Leif Bildøy
Tuesday, 10th Mar, 12:00 - 13:00
South Gallery Room 13
Currently Product Manager for the Blue Insight digital platform at Kongsberg Discovery, working on digital systems for cataloging ocean data and producing ocean analytics. Product leader specializing in platform and data products across edge-to-cloud architectures, including API ecosystems and identity/security for industrial and ocean domains. Proven track record delivering commercially meaningful outcomes and enabling significant price uplift through differentiated capabilities. Experienced leading global, cross-functional teams across enterprise, device platform, and embedded software—bridging engineering depth with product strategy and execution.
Seamless processing of electromagnetic data in Blue Insight acquired with the Listen sensor system
⏰ 12:00-13:00
📌 South Gallery Room 13
We demonstrate how processing of electromagnetic data acquired with the sensor system Listen can be handled and visualized in the Blue Insight SW. The purpose is to show a seamless workflow from raw data to decision-ready information that is useful for customers. The standalone Listen data processing SW has been integrated into Blue Insight where input, output and visualization is user friendly handled.
Data from a pipeline inspection survey is processed and visualized. Electromagnetic data from contactless data from an AUV survey line along a pipeline is processed with respect to anode material consumption and pipeline defects.
The session will cover:
- The principles behind electromagnetic CP inspection and how the Listen receiver system captures field signatures
- How the method integrates with HUGIN AUV operations for high‑resolution data collection
- Using Blue Insight (SCOPE) to visualize, interpret, and deliver actionable insights from recorded CP data
- Real‑world examples demonstrating how contactless CP inspection enhances safety, reduces operational complexity, and improves repeatability compared to traditional survey methods
By the end of the workshop, attendees will understand the full workflow—from data acquisition to visualization—and how this innovative technique supports more efficient and reliable cathodic protection monitoring in offshore environments.
