> ## Documentation Index
> Fetch the complete documentation index at: https://docs.usechamber.io/llms.txt
> Use this file to discover all available pages before exploring further.

# Dashboard

> Real-time GPU utilization, spend efficiency, and AI-powered insights

The Chamber dashboard is your command center for GPU infrastructure. It has two views: the **Executive GPU Usage Dashboard** for real-time operational metrics, and the **GPU Spend & Efficiency Dashboard** for cost analysis and optimization. Switch between them using the tabs at the top of the page.

<img src="https://mintcdn.com/chamber/K_N49R4ofctXuqxB/images/dashboard-overview.png?fit=max&auto=format&n=K_N49R4ofctXuqxB&q=85&s=1e6c0a62ef191bf6c8011e1b18bc9e27" alt="Executive GPU Usage Dashboard" width="1400" height="900" data-path="images/dashboard-overview.png" />

## Executive GPU Usage Dashboard

Get a live pulse on your GPU fleet.

### Key Metrics

| Metric               | Description                         |
| -------------------- | ----------------------------------- |
| **Total GPUs**       | Total GPU count across all clusters |
| **Running GPUs**     | GPUs currently executing workloads  |
| **Unused GPUs**      | GPUs not currently in use           |
| **Active Workloads** | Running and pending workloads       |

### Features

* **Cluster filtering** — View metrics for specific clusters or all clusters at once
* **Unused GPUs by Chip Type** — Breakdown of idle GPUs by GPU model
* **Active Workloads chart** — Running vs. queued workloads over the last 48 hours
* **Utilization trends** — Track GPU usage patterns over time

## GPU Spend & Efficiency Dashboard

See the financial picture behind your GPU usage — where the money goes, what's being wasted, and where to optimize.

### Headline Metrics

Five KPIs give you the high-level story:

| Metric                    | Description                                                   |
| ------------------------- | ------------------------------------------------------------- |
| **Total GPU Spend**       | Organization-wide GPU cost from workload runtime              |
| **Effective Utilization** | Percentage of provisioned capacity actively used by workloads |
| **Recoverable Waste**     | Cost from failed, preempted, or short-runtime workloads       |
| **Idle Cost**             | Provisioned GPU capacity that went unused                     |
| **Forecast Month-End**    | Projected total spend by end of month with trend indicator    |

### Spend Breakdown

Three side-by-side cards show your top cost drivers:

* **By GPU Type** — Which hardware is costing the most
* **By Cluster** — Which capacity pools have the highest spend
* **By Team** — Team rankings with utilization efficiency bars

Each card shows cost, percentage of total, utilization rate, and waste percentage for the top 3 contributors.

### Spend by Utilization Band

A horizontal bar chart groups your spend into utilization ranges so you can immediately see where efficiency breaks down:

| Band                    | Utilization | What It Means                            |
| ----------------------- | ----------- | ---------------------------------------- |
| Severe underutilization | 0-20%       | GPUs mostly idle during workload runtime |
| Poor utilization        | 20-40%      | Significant optimization opportunity     |
| Acceptable              | 40-60%      | Room for improvement                     |
| Good                    | 60-80%      | Healthy usage                            |
| Excellent               | 80-100%     | Near-optimal GPU efficiency              |

<Warning>
  If more than 40% of your spend falls below 40% utilization, Chamber flags this as a recoverable waste opportunity with specific recommendations.
</Warning>

### AI Insights

Chamber generates AI-powered analysis of your spend patterns, surfacing:

* **Critical waste alerts** — Highlights the percentage of spend with low utilization and what to do about it
* **Workload distribution analysis** — Shows how workloads cluster across utilization bands
* **Recommended actions** — Specific next steps like GPU type prioritization, team-specific rightsizing, and auto-scaling policy suggestions

### Spend Trends

Three time-series charts track how costs evolve:

* **Daily Spend** — Total cost per day
* **Spend by GPU Type** — Stacked area chart breaking out hardware cost distribution
* **Idle vs. Used Cost** — Stacked area showing provisioned capacity vs. actual workload usage

### Forecasts

See where spend is heading, broken down by:

* **Cluster** — Projected cost per capacity pool
* **GPU Type** — Projected cost per hardware type
* **Team** — Projected cost per team

### Team Leaderboard

A ranked table showing every team's cost efficiency:

| Column            | Description                                                         |
| ----------------- | ------------------------------------------------------------------- |
| **Spend**         | Total GPU cost for the team                                         |
| **% of Total**    | Team's share of organization-wide spend                             |
| **Utilization**   | GPU efficiency percentage (color-coded)                             |
| **Est. Waste**    | Estimated spend lost to utilization below the 70% efficiency target |
| **Cost/Workload** | Average GPU cost per completed workload                             |

Click any team to jump to their detailed project view.

<Tip>
  Need to dig deeper with custom filters, CSV exports, or longer forecasts? Head to the [Cost Explorer](/platform/cost-explorer).
</Tip>
