We built four interconnected layers, each designed for a specific moment.

Layer 1: Hub Overview

We created an overview that groups vessels by operational status. Instead of forcing operators to scan a list of 1,000+ assets, we organized them into actionable categories. What it does: Operators see which ships are moored, speeding faster than they should, over-consuming fuel, or running late. By grouping vessels into these categories, they can hone in on problem areas immediately and drill into any category to investigate further. Why it matters: Reduces cognitive overload by pre-filtering data into meaningful, actionable groups. Operators get the signal without the noise.

Layer 2: Multi-View System

We realized operators work differently depending on their immediate goal, so rather than forcing a single view, we built three parallel lenses on the same data. What it does: The Vessels tab shows real-time alerts on each vessel card (mirroring a Zillow-style experience). The Ports tab shifts focus to capacity, arrivals, and terminal details. The Table view provides granular scheduling data for finding ETAs and port status. Each view lets operators sort, filter, and drill deeper. Why it matters: Operators navigate their operations through different lenses depending on the moment. Sometimes they're optimizing by vessel, sometimes by port, sometimes by schedule. Forcing them into one view creates friction.

Layer 3: Deep Detail Screens

When operators need to investigate, they need full context. What it does: The Vessel Detail view shows tracking, performance data, weather, and alerts—with tools to snooze notifications, add notes, and email the vessel directly. The Port Detail view combines capacity, weather, arriving vessels, and port trends with the ability to drill into terminals and identify bottlenecks. Why it matters: When something goes wrong, operators need to understand the why, not just see a red flag. These detail views provide the investigation tools and full data context they need to make confident decisions.

Layer 4: Map Intelligence

The maritime map isn't a separate tool—it's the foundation connecting every other view. What it does: The map surfaces geospatial context through overlays (wind, pressure, vessel density), filtering by fleet, search across vessels and ports, and timeframe scrubbing to diagnose historical delays. It also visualizes shipping corridors and operational zones to show where vessel traffic concentrates and where vessels should and shouldn't operate. Why it matters: Geospatial data transforms isolated data points into strategic decisions. A weather alert is just noise until you see it on a map. A delayed vessel makes sense when you see what weather it encountered.