> ## Documentation Index > Fetch the complete documentation index at: https://documentation.kodelabs.com/llms.txt > Use this file to discover all available pages before exploring further. # FDD dashboards > Monitor building health with interactive active and historical event dashboards featuring real-time metrics, trend charts, and filterable data views. FDD dashboards provide visual summaries of building health through interactive charts, metrics, and filterable data views. You can monitor both active and historical events from a single interface. `Active` shows open events only. `Historical` shows events in the selected timeframe and compares them to the previous equivalent window. Select a building from the [sites list](/products/kode-os/sites-and-map), then navigate to `FDD` > `Events` in the left sidebar. Select `Active` for the active events dashboard or `Historical` for the historical events dashboard. The active events dashboard displays real-time fault data for your building. Use it to monitor ongoing events, identify priority areas, and track acknowledgment status. ### Filters and section toggles Use the filter bar at the top of the dashboard to narrow the displayed data. The available dropdown slicers include Areas, Routines, Priorities, Device Types, Ack Status, Domains, Work Order, and Users. Select `Clear All` to reset all filters. Select `Save` to save your current filter selections as your personal default. To apply saved filters for all users viewing this building, expand the `Save` dropdown and select `Save for Building`. Select the eye icon next to `Filters` to toggle individual dashboard sections on or off. Dashboard section toggle dropdown showing Building Summary, Routines Priority Domain, Device Types and Impact, Count and Duration Overview, Table View, and Assignees options Hover over any data point for a tooltip with additional detail. Select a data point in one chart to filter related data across other widgets on the dashboard. ### Building summary The top of the dashboard displays key performance indicators for active events alongside an Affected Areas bar chart that ranks floors by event count. Active events dashboard showing summary cards for Ongoing Events, Ongoing Incidents, High Priority Events, Current Escalated Events, Affected Areas, Avg Duration, Ack'ed Ratio, and Avg Ack'ed Time, with an Affected Areas bar chart | Metric | Description | | ---------------------------- | ------------------------------------------------------------------------ | | **Ongoing Events** | Total number of currently active events with percentage change | | **Ongoing Incidents** | Total number of currently active incidents with percentage change | | **High Priority Events** | Count of active events at Critical or Life Safety priority | | **Current Escalated Events** | Events that have been escalated beyond initial response | | **Affected Areas** | Number of distinct areas with at least one active event out of the total | | **Avg Duration** | Average time events have remained active | | **Ack'ed Ratio** | Percentage of active events that have been acknowledged | | **Avg Ack'ed Time** | Average time between event creation and acknowledgment | ### Routines, priority, and domain charts These charts help you identify which routines generate the most fault activity and how events distribute by severity and domain. Routines horizontal bar chart showing event count and duration per routine, a Priority gauge chart with percentage breakdown by Critical, Warning, and Alert, and a Domains pie chart * **Routines** bar chart shows event count and duration per routine. Bar height represents count and the overlaid line represents duration. * **Priority** gauge chart breaks down active events by priority level with percentages. * **Domains** pie chart breaks down active events by fault domain with percentages. ### Device types, impact, and resolution These charts show how faults distribute across device types, floors, and acknowledgment status. Affected Device Types donut chart, Relative Impact pie chart ranking floors by impacted device percentage, Resolution bar chart showing acknowledged versus unacknowledged counts, and Duration and Count Overview combo chart with per-floor counts and duration lines * **Affected Device Types** donut chart groups events by device type. Select a segment to filter other dashboard widgets. * **Relative Impact** pie chart ranks floors by the percentage of impacted devices. * **Resolution** bar chart shows the count of acknowledged versus unacknowledged events. * **Duration and Count Overview** combo chart displays per-floor data: acknowledged/unacknowledged count, escalated/not escalated count, event duration line, and ack duration line. ### Table view and assignees The bottom of the dashboard provides a Table View and an Assignees table. Table View listing active events with columns for Name, Device, Device Type, Point Name, Point Value, Start Time, End Time, Duration, Priority, Work Order URL, SLA, Area, and Ack'ed, with Events Incidents and Ack Mode toggles, followed by Assignees table showing per-user Incidents, Events, Ack'ed, Max Escalation, and Average Duration The **Table View** lists all active events in a filterable, sortable table. Switch between `Events` and `Incidents` views using the toggle at the top right. Select row checkboxes to bulk-acknowledge or create work orders from the footer. The **Assignees** table shows per-user assignment data. Each row displays a user with their incident count, event count, acknowledged count, max escalation level, and average event duration. The historical events dashboard displays fault data over a configurable time range. Use it to identify trends and evaluate building performance over days or weeks. ### Time range and filters Use the time range selector at the top right to choose the reporting period. The default is `Last 14 Days`. Select a different range to update all charts and metrics across the dashboard. Select `Pause Streaming` to freeze the current data view while you analyze the dashboard. The same filter bar, save options, and section toggles from the active dashboard are available here, along with two additional section options: `Count & Duration Trend` and `Operation Daily Overview`. ### Dashboard sections The historical dashboard includes the same sections as the active dashboard -- Building Summary, Routines/Priority/Domain, Device Types and Impact, Table View, and Assignees -- with all metrics calculated as daily averages over the selected time range. | Metric | Description | | ---------------------------------- | --------------------------------------------- | | **Daily Avg Events** | Average number of events generated per day | | **Daily Avg Incidents** | Average number of incidents generated per day | | **Daily Avg High Priority Events** | Average high-priority events per day | | **Daily Avg Escalated Events** | Average escalated events per day | | **Daily Avg Affected Areas** | Average number of affected areas per day | | **Daily Avg Duration** | Average event duration per day | | **Daily Avg Ack'ed Ratio** | Average acknowledgment ratio per day | | **Daily Avg Ack'ed Time** | Average time to acknowledgment per day | ### Count and duration trend The Count & Duration Trend chart shows daily event counts by priority as lines and average duration as bars. Use this chart to spot upward or downward trends in fault activity over the selected time range. Count and Duration Trend combo chart with daily bars for average duration and lines for Life-Safety, Critical, Warning, and Alert priority counts from May 6 to May 12 2026, followed by an Operation Daily Overview chart showing Events Number, Acked Events, and Escalated Events as horizontal bars ### Operation daily overview The Operation Daily Overview chart shows total events generated, acknowledged events, and escalated events per day. Use this chart to evaluate your team's response performance over time. ### Table and assignee views The historical table and assignee views function the same as their active dashboard counterparts. They display data for the selected time range instead of current active events. ## Next steps Monitor and investigate real-time fault events across your building equipment. Track recurring equipment issues and manage long-term maintenance priorities.