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Supply Chain Control Tower Dashboard: What to Track & Why

What should a supply chain control tower dashboard show? Learn the 12 critical metrics, dashboard design principles, and how AI-powered dashboards like Cruise go beyond visibility to autonomous action.

📖 4 min read👤 For: Head of Logistics / Supply Chain Manager🔍 supply chain control tower dashboard

Supply Chain Control Tower Dashboard: What to Track & Why

A control tower dashboard is the operational nerve centre of your supply chain. But most dashboards show too much noise and not enough signal — leaving operations teams overwhelmed rather than empowered.

This guide covers what a high-impact control tower dashboard actually tracks, how to design for action (not just visibility), and what separates a modern AI-powered dashboard from a traditional tracking screen.

The 12 Metrics Every Control Tower Dashboard Must Show

Real-Time Shipment Metrics

1. Shipments In Transit Total active shipments, broken down by carrier, lane, and SLA status.

2. On-Time vs At-Risk vs Breached Traffic-light segmentation: green (on track), amber (at risk, within 3–4 hours of breach), red (SLA breached).

3. Open Exceptions by Type Live count of unresolved exceptions by type (halt, deviation, tracking gap, ETA breach, compliance).

4. Exception Resolution Rate What % of exceptions raised today have been resolved? Falling rate = team is getting overwhelmed.

Operational Performance Metrics

5. Average ETA Accuracy For completed trips: how accurate were predicted ETAs vs actual arrival?

6. Halt Frequency by Corridor Which lanes are generating the most halt exceptions? A spike often precedes a carrier or infrastructure problem.

7. Active Driver Communication Status For open exceptions: drivers reached, pending contact, unreachable. In an AI control tower, Vedika call outcomes show in real time.

8. Detention Time (Live) Vehicles at origin, hub, or destination beyond the free time window.

Carrier Performance Metrics

9. OTP by Carrier (Today vs 30-Day Avg) Is today's on-time performance for each carrier above or below their rolling average?

10. Exception Rate by Carrier Which carriers are generating the most exceptions per trip?

11. Response Rate (Driver Contact) For each carrier: what % of exception calls result in driver response within 30 minutes?

Strategic Metrics

12. SLA Breach Trend (7-Day) Not just today's breach count — the direction of travel. Rising trend = systemic problem developing.

Dashboard Design Principles That Actually Work

1. Action over information Every metric on the dashboard should drive a decision or action. If a number doesn't change what your team does, remove it.

2. Exception-first layout Put the exception summary front and centre — not the total shipment count, not the map.

3. Role-based views The dispatcher needs trip-level detail. The operations manager needs exception patterns. The VP needs SLA trend and carrier performance.

4. Mobile-ready Exceptions don't wait for desk time. Your ops lead needs to act from their phone at 11pm.

5. Drill-down capability Every metric should let you drill into the underlying trips, carriers, or lanes.

Where Traditional Dashboards Fail

Most logistics dashboards were built as reporting tools — they show you what happened. The failure modes:

  • Information overload: 40 metrics on one screen, none highlighted as urgent
  • No exception prioritisation: all alerts look the same regardless of severity
  • Lag: data refreshes every 5–10 minutes instead of streaming in real time
  • No mobile access: dashboard lives on a desktop PC in the control room
  • No resolution tracking: shows exceptions opened but not how many were closed

    • The Cruise AI Control Tower Dashboard

    Cruise's dashboard is built around the exception-first principle:

  • Live exception queue: all open exceptions, sorted by severity (P1/P2/P3), with AI-assigned priority
  • Vedika call status: real-time status of AI driver calls — initiated, connected, reason captured, resolved
  • SLA breach predictor: shipments flagged at-risk 3–4 hours before breach, not after
  • Carrier performance panel: OTP and exception rate by carrier, updated every trip completion
  • Lane heatmap: exception density by lane, surfacing systemic corridor problems
  • Resolution velocity: exceptions raised vs closed in the last 4 hours

    • The goal is not to show you more data. It's to show you less — but make every number on the screen worth acting on.

    Frequently Asked Questions

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