What Movement Data Can Tell You About Safer Streets and Smoother Warehouses

Using Movement Data to Understand Streets and Warehouses

A street junction and a warehouse aisle might seem to have little in common. Yet both bring people and vehicles into a shared space, often with competing routes and priorities.

A plan shows where movement is supposed to happen. Observing the location reveals something more complicated: people pause, vehicles turn, goods wait and routes overlap.

That gap between the planned layout and everyday behaviour is a useful place to start asking questions. Which areas become congested? Where do people and vehicles regularly meet? Does a change solve the original problem, or move it somewhere else?

Movement data helps teams investigate these questions using observations collected over time.

Traffic Safety Analysis Beyond Vehicle Counts

Knowing how many people or vehicles pass a location gives you a starting point. Understanding how they move adds context that can be valuable for planning.

Imagine two intersections with similar daily traffic volumes. At one, most movement happens at different times. At the other, turning vehicles and cyclists repeatedly arrive together. The totals may look alike, while the planning questions are quite different.

Viscando’s traffic counting offering combines counts with information about speed, direction, movement patterns and interactions. That broader view can support decisions about crossings, cycling infrastructure and street layouts.

It also helps planners frame more specific questions, such as whether a particular turning movement deserves closer investigation. Source: Traffic counting.

Identifying Warehouse Bottlenecks with Movement Analytics

The same questions apply indoors. A warehouse can have enough floor space on paper while still experiencing queues, waiting and awkward handovers.

Consider a pickup area where goods arrive before transport is available. A short visit might show a clear floor. A longer measurement period could reveal recurring congestion during particular operations.

Movement analysis helps teams investigate routes, waiting points and differences between planned and actual flow. Viscando describes material flow analytics as a way to support decisions about layouts, buffers, handovers and automation readiness.

For operations teams, the practical value is having shared evidence for discussions that might otherwise depend on separate observations from different shifts. Source: Material flow analytics.

Monitoring Warehouse Space and Buffer Zones

Movement and space use are closely connected. Movement data shows how people, vehicles and materials travel. Space data helps explain which areas are occupied, available or constrained over time.

An apparently small buffer might work well if goods leave quickly. A larger one might cause problems if items remain there and interfere with nearby routes.

Viscando’s warehouse space monitoring addresses areas such as staging zones, aisles and receiving spaces. The aim is to make their actual use visible before teams commit to layout or capacity changes.

This gives teams a practical question to explore: is the problem a shortage of space, or how that space is being used? Source: Warehouse space utilization.

Measuring the Impact of Layout and Process Changes

A useful measurement project begins with a specific question. For example, will relocating a pickup point reduce waiting near a crossing?

First, establish what happens under the existing arrangement. Then make the change and measure again under reasonably comparable conditions. Differences in workload, staffing or timing should be considered when interpreting the result.

Viscando describes this as a process of measuring, improving and evaluating. Its industrial offering combines movement and space information to support that cycle, including assessments of how automated vehicles interact with existing operations.

This approach gives teams a basis for deciding whether to keep a change, adjust it or investigate further. Source: Factories and Logistics.

How Viscando Supports Traffic and Logistics Improvements

You do not need to begin with every possible metric. Start with the decision that needs better evidence, identify the location involved and decide what a useful comparison would show.

Viscando combines 3D sensing, AI and data visualization to help organizations understand movement in public traffic and industrial environments. Its technology supports the collection and interpretation of data about how people and vehicles use shared spaces. Source: Technology.

The most useful outcome is something your team can act on: a route to investigate, a buffer to reassess or a change worth testing.

To explore how these solutions apply to streets, factories and warehouses, visit https://viscando.com/

Viscando AB
City: Göteborg
Address: Anders Carlssons Gata 14
Website: https://viscando.com/
Phone: +46 72 521 31 10