Smart Port

Use Case 1: Road condition monitoring

Five Port of Tyne vehicles will be equipped with a 5G enabled camera and IoT smart device enabling continual scanning of the roads across the site.The video will stream to a cloud-based portal and be processed using AI to provide an auditable record of road surface condition, monitoring signage presence and condition, as well as lighting condition.  AI will also identify anomalies and changes / deterioration in condition and alert the on-site operations team for remediation.  The outputs from the AI system will be integrated into our digital twin application using APIs, this will enable the ongoing review and assessment of location and defect (including defect over time.) This use case will boost port efficiency, reduce fuel usage, facilitate safety improvements across the site and through early detection of port estate defects, and prevent damage through wear and tear on operational plant and equipment.

Figure 1 – Road condition monitoring 

Use Case 2: Asset tracking and environmental monitoring

The 5G network will allow us to track vehicles and monitor environmental factors, including particulate matter (PM1, PM2.5, and PM10), Nitric Oxide, Nitrogen Dioxide, and Carbon Monoxide. This data will be stored in a cloud-based application that will generate regular reports.

The information will also be integrated via API with our digital twin application, giving Port staff a more detailed understanding of the situation. These insights will help us improve processes, leading to a positive impact on the environment, better working conditions for Port employees, and increased operational efficiency.

Figure 2 – Asset Tracking and environmental monitoring 

Use Case 3: PPE detection over CCTV

Our Milestone CCTV platform will stream footage from both existing and new IP security cameras. An algorithm will analyse this footage to detect instances of incorrect or missing PPE in key operational areas. The system will also monitor foot traffic and identify hazardous events, such as near misses between equipment and personnel.

When such events are detected, they will trigger alarms for supervisors and managers to review, address, and provide feedback on. The data collected will be used to enhance safety processes, contributing to our goal of zero harm and fostering a safe, positive working environment.

Figure 3 – PPE /Non PPE detection