The Importance of Data Localization in the Inspection Business—And How Inspector 3.0 Can Help

When an inspector manually checks a structure, they usually know exactly where a defect is because they're right there, face-to-face with it. But with remote visual inspection tools, especially indoors where GPS isn't available, determining the exact location of a defect becomes more complex.

Imagine reviewing video footage from an indoor drone inspection of a boiler or storage tank. Without a clear way to map where the camera was, identifying the exact location of a defect can be tricky. Some cases are straightforward, but others require careful use of multiple data sources to pinpoint the issue accurately.

For instance, one inspector shared that he often combines barometric data, blueprints, maps, and visual reference points from the video feed to locate a defect. Even with all these tools, getting the precise location can still be challenging.

DATA LOCALIZATION = BIG SAVINGS

Knowing the exact location of a defect can save time, money, and effort. If you need to cut into an asset or dig through soil to reach a problem area, arriving at the wrong spot can lead to delays, rework, and costly mistakes.

Incorrect localization not only wastes resources but can also extend downtime, which translates to lost revenue. Accurate data localization helps companies avoid unnecessary scaffolding costs by placing equipment exactly where it's needed.

DATA LOCALIZATION MEANS HAPPIER CUSTOMERS

Customers expect detailed reports after an inspection, including the precise location of any identified defects. Without this information, they may feel unsatisfied or unclear about the next steps.

Additionally, data localization improves communication among different teams involved in maintenance. From inspectors to scaffolders, operators to managers, having a clear visual representation of the asset and its issues ensures everyone is on the same page.

For example, a scaffolder who’s unfamiliar with the site can use a 3D map to determine where to place equipment. An operator can point to a specific area in the map to direct repair crews. This level of clarity leads to better coordination and faster resolution.

HOW INSPECTOR 3.0 SOLVES THE DATA LOCALIZATION PROBLEM

Data localization is a critical part of modern inspections, and Inspector 3.0 is designed to make it easier than ever. With this new software, you can create a 3D map of the asset you’re inspecting, allowing you to visualize and pinpoint defects accurately.

Inspector 3.0 is the latest version of Flyability’s software, specifically designed for use with the Elios 2 drone. It enables users to localize defects within a 3D map, making it much easier to communicate findings and plan repairs.

Key features include:

• Creating a 3D map of the inspected asset.
• Marking Points of Interest (POIs) during the flight using the remote controller.
• Generating a visual map that shows the exact location of each defect.

Here’s how it works:

1. Fly your inspection mission with the Elios 2, collecting visual data.
2. Use the POI button to mark areas of interest during the flight.
3. After the mission, use Inspector 3.0 to generate a 3D map showing the locations of your marked defects.

The process is fast—within 20 to 50 minutes, you can produce a 3D map and show it to your client the same day. One user said it’s as simple as turning on your laptop and seeing a clear visualization of the issues inside the asset.

"Inspector 3.0 is what we were missing—localized data. It was always requested by my customers. Now I can say, look, the problem is right here," said Thibault Chatillon from Setec.

Ready to take your inspections to the next level? Learn more about Inspector 3.0 and see how it can transform your workflow today.

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