Prime time News Coverage for north.io's Critical Underwater Infrastructure Project

Kiel, Germany – Protecting critical underwater infrastructure (CUI) remains a significant challenge, not just for Germany but globally. With the ‘Argus’ CUI project, the team at north.io is addressing this issue with advanced big data and AI technologies.

Bastian Pöhls and Brit Hansen met Jann Wendt at the north.io offices at the Science Park in Kiel.

During today’s visit to the north.io office in Kiel, journalist Bastian Pöhls from the German public broadcaster NDR and his team captured the essence of the project and the work of the north.io team.

An interdisciplinary team of experts works at north.io  on the Argus project.

The resulting TV report provides an in-depth look at the project, complemented by insights from Henrik Schilling, a maritime critical infrastructure expert from the Institute for Security Policy at Kiel University (ISPK), featured in the Schleswig-Holstein Magazin.

Click on the image below to be redirected to the full report and video on the home page of the national broadcaster NDR.

Read the Official Argus launch press release:

https://news.north.io/en/argus-project-secures-2-4-million-grant

Background about Argus 

Addressing the challenge of underwater infrastructure protection

The Argus project addresses the significant challenge of protecting critical underwater infrastructure based on data driven solutions. With the already introduced TrueOcean platform of north.io, the first time an ocean big data technology is available that builds the basis for working and analyzing the tremendous amounts of underwater sensor data provided by e.g. multibeam, side scan sonar or hydrophones. During the Argus project the TrueOcean technology will be significantly enhanced for fighting the lack of highly scalable technological approaches for rapid and systematic inspection of underwater infrastructure. At present, data is gathered and processed by hand, making the process not only time-consuming and inefficient but also incapable of scaling to meet growing demands. 

A unique approach to maritime safety

What sets the Argus project apart from other initiatives is its innovative approach to maritime security working specifically with raw ocean sensor data in tremendous amounts. While existing approaches use mainly satellite and AIS data, Argus goes further and fusions underwater data into the situational picture. On the one side it enhances the situational picture with underwater big data from a multitude of sensors, on the other side a system is developed for taking immediate action upon detection:

As soon as potential anomalies are detected near underwater infrastructure, a signal is sent to a pre-positioned autonomous underwater or surface vehicle. This vehicle is then directed by the software to investigate the situation at the critical underwater infrastructure in the most optimized way and provide highest resolution underwater datasets. This unique approach ensures a rapid response to potential threats, significantly enhancing the protection of critical subsea infrastructure.

This proactive and automated response system is a pioneering step in maritime security and demonstrates north.io's commitment to using advanced technology to protect critical assets. The Argus project isn't just about detection, it's about new big data driven approaches and immediate action, setting a new standard in maritime security.

Argus will provide the foundation for automated, data-driven monitoring and threat assessment of CUI. It will integrate a multitude of underwater sensors as well as satellite and vessel positioning data with critical infrastructure locations on a new generation of ocean data management platform. This platform will be a central tool for monitoring anomalies, conducting systematic risk assessments, and strategically inspecting potential threats.

Key Project Objectives:

• Automated and Data-Driven Monitoring: Argus will establish an automated, data-driven system for monitoring critical underwater infrastructure, integrating a multitude of underwater sensors on a new generation of ocean data management platform.
• Enhanced Risk Identification: The project will enhance the identification of risks by cross-referencing anomalies with critical underwater infrastructure locations, providing a more accurate assessment of potential threats.
• Reduced Response Time: Argus will significantly reduce the response time from detecting threats to action.
• Comprehensive Information Base: The platform will offer a robust information base to improve strategic planning and decision-making in critical underwater infrastructure security.

Innovative AI-Powered Tools:

The project's first phase involves developing a new generation of an ocean data management platform featuring several AI-powered tools:

• Reliable detection and assessment of anomalies
• Efficient, automated monitoring of critical underwater infrastructure and task planning for autonomous systems (Trackplanning module).
• Physics AI-based prediction and modeling of sound velocity in underwater environments
• Highly automated processing of hydroacoustic data and change detection

Successful Demonstration and Strategic Significance

Initial approaches to risk analysis have been already successfully demonstrated by winning the 2023 DataRun of the Federal Ministry for Digital and Transport of Germany, showcasing the potential of Argus to transform the maritime security domain.

Project Partners and Their Roles

• north.io GmbH: As the project lead, north.io will oversee the coordination of the consortium, design and provide the ocean data management platform, and spearhead the development of the Track-Planning Module and various AI models. north.io's extensive experience in geospatial data processing, AI algorithm development, Big Data processing and managing research projects such as Marispace-X underpins their leadership in Argus.
• GEOMAR – Helmholtz Centre for Ocean Research Kiel: GEOMAR will contribute its expertise in marine research and data science, focusing on the AI-assisted analysis of image data from autonomous underwater vehicles and satellites.
• Subsea Europe Services GmbH: Specializing in marine data collection using autonomous surveying systems, Subsea Europe Services will test the Track-Planning Module in practice and gather image and measurement data.
  

About the mFUND of the BMDV

As part of the mFUND innovation initiative, the BMDV has been funding data-based research and development projects for the digital and networked mobility of the future since 2016. The project funding is supplemented by active professional networking between stakeholders from politics, business, administration and research and by the provision of open data on the Mobilithek. Further information can be found at www.mFUND.de.

Images: copyright Bastian Pöhls / NDR