com/microsoft/powerbi-samples) – BI report templates
|
||
|
||
---
|
||
|
||
**Status:** Komplett
|
||
**Neste steg:** Kombiner med "alert-strategies-ai-systems.md" for helhetlig monitoring approach.
|