As European navies modernize their mine countermeasure (MCM) capabilities, the ability to process vast volumes of sonar and underwater sensor data is becoming a decisive operational advantage. A recent article from ESUT on mine defence highlights a broader trend across NATO: maritime defence is shifting toward mobile, interoperable, and AI-enabled command architectures designed to accelerate mine detection, seabed intelligence, and critical infrastructure protection.

As the article notes:

“The protection of maritime infrastructure, the keeping critical sea routes open and the securing of movable forces increase the need for systems that are not permanently tied to a single special ship.”

For Germany and Europe, this challenge extends far beyond mine detection. From protecting critical underwater infrastructure in the North and Baltic Seas to ensuring freedom of navigation in contested maritime environments, operational success increasingly depends on the ability to collect, process, analyse, and share ocean data at speed.

Germany's Answer: Data Fusion, AI and Seabed Intelligence

Germany already possesses many of the technological building blocks required for next-generation mine warfare, including command-and-control systems, autonomous platforms, and advanced mine countermeasure capabilities.

What increasingly differentiates operational effectiveness is the layer between sensors and decisions. This is where north.io contributes.

At NATO's REPMUS 2025 exercise, north.io demonstrated how terabytes of sonar and seabed data from multiple autonomous systems can be processed, analysed, and transformed into an operationally relevant picture. By integrating data streams across platforms and feeding results directly into NATO command environments, north.io helped reduce the gap between data collection and decision-making. north.io will be participating in REPMUS 2026 this September in Portugal contributing with the NODW to the world’s largest exercise focused on robotics and unmanned maritime systems.

north.io’s ocean data platform enables operators to identify relevant objects, anomalies, and potential mine threats across vast seabed areas while reducing manual workloads and accelerating response times.

How north.io Supports Mine Detection and Maritime Defence

Modern mine countermeasure operations depend on three critical capabilities:

• Rapid sonar data processing
  
• AI-assisted object detection and classification
  
• Interoperable command-and-control integration
  

north.io's Ocean Data Platform was designed to address these challenges.

By enabling the processing, management, and analysis of massive volumes of underwater sensor data, the platform helps defence organizations transform raw ocean data into actionable seabed intelligence. Data collected by AUVs, USVs, side-scan sonar systems, and other sensors can be fused into a common operational picture that supports faster and more informed decision-making.

As Germany and its NATO partners continue investing in maritime security, critical infrastructure protection, and mine warfare modernization, data-centric capabilities will become as important as the platforms deployed at sea.

The ESUT analysis concludes that Germany already possesses most of the building blocks required for modern mine warfare. The next step is ensuring those capabilities work together.

The future of mine defence will belong to organizations that can combine autonomous systems, AI-enabled analysis, and interoperable command architectures into a single operational picture.

That is where north.io delivers value today: turning ocean data into operational advantage.

Source: Inspired by the ESUT analysis "PathMaster für den Minenkampf: Thales setzt auf verlegefähige Führung und KI-Auswertung" by Hans Uwe Mergener, published March 2026. 

In a recent webinar hosted by Optics11 experts from north.io, Optics11, and SeaSEC discussed securing Germany’s underwater lifelines. Using this year’s SeaSEC exercise as a practical example, the panel explored current challenges, emerging technologies, and collaborative approaches to protecting critical underwater infrastructure.

Key Takeaways

• Lessons learned from SeaSEC challenges
  
• How industry and defence can collaborate
  
• Technology validation is no longer enough; operational integration is required.
  
• Data interoperability is becoming a critical challenge.
  
• Future solutions will require scalable data platforms and common operational pictures.
  
• Continuous experimentation environments like SeaSEC will be essential for future readiness.
  

The challenge is no longer collecting information. It is turning vast quantities of underwater data into actionable intelligence that can support operational decisions.

During the webinar, Jann Wendt, CEO of north.io, explained:

"Providing the right information in the right time to the right person is even more challenging."

This shift reflects a broader reality across maritime security. Organizations need the ability to ingest, standardize, and combine information from multiple sources to create a common operational picture that operators can use.

Why Underwater Infrastructure Protection Has Become a Strategic Priority

The protection of critical underwater infrastructure has become a matter of national resilience. Europe's energy networks, telecommunications systems, and digital connectivity increasingly rely on assets located beneath the sea. As geopolitical tensions rise and incidents involving subsea infrastructure gain attention, governments and defence organizations are reassessing how they monitor and protect these vital assets.

The challenge is not simply detecting threats. It is creating the ability to continuously monitor large maritime areas, identify anomalies quickly, and enable informed decision-making before disruptions occur.

For Germany and its European partners, this means moving beyond traditional approaches and adopting new technologies that can provide persistent underwater awareness at scale.

The Role of Data in Underwater Security

As underwater monitoring networks continue to expand, data platforms are becoming as important as the sensors themselves. The real value emerges when these different data streams can be brought together into a unified operational view.

This is where north.io plays a critical role. north.io acts as the integration layer between underwater sensing technologies and operational users.

During the webinar, Wendt described this role:

"Our role is being the middle layer. We are ingesting all these different data types. We are standardizing them in a way so that they can be consumed by the common operational picture the different navies are using."

As underwater infrastructure protection evolves, operators will increasingly require interoperable systems that can combine information from many different sensors and providers. Data platforms provide the foundation that enables this interoperability while ensuring that decision-makers receive timely, relevant information.

Industry and Defence Sector Must Work Together

A recurring message throughout the discussion was the importance of collaboration.

Defence organizations bring operational expertise, threat understanding, and mission requirements. Industry contributes innovation, agility, and the ability to rapidly develop and adapt new capabilities.

SeaSEC has become an important stage for these collaborations. Reflecting on the SeaSEC Rostock challenge, Carine van Bentum, Director of SeaSEC, emphasized how these challenge weeks help both defence and industry work together in the still early stages of partnership.

"The speed of the industry was what stood out the most."

“This speed combined with our information and our knowledge about how you detect threats and what you do with it; I think that will help us a lot.” Bentum later added.

This ability to rapidly integrate technologies and form operational partnerships is becoming increasingly important as governments seek solutions that can be deployed quickly in response to evolving threats.

Watch north.io’s, Jann, weigh in on the tension between speed and data security.

What Comes Next for Underwater Infrastructure Protection?

The discussion concluded with a clear message: continuous innovation and experimentation are essential.

As threats evolve, monitoring capabilities must evolve as well. Participants emphasized the importance of maintaining environments where new technologies can be tested, validated, and integrated under realistic operational conditions.

For organizations involved in maritime security, the path forward is becoming increasingly clear. Future success will depend on combining advanced sensing technologies, interoperable data platforms, and strong public-private partnerships into scalable operational capabilities.

As the webinar demonstrated, protecting critical underwater infrastructure is not a single technology challenge. It is a systems challenge: one that requires collaboration, integration, and a shared commitment to building resilient maritime security architectures for the future.

To see how north.io is contributing to the solution reach out today.

Challenges

One of the key challenges in safeguarding CNI in the maritime domain is the evolving nature of threats. From state actors to non-state entities, the range of potential risks is diverse and complex. As technology advances, so do the capabilities of those seeking to disrupt or damage critical infrastructure. It is crucial for nations and organizations to stay ahead of these threats through proactive risk assessments and strategic planning.

Cooperation and information sharing are essential components in addressing the vulnerabilities of CNI in the maritime domain. Collaborative efforts between nations, international organizations, and industry stakeholders can enhance maritime domain awareness and enable a more coordinated response to potential threats. By sharing intelligence and best practices, stakeholders can build a more resilient network of protection around critical infrastructure.

While there have been initiatives to assess the vulnerabilities of CNI in the maritime domain, there is still work to be done to fully understand and address these risks. Physical penetration testing and proactive risk assessments can help identify weak points in the infrastructure and strengthen defenses against potential threats. By taking a proactive approach to security, nations can better prepare for and mitigate the impact of any malicious activities.

Conclusion

Safeguarding critical national infrastructure in the maritime domain requires a multi-faceted approach that combines technological innovation, strategic planning, and collaborative efforts. As threats continue to evolve, it is essential for stakeholders to remain vigilant and proactive in their efforts to protect key assets. By working together and staying ahead of emerging risks, we can create a more secure and resilient maritime environment for the future.

From there, its sonar scans the seabed and the piers with acoustic waves and generates high-resolution sonar images: Car tires, metal remnants, sediment structures are recognizable - typical signatures of an intensively used harbour area in the Baltic Sea.

During operation, however, a deviation becomes apparent: an angular object that is not present in the reference data from a previous search run.

The recorded sensor data is processed immediately. The "Ocean Data Platform" from north.io is used to compare the data with existing reference data in the "Data Fusion Cell". A change detection process identifies the anomaly. Within a short space of time, the situation becomes clearer: it is an intrusion of the so-called Red Cell, which in military parlance is the training component responsible for enemy detection. German mine divers had previously deposited the object under water in the harbor. They dived into the harbor undetected, while at the same time a rubber dinghy used conspicuous maneuvers to draw the forces and attention of the Reserve Operations Company Sea from Warnemünde and the military police.

This real-life scenario illustrates a fundamental change: today, operational added value is not only created by sensor technology, but in particular by its prompt, integrated digital evaluation.

Red cell as a reality factor

The "Red Cell" takes on the role of the enemy during the SeaSEC Challenge Weeks. It is made up of multinational forces from four navies and introduces realistic threat scenarios into the trials, for example through the targeted deployment of objects, mines, acts of sabotage or the use of unmanned systems. Navy combat swimmers are also deployed for this purpose. Frigate captain and mine diver Philipp K., head of the "Red Cell", explains: "Only if we depict realistic threat scenarios can we assess whether the systems deployed will survive under operational conditions. The decisive factor here is not the demonstration, but the resilience in an operational context."

The deployment takes place in a clearly structured exercise environment. Operational areas are clearly defined; in this case, the SeaCat operated in the sea area designated as "NOVEMBER" for military purposes. This standardized procedure facilitates the coordination of complex processes during the exercise. The civilian companies involved quickly became accustomed to these clear military structures and operational procedures.

Strategic context: protecting critical infrastructure

Maritime infrastructure, such as ports, sea routes, submarine cables and energy facilities, forms a central foundation of modern economies. At the same time, its vulnerability to hybrid threats and targeted disruptive measures is growing.

This security policy relevance is currently particularly evident in the Persian Gulf and the Strait of Hormuz. Incidents there, such as the mining of trade routes, illustrate that even limited interventions can have a significant impact on global supply chains and energy supplies.

Against this backdrop, the ability to detect and assess anomalies in the underwater space at an early stage is becoming increasingly important. The prerequisite for this is a reliable, shared situational picture.

SeaSEC and the Northern Naval Capability Cooperation

The SeaSEC Challenge Weeks are part of the "Northern Naval Capability Cooperation" (NNCC). This cooperation format was initiated by Germany, the Netherlands, Denmark, Finland and Sweden in Washington in 2023 to jointly develop capabilities for the protection of maritime infrastructure.

The navy, industry, research and authorities work closely together within SeaSEC. The aim is to transfer technological innovations into application more quickly and to develop interoperable solutions. The next SeaSEC trial is already planned for Sweden.

Test scenarios

The trials in Rostock comprised three central deployment scenarios that covered different aspects of protecting maritime infrastructure. In the area of underwater cable protection, a real high-voltage power cable between Germany and Denmark was integrated into the situation in order to test the detection and assessment of potential threats under real conditions. At the same time, the protection of a transformer platform at sea was considered, with the focus on monitoring and securing a maritime energy infrastructure. This was supplemented by the port protection scenario, in which the intrusion of enemy forces, as in the case of the "Red Cell" described above, and the securing of complex port areas were examined.

Six industrial consortia were formed for the implementation of these scenarios, in which companies jointly deployed their respective technologies and tested them together.

SeaSEC: testing in real operation

The SeaSEC Challenge Weeks "Data2Sea" were held in the Bay of Rostock from April 13 to 24, 2026. The trials were led by the German Navy and the German Federal Maritime Police in collaboration with the Dutch Navy's Seabed Security Experimentation Center (SeaSEC) and the Rostock Institute for Ocean Technology (RIOT).

With around 40 participating companies, SeaSEC represents a broad-based testing format. In contrast to traditional exercises, the focus is on technological and conceptual development under realistic conditions.

Vice Admiral Jan C. Kaack, Inspector of the German Navy, emphasizes: "These weeks are of high strategic relevance for the German Navy. It is about the further development of our capabilities in the maritime space under changed security policy conditions. Unmanned systems, networked sensor technology and data-driven situational awareness will be decisive for our operational capability in the future."

The reality of these framework conditions was also demonstrated directly on site: the Warnemünde marina was repeatedly approached from sea and land by drones that were not part of the exercise.

Unmanned systems in an operational context

One focus of the testing was on the use of unmanned systems (UxV). These enable continuous monitoring, access to hard-to-reach areas and reduce risks for personnel.

One example is the GREYSHARKTM from EUROATLAS. The autonomous underwater drone was able to transmit sensor data from a distance of around 40 kilometers from the sea. This data was received and integrated into the systems in the port of Warnemünde via an Evologics receiving mast, which is around 10 meters high. The "ping-to-cloud" process, which was used successfully for the first time, enabled almost instantaneous data transmission and processing in real time by north.io.

Data fusion in the Data Fusion Cell

The multitude of sensors and platforms generates large amounts of data, the isolated consideration of which only offers limited added value. It is crucial to integrate them into a common situational picture.

A "Data Fusion Cell" was set up for this purpose. In this context, north.io was not involved as an exercise participant, but as part of the international functional team in the SeaSEC staff and was responsible for central data integration.

In cooperation with partners such as Systematic ("SitaWare" situation picture software), a continuous data flow was realized right through to the situation picture in the "Operations Room".

Compared to SeaSEC 2025, where data was still partially processed manually, a significantly higher level of automation and processing speed has now been achieved. Carine van Bentum, Director SeaSEC, commented: "By experimenting together, solutions can be implemented much faster. This year has shown the difference that functioning data integration makes: data could be processed much faster and converted into a situation picture." She added that the north.io platform was an important "digital enabler" in this regard.

Jann Wendt, CEO of north.io, also explains: "The operational benefit arises where data from different sources can be merged quickly and reliably. The aim is to create a consistent picture of the situation and thus improve decision-making capabilities during operations."

north.io is a key digital enabler for SeaSEC as part of the Data Fusion Cell.

Operational experiment (OPEX) as a bridge to utilization

Parallel to testing, the collaboration between the German Navy and north.io was further expanded as part of an Operational Experimentation (OPEX). This began on April 1, 2026 and forms the framework for the gradual integration of data-driven capabilities.

The participation of north.io in SeaSEC was an integral part of this OPEX. According to the German Navy, the aim is to test technologies under operational conditions at an early stage and develop them iteratively.

Captain Karsten Knecht, Head of Naval Innovation Management at the Eckernförde Naval Command, emphasizes: "We need to bring innovation into use more quickly today. Formats such as SeaSEC, REPMUS and OPEX enable us to test new technologies under realistic conditions at an early stage, develop them further together with industry and introduce products to the troops more quickly."

Outlook: Continuation with REPMUS 2026

The collaboration initiated as part of OPEX will be continued during the upcoming international REPMUS 2026 exercise in Portugal. There, the knowledge gained in Rostock will be further developed in a multinational environment and validated under extended operational conditions.

SeaSEC Data2Sea 2026 has shown in summary:

1. The protection of maritime infrastructure requires not only the use of modern platforms, but above all the ability to integrate, evaluate and share complex data situations.
   
2. A key success factor here was the deliberate, and in some cases "enforced" interoperability through the formation of temporary industry consortia. This structure forced the players involved to interlink their systems and develop joint solutions in an operational context.
   
3. At the same time, it became clear that information superiority leads directly to decision-making advantages. The basis for this is the near real-time, automated processing of large volumes of data and the parallel execution of operational processes. This makes it possible to identify and evaluate threats more quickly and to initiate appropriate countermeasures.
   
4. Cross-departmental and inter-agency cooperation is also of central importance. Only a common, consistent situational picture creates a uniform understanding of the situation ("shared situational awareness"), which serves as the basis for coordinated action - both between military forces and with civilian security authorities and other organizations.
   

Data fusion and information superiority are thus developing into key competencies of modern naval forces - especially in the context of protecting critical underwater infrastructure.

About the author: Former frigate captain Arne Krüger was a commander, mine diver and commander of the naval battalion. Today he advises companies on cooperation with the German Navy.

As part of the Challenge Weeks, north.io is taking on a central role in data fusion: sensor data from numerous different systems is merged, synchronized and analysed in a so-called Data Fusion Cell. The aim is to generate a common and reliable picture of the situation from the heterogeneous data sources in order to acceleratedecision-making by government agencies.

SeaSEC and the Northern Naval Capability Cooperation (NNCC)

SeaSEC (Seabed Security Experimentation Center) is part of the Northern Naval Capability Cooperation (NNCC), which was officially ratified in Washington in December 2023. Within this framework, six Northern European countries - Denmark, Germany, Finland, the Netherlands, Norway and Sweden - are intensifying their cooperation in the field of maritime infrastructure and security capabilities.

The aim of the initiative is to pool industrial, police, military and technological expertise and jointly develop sustainable systems for the protection of maritime critical infrastructure.

SeaSEC activities focus on the protection of Critical Underwater Infrastructure (CUI). Public, private, police and military partners are jointly investigating how data cables, port entrances and energy platforms in the North and Baltic Seas can be protected against attacks in a more resilient manner in future. This is a new public-private partnership approach that systematically brings togetherpolice and military situational awareness, civilian sensor data and industrial expertise.

Focus on Rostock 2026: Protection of critical underwater infrastructure

The SeaSEC Challenge Weeks "Data2Sea2026" in the Bay of Rostock are designed as maritime trials under real-life conditions. The focus is on:

• the detection and classification of threats to submarine cables, platforms and harbor entrances
  
• the coordinated use of autonomous systems (UxV) above, on and under water
  
• the integration of heterogeneous sensor technology (including sonar, radar, optical systems),
  
• the development of data-driven, interoperable situational awareness for the protection of maritime infrastructure.
  

The north.io Ocean Data Platform makes it possible to centrally collect and process sensor data from various sources and make it available for analysis and situational awareness.

"The protection of critical underwater infrastructure is a key security policy task for the North and Baltic Seas," says Jann Wendt, Managing Director of north.io. "With our Ocean Data Platform, we are creating the basis for securely merging sensor data from a wide variety of sources and generating a reliable situational picture for decision-makers - almost in real time."

Outlook

Participation in SeaSEC underlines north.io's role as a technology partner for maritime data integration in international testing and innovation formats. The Ocean Data Platform was already used during the REPMUS 2025 exercise in Portugal to merge and analyze sensor data from different systems.

In the future, north.io will continue to contribute its expertise in data-driven platform solutions to support maritime security and infrastructure projects with powerful data integration.

About north.io

north.io is a solution provider for the management, processing and analysis of raw underwater sensor data. Tailored to the needs of offshore wind, surveying, defense, security and government. With the Ocean Data Platform, north.io develops scalable solutions for the acquisition, fusion and analysis of complex sensor data, for applications in critical infrastructure protection, maritime security and complex environmental and infrastructure projects.

Press contact

north.io GmbH

Marie Orlowski

presse@north.io

Looking back: Since May 2025, Dr. Ploß has been the Federal Government's Maritime Coordinator at the Federal Ministry for Economic Affairs and Climate Protection (BMWK). In this role, he forms a central interface for the interests of the maritime industry, particularly with regard to the protection of maritime critical infrastructure (KRITIS). This includes ports, offshore wind farms, underwater cables, pipelines and other facilities that are essential for Germany's energy and raw materials supply. A particular focus of his work is on strengthening the resilience of these infrastructures to hybrid threats and improving coordination between state, military and private actors.

Key technology from north.io for the protection of maritime infrastructure

The visit focused on north.io's Ocean Data Platform (ODP). CEO Jann Wendt presented the data-driven platform to Dr. Ploß as a key technology for the maritime security architecture.

The Ocean Data Platform enables the secure integration and fusion of heterogeneous sensor data - from underwater sensors and unmanned systems (UxV) to official and industrial data sources. This creates a shared, interoperable situation picture in near real time. The ability to fuse data quickly and reliably is particularly crucial for the protection of ports, offshore wind farms, submarine cables and pipelines.

"Maritime security begins with a reliable situational awareness.Our Ocean Data Platform brings together data from a wide variety of sources and creates transparency where complex threat scenarios require quick decisions, for example when protecting ports or underwater cables," explained Wendt. "We see our technology as a future building block of a resilient maritime security architecture in Europe."

Tried and tested with REPMUS

Wendt also reported on the use of the platform in the international REPMUS 2025 (Robotic Experimentation and Prototyping using Maritime Uncrewed Systems) exercise in Portugal. There, the Ocean Data Platform has already been successfully used in a multinational environment to merge and evaluate sensor data from different manned and unmanned systems in a Data Fusion Cell.

Dr. Christoph Ploß emphasized the importance of technological and digital innovations for German security policy: "The protection of our maritime critical infrastructure is a central task for the economy and the state. Ports, offshore wind farms, pipelines and submarine cables are the lifelines of our energy and raw materials supply. Innovative companies such as north.io make an important contribution to strengthening the resilience of these infrastructures against hybrid threats with data-based solutions."

Schleswig-Holstein as a location for maritime security and innovation

The visit also highlighted Schleswig-Holstein's special role as a leading location for the maritime industry, offshore technologies and security research. With its strong maritime industry, excellent research landscape and close networking between business, science and the German Navy, the state offers ideal conditions for developing and testing innovative solutions for the protection of maritime infrastructure.

north.io is part of this northern German innovation ecosystem and sees itself as a technology partner for government and industrial players who are rethinking maritime security: data-based, interoperable and resilient.

In our upcoming webinar, March 26, 11:00–11:45 AM, we explore how offshore teams can simplify marine data workflows and turn complex datasets into actionable insights without adding unnecessary complexity.

Expert Insights from Industry and Technology

The session will be led by Jim Gardiner, a seasoned ocean technology expert with over 25 years of experience across operational oceanography, oceanographic & hydrographic instrumentation, and uncrewed survey systems. Jim brings deep technical expertise in taking ideas from early concept through to operational delivery, combining strong value propositions with real-world business requirements. His background spans roles as Innovation Manager, Product Manager, and Research Scientist, giving a unique, end-to-end perspective on today’s ocean data challenges.

Joining him is Dr. Simon van der Wulp, a coastal engineer with a background in coastal surveying, hydrodynamic numerical modelling and decision support systems operating as Solutions Engineer at north.io. He has supported the development of the Ocean Data Platform from its infant stages and will demonstrate how modern data platforms can remove friction from ocean data management and support faster, more confident decision-making.

What You’ll Learn

During the webinar, we will cover:

• Why Ocean Big Data matters more than ever for offshore stakeholders
  
• The key bottlenecks offshore stakeholders face in managing marine data today
  
• How north.io streamlines data acquisition, processing, and delivery
  
• A live demo of the north.io Ocean Data Platform
  
• The tangible benefits: faster workflows, lower costs, and better decisions
  

The session will conclude with an open Q&A, giving participants the opportunity to dive deeper into specific challenges and use cases.

Join the Webinar

If you work with ocean data and are looking for practical ways to simplify workflows while keeping full control over your datasets, this webinar is for you.

👉 Register now and see how Ocean Big Data can be made simple.

The collaboration focuses on establishing technical interoperability between north.io's Ocean Data Platform and SonarWiz FATHOM. Through north.io's API, the two companies aim to enable joint customers to transfer marine survey data from the Ocean Data Platform into SonarWiz FATHOM for advanced processing and analysis, and to export processed results back into the Ocean Data Platform for centralized data management, visualization, and collaboration.

The intended workflow connects cloud-based data management with expert-level sonar data processing, supporting a streamlined data lifecycle from storage and access to analysis and reuse. Processing and interpretation are performed within SonarWiz FATHOM, while the Ocean Data Platform serves as the system of record for managing, organizing, and sharing datasets across teams and projects.

By reducing manual data handling and improving interoperability between platforms, the collaboration is designed to support scalable and modern workflows for marine data professionals working with complex sonar and geophysical datasets.

"Our collaboration with Chesapeake Technology reflects a shared commitment to open interfaces and interoperable workflows," said Jann Wendt, Founder and CEO of north.io. "By enabling API-based data exchange between the Ocean Data Platform and SonarWiz FATHOM, we aim to support our joint customers in building efficient, flexible workflows that connect processing and data management in a practical way."

"The future of ocean data has arrived," said Evan Reinsberg, President and CEO of Chesapeake Technology. "We're excited to collaborate with north.io to give marine survey professionals the connected, cloud-native workflows they've been asking for. Combining the Ocean Data Platform's robust data management capabilities with SonarWiz FATHOM's advanced processing creates a seamless pipeline that eliminates friction and lets our customers focus on what matters—delivering high-quality survey results."

The collaboration represents a shared vision to advance cloud-enabled marine data workflows through interoperability, scalability, and close alignment with the tools already used by the marine data community.

What stands out in the article is not the novelty of the challenges but the familiarity across offshore wind, subsea cables, marine infrastructure, and defense. The industry is not struggling to collect data. It is struggling to cope with it.

This is not a futuristic outlook; it is today’s reality for many subsea and hydrographic professionals. And importantly, solutions to these challenges already exist.

The Real Bottleneck Is No Longer the Ocean—It Is the Workflow

Modern subsea operations depend on acoustic sensors to make the invisible visible. Multibeam echosounders, side-scan sonars, sub-bottom profilers, and related systems generate extraordinarily detailed representations of the seabed and subsurface. Each survey delivers immense value but also terabytes of complex, unstructured raw data.

Hydro International rightly highlights several pressure points:

• Exploding data volumes driven by higher resolution and more frequent surveys
  
• A growing dependence on a shrinking pool of experienced specialists
  
• File-based, desktop-centric workflows that do not scale
  
• Long delays between acquisition, assessment, and actionable insight
  

These pressures are not isolated technical issues. They are systemic. And they compound as projects grow in size, regulatory scrutiny increases, and margins tighten.

In many organizations, highly qualified geophysicists and hydrographers spend a significant portion of their time simply finding, moving, opening, and checking data; rather than interpreting it. This is not a skills problem. It is a data management and architecture problem.

Ocean Big Data Is a Structural Shift

What we describe as Ocean Big Data reflects a fundamental change in how subsea information is generated and used. Raw underwater sensor data today clearly meets all three dimensions of big data:

• Volume: From gigabytes per file to petabytes per project
  
• Variety: Dozens of sensor types, OEM-specific formats, and evolving format versions
  
• Velocity: Increasing pressure to move from acquisition to decision faster than ever
  

Yet much of the industry still relies on software paradigms and workflows developed in the 1990s: when datasets were smaller, surveys were less frequent, and collaboration was local.

The consequence is friction everywhere: duplicated data, manual handovers, sample-based quality control, and long feedback loops between survey, engineering, and decision-making teams.

This is precisely where the pressure described in Hydro International originates.

The Quiet Shift Already Underway: Platforms, Not File Systems

What the Hydro International article hints at are emerging themes. Actually, the technological shift is already happening beneath the surface of daily operations.

Across the industry, solution providers are moving away from:

• Isolated desktop installations
  
• File-by-file processing logic
  
• Manual, expert-only access models
  

And toward:

• Centralized, geospatially intelligent data platforms
  
• Automated data ingestion and scalable, expert-supported QA/QC workflows
  
• Shared, browser-based access to the same single source of truth
  

All this aims to support expert judgment and to remove the friction that prevents experts from applying their knowledge and expertise where it matters most.

When raw subsea data becomes centrally accessible, spatially indexed, and technically validated upon ingestion, several things change immediately:

• Data quality issues surface immediately, not weeks later
  
• Engineering teams gain visibility without duplicating datasets
  
• Decisions are made on complete site-wide context, not isolated files
  
• Specialists spend their time interpreting data, not managing it
  

None of this requires futuristic technology. It requires applying proven big data principles (already standard in other industries) to the realities of subsea operations.

Quality Control at Scale: From Sampling to Confidence

One of the most critical data pressures highlighted by the industry today is quality control (QC). With data volumes growing faster than teams, QC often becomes selective, manual, and time-constrained.

This creates an uncomfortable gap between the cost of data acquisition and the confidence in its usability.

Modern approaches are closing this gap by combining:

• Automated metadata validation at ingestion
  
• Scalable checks on raw data density, coverage, and consistency
  
• Visual inspection tools that operate on full datasets, not samples
  
• Transparent auditability aligned with tender and regulatory requirements
  

The result is not just faster QC but trust in the data and return on investment for large survey contracts.

From Pressure to Progress

The pressure beneath the surface is real. However, it can be turned into an operational opportunity.

We are witnessing a transition phase: one where subsea and offshore industries are recognizing that prevalent data infrastructures are no longer able to cope with the growing data volumes.

Solutions already exist that address the bottlenecks described by Hydro International. They are not silver bullets, and they are not about removing human expertise. They are about enabling it to scale.

Ocean Big Data is not simply the byproduct of offshore operations. It is the digital foundation that allows those operations to remain safe, efficient, and economically viable in an increasingly complex marine environment.

The organizations that recognize this shift early will not just relieve pressure; they will turn it into a competitive advantage.

north.io Named Among the Global Top 100 Geospatial Companies

One of the most significant highlights of our year was being recognised as one of the Global Top 100 Geospatial Companies – again!  This acknowledgement underscores our ongoing contribution to geospatial innovation, ocean intelligence, and advanced data management.

Being included in this global benchmark is more than an accolade; it reflects our team’s relentless pursuit of excellence and our commitment to enabling data-driven insights across the marine and geospatial sectors.

Successful Completion of the Marispace-X Project

The year began with the successful wrap-up of the Marispace-X project, an ambitious endeavour in which we joined a consortium dedicated to unlocking the potential of secure ocean data spaces. With the project’s conclusion, we delivered meaningful contributions toward data sovereignty, digital ocean innovation, and the future of interoperable marine data ecosystems.

Our involvement helped shape new approaches to data sharing within the maritime domain, approaches that will influence innovation for years to come.

Kiel Munition Clearance Week 2025: Deepening Our Ocean Commitment

As part of our efforts to foster marine awareness and engage with thought leaders, we supported Kiel Munition Clearance Week (KMCW). The event highlighted the importance of global ocean stewardship and provided a platform for exploring how digital technologies, like those developed at north.io, can support conservation, sustainable resource management, and scientific collaboration.

north.io at REPMUS 2025: Powering Underwater Domain Awareness

During REPMUS 2025, we showcased our capability as the digital backbone for Underwater Domain Awareness. Our role underscored the increasing demand for reliable, scalable, and secure ocean data systems that support situational awareness, mission planning, and autonomous operations.

From data fusion to near real-time visualisation, our technologies once again demonstrated that state-of-the-art ocean intelligence requires state-of-the-art digital infrastructure, and this is precisely what north.io stands for.

Redefining Ourselves: From Product to Solution Provider

This year marked a strategic turning point. north.io sharpened its identity and solidified its position as "The Ocean Big Data Specialist."

We expanded our focus beyond individual products and moved toward delivering holistic, integrated ocean big data solutions tailored to the complex needs of public authorities, defence clients, environmental institutions, and the offshore industry. This evolution reflects our belief that solving the ocean’s biggest challenges requires scalable systems, seamless interoperability, and domain expertise, all woven into powerful digital geodata solutions.

Honored as IONOS Partner Award Finalist & Reconfirmed as Top 100 Geospatial Innovator

Our work also garnered recognition from the broader tech ecosystem. We were proud to be named a finalist for the IONOS Partner Award, celebrating excellence among cloud technology innovators. Combined with our placement among the Top 100 Geospatial Companies 2025, this dual recognition reinforces our leadership across both geospatial and cloud-enabled marine intelligence.

Hydro 2025: A Standout Year Including a Shipwreck Discovery

At Hydro 2025, we connected with industry peers, showcased our latest advancements, and shared our vision for the future of hydrography. A special highlight was the attention drawn to a shipwreck discovery, where our technology and expertise played a key role in unravelling the data behind the find.

Moments like this demonstrate the profound impact accurate, accessible, and intelligently processed ocean data can have, whether in science, heritage preservation, or safety.

Two White Papers Published: Sharing Knowledge, Inspiring Innovation

Knowledge sharing continues to be part of our DNA. This year, we proudly published two in-depth White Papers, contributing thought leadership to the fields of Offshore Innovation and Ocean Big Data. These publications reflect both our expertise and our desire to empower the broader community with new insights and actionable guidance. 

Looking Ahead

With our strengthened positioning as The Ocean Big Data Specialist, we continue our mission to transform the world’s ocean data into meaningful, powerful, and responsible solutions.

Here’s to another year of innovation, collaboration, and making waves above and below the surface.

Modern acoustic sensors capture the ocean in extraordinary detail: From high-resolution bathymetry to deep sediment layers. But with every new survey, the volume, complexity, and speed of incoming data grow exponentially. Raw sonar files easily reach gigabytes or terabytes per project, and each sensor type brings its own format specifications, metadata quirks, and interpretation challenges. 

This fast-growing flood of information is what we call Ocean Big Data. 

And while the potential is enormous, the industry has reached its limits. Many teams still rely on desktop tools from the 1990s, manual workflows, and small groups of highly specialised experts who are already stretched thin. At the same time, offshore projects become bigger, more volatile, and more demanding. Every decision, both operational and financial, relies on understanding the seafloor with precision. 

Our new white paper explores how Ocean Big Data is transforming the offshore and subsea industry. 

It highlights why subsea data has exploded, what makes Ocean Big Data fundamentally different from other big data domains, and why traditional tools and isolated workflows can no longer keep up with the current data pressure. It also offers insights into the opportunities that arise when organisations rethink data management, quality control, and ocean data processing at scale. 

Instead of drowning in complexity and uncertainty, subsea operations need to turn raw sensor data into operational insights for project planning and forecasting, detecting hazards, protecting assets, and making the ocean a more predictable environment to operate in. 

Download our latest White Paper on Ocean Big Data for free today! 

During their regular data surveys in Schleswig-Holstein, surveillance aircraft regularly record the current state of the seas and coasts. This involves collecting huge amounts of data in the form of 3D laser scans and aerial images, which are highly complex to handle. Managing and sharing this data with subordinate authorities, research projects, external service providers and other stakeholders is still a very difficult, manual and therefore time-consuming task due to the large amount of data.

"Up to now, we have stored our data on servers, which we then have to manually collect and hand over to users separately for processing," says Tobias Kuring, responsible for digitalization at MEKUN. "The use of north.io's cloud-based technologies not only allows us to significantly speed up our work processes and procedures by providing data centrally, but also to access data easily by visualizing 2D and 3D data without complex special software.Our goal is to become a pioneer in the digitalization of work and data management processes, and the integration of north.io's solution will take us a big step forward. "

The TrueEarth geodata hub from north.io creates extensive added value at MEKUN:

• Efficient data work via seamless data management and intuitive provision of relevant geodata
  
• Faster retrieval of geodata and documents via automated localization
  
• Seamless connection to the environmental portal of the state of Schleswig-Holstein via the metadata catalog
  

"It is important that our platform is now being used to optimize administrative work processes in order to improve environmental protection through simplified data access," says Jann Wendt, founder and Managing Director of north.io, and adds: "The provision of spatial data via a central data platform will enable different geodata experts and decision-makers to develop evidence-based strategies based on the same data in the future. In the future, this system, which can be flexibly expanded, will even enable data volumes that are 50 to 100 times the current volume.

"The spatial search function in particular now makes it possible to use a wide range of geodata types and speeds up work with the data enormously. Thisdata can laterbe merged with other data, such as measurement data, to gain insights into the condition of or physical changes to coastal areas, allowing us to react quickly in critical cases such as flooding and share data with the relevant safety stakeholders," explains Wendt.

Press contact:

Marie Orlowski (Marketing Lead)

presse@north.io

Turning a live demo into a real-world discovery  

During HYDRO2025 in Liverpool, a routine demonstration unexpectedly turned into a discovery. While showcasing their ocean survey and data capabilities, Maritime Robotics, Kongsberg Discovery, and north.io identified an unknown shipwreck right next to the conference venue (the rum warehouse of the Titanic Hotel in Liverpool). In the first days of the event, Maritime Robotics exhibited their robust uncrewed surface vessel (USV) Otter, equipped with a Kongsberg EM2042 multibeam echosounder, by autonomously surveying the historic Stanley Dock using its Autonomous Navigation System. Within the first minutes of surveying the area (7,650 sqm), the operators were surprised to find a large object on the dock bed.  The sensor and survey experts quickly realised they had found a shipwreck.  The collected survey data (.kmall) were promptly shared with the north.io team, who generated a fast visual preview of the subsea data. 

(Left: The Maritime Robotics Otter: USV is 2000mm x 1080mm x 1065mm with a 30kg payload. The survey was done with the precise and light-weight Kongsberg EM2042 multibeam echosounder at 400 kHz.  Right: Kongsberg EM2042 multibeam echosounder before being equipped to Maritime Robotics Otter USV. Picture courtesy of Kongsberg Discovery.)

Getting the full picture of the Stanley Dock Wreck 

Our data specialists imported the data into north.io’s Ocean Data Platform and directly processed the sensor data using the Ocean Data Processing Engine, which north.io CEO Jann Wendt presented at this year’s conference. The raw sensor data was scanned, converted into a precise point cloud, and rasterized in under 30 minutes. This processed point cloud included more than 118 million individual data points. With this high-resolution 3D point cloud imagery, the full extent of the discovered wreck became clear. The wreck is located in front of the eastern side of the Titanic Hotel at 53.421684 N, 2.99778 W and has a length of approximately 6.5 m and a width of 2.5 m. 

(Data courtesy of Maritime Robotics and Kongsberg Discovery. Visualised on north.io’s Ocean Data Platform.)

(Data courtesy of Maritime Robotics and Kongsberg Discovery. Visualised on north.io’s Ocean Data Platform.)

Besides the point cloud and raster data, our experts generated 48 point cloud tiles (20m x 20m). As all the data was stored on the Ocean Data Platform, we were able to run a geospatial search to identify all tiles that include the wreck. The search retrieved all data, including the raw Kongsberg sensor data, the processed point cloud data (.laz), and rasterized images (.geotiff).

(Results of the geospatial search (GeoSearch) on the Ocean Data Platform showing all files that show the discovered shipwreck.)

This discovery shows vividly how fast ocean big data can be transformed into understandable information. Combining autonomous survey vehicles, high-resolution acoustic sensors, as well as intuitive data management and scalable processing, enabled the teams of Maritime Robotics, Kongsberg Discovery, and north.io to get a full picture of the Stanley Dock within minutes and to show the unknown shipwreck to the excited conference attendees. 

About Stanley Dock 

The Stanley Dock lies in the Vauxhall area of Liverpool within the northern dock system of the Port of Liverpool. It was opened on August 4th 1848, and used for large volumes of tobacco, rum, and other goods trade. As Liverpool’s dock usage declined throughout the 20th century, the Stanley Dock fell into a period of decline before becoming part of redevelopment plans and being listed as a conservation area. The Stanley Dock is rather unusual for it was constructed inland, rather than extending directly from the river’s foreshore like the neighboring docks, Collingwood Dock and Nelson Dock. A quick research has shown that the are no wrecks documented for the Stanley Dock. The team of Maritime Robotics has passed on the information of this discovery to the local authorities for further investigation. 

If you want to learn more about how the wreck was discovered and how new technologies can help streamline ocean big data management and processing, please reach out to our team of Ocean Big Data specialists. 

Reach out to schedule a personal discovery call.  

Derkowski first learned about north.io through a SPIEGEL-Online article, which highlighted the company’s role as “The Ocean Big Data Specialist.” During his visit, he expressed strong interest in how digital technologies enable the management, processing, and visualization of ocean data, an area in which Kiel is gaining international recognition. 

“Kiel has tremendous potential to become a hub for maritime innovation - with start-ups and companies like north.io setting international standards. The close collaboration between science, business, and technology creates great opportunities for the future of our city”, said Derkowski, independent mayoral candidate for Kiel. 

Moreover, Derkowski emphasized that Kiel’s reputation as a science and technology hub continues to grow. Many innovative companies have recently established themselves in the city - both in the Wissenschafts- (Science-) Park and in the city center. Most recently, EUROATLAS, a company originally based in Bremen, opened a new office at Kleiner Kiel, where Derkowski attended the inauguration event and met north.io employees - leading to yesterday’s visit. 

Background: For years, north.io has been developing software solutions for managing, processing, and visualizing ocean data at scale. Its Ocean Data Platform is used in international maritime cooperation projects, including the NATO REPMUS 2025 exercise in Portugal and the upcoming SeaSEC 2026 in the Baltic Sea region. 

“We appreciate Mr. Derkowski’s interest and the open exchange on the future of maritime innovation in Kiel. Schleswig-Holstein - and especially Kiel - offers ideal conditions to develop technologies that drive the digital transformation of the oceans and make them accessible worldwide”, said Jann Wendt, CEO north.io. 

How can you make sure your data is fit to purpose? 

Define quality metrics upfront 

What questions do you want to answer? What do you expect your data to show, confirm, or assess? Deciding what resolution your data should have is a key part of survey preparation, and there is always a trade off: Do you image a larger area with lower swath overlap and lower point density, or do you maximize the resolution in a smaller area? Each option has its pros and cons, and defining how to assess the quality of your data in advance is key to ensuring that the objectives of your survey can be met.  

Specify survey parameters clearly 

The required resolution informs the type of sonar device that you need to deploy, as well as frequency ranges, line spacing, and vessel speed over ground. These parameters all need to be defined and communicated clearly prior to data acquisition. Deciding on and communicating weather condition limits in advance – factors such as maximum wave height or wind speed – also helps operators to make sure that the acquired data meets the requirements. 

Standardize data transfer 

Data transfer via hard drive is inefficient. Drives can be incompatible with different operating systems, and physical transfer or sending hard drives adds risk and potential delays. This puts the most important steps, data processing and decision-making, on hold. Transferring data using secure SFTP/cloud platforms ensures that data arrives promptly and in a complete state following acquisition, speeding up the whole process. 

Enforce clear CRS usage 

The use of consistent geodetic metadata is critical for preventing inconsistencies and avoiding potentially costly mistakes. This is especially relevant in regions where multiple Coordinate Reference Systems (CRS) are in use, such as in the North Sea, where the ED50 and WGS84 datums are both used in UTM zone 31N. An erroneous choice of CRS during processing can offset a dataset by several hundred metres: Not such a problem if quickly realised; disastrous if unnoticed. To avoid this, CRS need to be defined in advance of the survey and saved correctly and clearly in the (meta)data. 

Standardize and validate metadata 

Clear and standardized metadata is critical for making the most out of the data and ensuring reusability. Moreover, having well documented data and accurate metadata makes meeting reporting requirements more straightforward. The first step following receipt of the data should always be to validate the metadata – check the vessel tracks, timestamps, and sensor calibration logs. Make sure you know the CRS, and that the data is correctly projected.  

Where does north.io come into this? 

With our experienced team of hydrographers, geophysicists, big data experts, and software developers we guide you from ocean data survey requirements to data management, and ocean big data processing. With more than ten years of experience working with ocean big data, maritime data as well as geospatial data we offer services and technologies that make ocean big data handling easier. Together with our clients we assess the current ocean data needs and challenges and jointly develop solutions to real operational problems.  

Reach out to schedule a personal discovery call. 

For north.io, the exercises provided the perfect opportunity to demonstrate the impact of our technology. At the heart of our contribution was the Ocean Data Platform – a solution designed to manage, process, and visualize massive amounts of ocean data. 

Turning Big Data into Decisions 

Traditionally, the evaluation of sonar and sensor data is one of the biggest challenges in mine countermeasures (MCM). Processing terabytes of information often took days or even weeks, delaying critical decisions at the command level. 

During REPMUS 2025, our Ocean Data Platform showed that things can be different: 

• Processing times dropped from days to hours, and ultimately to minutes. 
  
• Commanders were able to generate a high-resolution operational picture of the seabed almost in real time. 
  
• Data from multiple autonomous systems could be fused into a single, coherent view – enabling faster, more accurate decision-making. 
  

As Commander Andreas Montag, the Mine Countermeasures Commander Task Unit during the exercise, summarized: 

“The Ocean Data Platform was the missing piece. It allowed us to bring sensor data directly into the staff picture with unprecedented speed and precision.” 

Innovation from Northern Germany 

The results didn’t just impress naval operators. They demonstrated how digital innovation from northern Germany can decisively shape the future of maritime security in NATO operations. 

“We have proven how innovative and functional our technology can be – and that young, dynamic companies can make a substantial contribution to the future of naval capabilities,” said Jann Wendt, CEO of north.io. 

Towards a Transparent Ocean 

REPMUS – which stands for “Robotic Experimentation and Prototyping with Maritime Unmanned Systems” – is one of NATO’s largest innovation testbeds. In 2025, the exercise once again confirmed that Big Data and AI approaches are key to creating a ‘transparent ocean’, where threats can be detected, classified, and neutralized faster than ever before. 

For NATO and its member states, this means safer sea lanes, stronger protection of critical subsea infrastructure, and greater resilience in times of crisis. 

north.io is proud to be part of this transformation - turning days into minutes, and data into decisions. 

Read the full article here.

Header photo by Markus Beer/EUROATLAS

Let’s start with the obvious: Are you like Azure?

We’re not Azure. We’re north.io, the ocean big data specialist. We’ve been working with ocean big data and geodata of all kinds since 2011. We are a team of passionate technicians, explorers, and data specialists who love the challenge of turning complex geodata into clarity. We help marine stakeholders ranging from offshore wind to navies to unlock the full value of their raw underwater sensor data.

What exactly do you mean when you say ocean big data?

Ocean big data refers to all sorts of raw underwater sensor data, especially geophysical data like multibeam, side scan or sub-bottom profiler data. These data are collected with myriad different sensor hardware and proprietary software, which makes it hard to find industry standards. 

As sensor technology becomes more advanced, data managers and geoscience teams are facing a growing amount of data at ever higher resolutions. This turns traditional ocean data into big data and requires new ways of handling this data.  

Why do you think people often confuse north.io’s Ocean Data Platform with Microsoft Azure?

Many companies have realised that ocean data management is crucial for their operations. As Microsoft is the go-to provider of desktop suites, many adopt Microsoft’s cloud “Azure” and use “SharePoint” to store their data. We at north.io have developed new ways to manage ocean big data in the cloud. People often compare us to their existing SharePoint or think we are yet another cloud service. We are not a cloud provider, but use state-of-the-art cloud infrastructures like Azure to deploy our technologies. Essentially, we are introducing a new paradigm and enabling you to work with your ocean big data. 

 In simple words – what does north.io actually do?

Our offering goes far beyond just storing data. We’ve built tools that make it easy to exchange, visualise, process, and understand ocean big data. The key difference between us and current solutions is that we read in raw sensor data and make it accessible to non-experts. In a nutshell, you can say that we provide geo-intelligence using cloud infrastructures. 

Working with clients showed us time and time again that sovereignty is vital. That’s why we committed to develop cloud-native and cloud-agnostic technologies. This ensures that our solutions can be deployed on any infrastructure that runs on Kubernetes, whether it’s e.g. Microsoft Azure, AWS, or IONOS Cloud. Through this, our customers stay independent and avoid vendor lock-in.

How is our focus in ocean data platform different from what cloud providers like Azure offer?

Azure is a cloud platform, just like AWS, Google Cloud or IONOS Cloud. Most of our clients used Azure with SharePoint running as their digital storage system. That’s where they uploaded files, renamed them, moved them around, or downloaded them. General cloud storage solutions enable storing data, but only support previewing common file types (like documents or images). 

Our Ocean Big Data platform enables previews and quick visualisations of complex datasets. The idea is simple: we don’t just keep your files safe and centrally accessible; we make them immediately understandable. Users can see what kind of data they have, where it was collected in the world, and easily share it with the people who need it. 

Our technologies support more than 40 file formats like multibeam, side-scan sonar, and sub-bottom profiler data, for which you normally require several expensive software suites. Further, we harness cloud technologies to parallelize complex processing steps. That means we’re not just helping you store your data, but we are changing the way our clients manage and process their ocean big data.

If a customer has recently changed to a cloud storage like Azure, AWS, or Google Cloud, does it make sense to opt for north.io’s ocean data platform?

Yes, absolutely. The best way is to talk to one of our experts to look at your specific data and process needs. We always start with a tailored assessment and drafting a future ocean data vision together with our clients. 

We’ve seen many cases where customers have just invested heavily in moving from hard disk based, manual processes to some kind of cloud storage. We provide specialised services around ocean big data like quality control, advising on data requirements for surveys and tenders, or helping to optimize processing workflows, which go beyond classic storage solutions. 

Ocean data is extremely complex, not just because it comes from beneath the ocean’s surface, but because every organization has unique requirements and potential to improve how they work with it. That’s why we encourage conversations with our experts. 

 What’s the value north.io brings on top of “just” cloud infrastructures?

As I mentioned before, we’re much more than just a cloud storage provider. One of the big differences is that we bring a spatial perspective to your data. That means we don’t just let you preview complex raw sensor data but help you geolocate your data. 

Imagine you’re tasked with analysing the coverage of a certain area, the first question is always, do we already have data for this area of interest? In the past, you would have had to ask colleagues, check file names manually, or dig through thousands of files on hard drives to find out. With our tool GeoSearch, that process is completely different. You can simply draw a rectangle on a map, and the platform returns all files that match your search within seconds. 

This is the first step to really taking control of your ocean data: knowing what you have, where it is stored, and how to make it accessible to others. And this is just one example of how we go far beyond cloud storage. Yes, we use state-of-the-art cloud infrastructures like Azure to deploy our technologies. However, our technologies and services introduce a new paradigm of working with ocean big data and enable our clients to unlock the full value of their ocean big data.  

Why is it important to have a specialised platform in addition to general-purpose cloud services?

We get this question a lot: Why can’t I just store all my ocean data in a generic cloud? The short answer is: you can, but you won’t get much value from it.  

Yes, you can store those files in Azure or another cloud. But all you’ll really see is who uploaded it, the file name and type, and the file size. That’s it! With our technologies, you can start collaboration, upload your data, visualise them, place it on a map, and compare it with other files in the same area or across the entire platform. 

The key is getting the first step right: managing your data, staying on top of workflows, and creating the foundation for automated processing later. Data management can feel tedious, maybe even a bit boring, but it’s the foundation that enables the real impact and automation. Once your data is organized and accessible, it can be shared, understood, and put to use by both internal and external stakeholders. 

For new clients without a system in place, the easiest path is to start with our Ocean Data Platform and work with our experts to create a tailored solution. But even if you’re already using Azure, we are able to run our technologies on existing infrastructures.

And finally, how would you answer someone who asks again: “So… are you Azure?”

No, we are much more. We are the ocean big data specialist that offer cloud technologies and services that support you from understanding your ocean data to creating a future-proof data vision. 

And if, after reading this interview, you’re still unsure what north.io does or how our ocean data technologies can support your business, we’d love to talk. Our team is eager to understand your ocean data big challenges and work with you on solutions that support your workflows. 

Feel free to reach out: 

Philipp M. Dau

sales@north.io

Among other things, a powerful server infrastructure, a large tent, multiple digital workstations, and other technical equipment will be used. Oktoberfest items are also included in the luggage to introduce international partners to a special part of German culture. Rheinmetall's Harbour Protection Container will serve as the on-site base for the north.io team, among other things: this is where the data from all the modern systems used to locate mines and protect infrastructure will converge.

"With our Ocean Big Data Platform, we are creating the digital foundation for one of NATO's largest experimental exercises on maritime security. We are proud to be the enabler at REPMUS 2025, ensuring that underwater sensor data is transferred to the joint situation picture, a step towards a truly ‘transparent ocean'," says Jann Wendt, CEO of north.io, before his departure.

In addition, Wendt sees Portugal as an opportunity to establish closer cooperation with numerous hardware and software providers, including the Danish software specialist Systematic. Their SitaWare software, for example, provides the common operational picture for many navies, including the German Navy. “Our Ocean Data Platform technology could expand these systems to include underwater data in the future, thus providing a valuable addition,” adds Wendt, who will also be on site in Portugal.

Background on REPMUS 2025

The REPMUS (Robotic Experimentation and Prototyping with Maritime Unmanned Systems) exercise is one of NATO's largest international exercises in the field of maritime security. It brings together over a dozen nations, NATO structures, universities, and industry partners. The aim is to test unmanned systems, new multidomain concepts, and innovative approaches to protecting maritime spaces.

north.io has been committed to maritime security for years: from supporting authorities in Germany – such as the Schleswig-Holstein Explosive Ordnance Disposal Service – to projects with the offshore industry and the European ARGUS project for the protection of critical underwater infrastructure. north.io already took part in the international REPMUS exercise last year.

By participating in REPMUS 2025 and the parallel NATO Dynamic Messenger exercise, north.io is sending a clear signal: the company provides the digital foundation for modern underwater operations.

For mine countermeasures alone, 300 participants from 14 nations are expected at REPMUS. Twenty-six different aerial drones and 71 underwater drones will be comprehensively tested under real-world conditions.

Journalists are welcome to contact us for further information.

Contact:

Marie Orlowski 

Marketing Lead 

Presse@north.io  

In the demanding world of offshore operations, precision is paramount. Whether you're an offshore survey company mapping the seabed, a utility operator managing subsea infrastructure, or a Transmission System Operator (TSO) overseeing critical underwater cables, accurate and complete data is the bedrock of success. Yet, a persistent and costly challenge plagues the industry: data gaps in survey lines. 

Imagine this scenario: A survey vessel, equipped with state-of-the-art sensors, meticulously traverses its designated area. Days, or even weeks, later – long after the vessel has moved on to its next assignment, perhaps hundreds of miles away – the collected data is finally processed. It's then that the grim reality hits: there are "holes" in the survey lines. Critical sections of the seabed remain unmapped, or data quality issues render portions unusable. This isn’t just inconvenient – it comes with serious financial consequences. 

The need to re-survey these missing sections, often referred to as infill surveys, triggers a cascade of exorbitant costs. Mobilizing a specialized survey vessel, along with its highly skilled crew and advanced equipment, commands daily rates that can easily run into the tens of thousands, if not hundreds of thousands, of Euros. Furthermore, the urgency of such re-mobilization often means paying premium rates, and even then, vessel availability can be a significant hurdle. The delay impacts project timelines, jeopardizes contractual obligations, and can lead to substantial penalties. In essence, a small data gap can quickly balloon into a multi-million Euro problem. 

The Near Real-Time Revolution: From Reactive to Proactive 

What if you could identify and address these data gaps the moment they occur, while the survey vessel is still on-site? This is the transformative power of real-time underwater sensor data processing and immediate quality control (QC). By shifting from a reactive, post-processing model to a proactive, near real-time approach, offshore stakeholders can unlock unprecedented efficiency and achieve massive cost savings. 

North.io's innovative approach, leveraging a "ping-to-cloud" methodology, enables data to be streamed directly from the underwater sensors to an onshore processing and analysis hub. This means that instead of waiting for days or weeks, data quality checks and gap analyses can be performed almost instantaneously by experts located remotely. This immediate feedback loop is a game-changer. 

What's In It For You? 

For every stakeholder in the offshore industry, the advantages of near real-time data processing translate directly into tangible benefits: 

For Offshore Survey Companies: Maximize Efficiency, Minimize Rework 

Your primary goal is to deliver accurate and complete survey data on time and within budget. Real-time QC allows your onshore team to monitor data acquisition as it happens. If a data gap is detected, or if the quality falls below acceptable thresholds, the vessel can be immediately notified to re-acquire the necessary data while still in the survey area. This eliminates the need for costly re-mobilization, saving you hundreds of thousands of Euros per incident. It also significantly reduces project timelines, allowing you to take on more projects and improve your profitability. 

For Utility Operators & TSOs: Enhanced Asset Integrity and Risk Mitigation 

Managing critical subsea infrastructure, such as power cables or pipelines, requires continuous monitoring and precise data for maintenance and integrity assessments. Near real-time data processing provides immediate insight into the condition of your assets and their surrounding environment. Early detection of potential issues, such as seabed erosion near a cable or changes in sediment thickness and cover, allows for proactive intervention, preventing costly failures and ensuring uninterrupted service. This proactive approach mitigates risks, enhances operational safety, and extends the lifespan of your valuable assets. 

The Power of Immediate Quality Control 

Immediate, automated quality control from onshore is a cornerstone of the near real-time data revolution. Traditionally, QC has been conducted onboard the survey vessel—an approach that enables early identification of issues shortly after acquisition, often reducing overall project risk and cost. However, this model also requires expert personnel to be physically present for extended periods, which can be costly and limit flexibility. With a ping-to-cloud approach, processing and QC experts can now work from shore, applying advanced algorithms to analyze data in near real-time. This setup enables rapid detection of anomalies, data gaps, or system errors across multiple survey campaigns—without being tied to a single vessel or location. Rather than replacing onboard QC, this method extends capability by enabling distributed expertise and scaling the reach of your most experienced analysts. A single expert can now oversee multiple datasets across different platforms in a single day, dramatically improving resource efficiency and decision-making timelines. 

Conclusion: Invest in Near Real-Time, Reap the Rewards 

The offshore industry stands at a pivotal moment. The traditional, delayed approach to data processing is no longer sustainable in an environment where every minute and every Euro counts. Embracing near real-time underwater sensor data processing and immediate quality control through ping-to-cloud is not just an operational upgrade; it's a strategic imperative. 

For offshore survey companies, utility operators, and TSOs, investing in solutions that provide near real-time insights means: 

• Saving hundreds of thousands, if not millions, of Euros by eliminating costly re-surveying 
  
• Accelerating project timelines and increasing operational efficiency 
  
• Enhancing data quality and completeness for more reliable decision-making 
  
• Mitigating risks and ensuring long-term integrity of critical assets 
  

Don't let the high cost of hindsight dictate your offshore operations. Embrace the future of near real-time data analysis and transform your challenges into opportunities for unprecedented savings and success. 

In the offshore world, data is everything. Whether you’re planning a wind farm, laying subsea cables, or inspecting critical infrastructure, your decisions depend on accurate, up-to-date information—often in rich 3D detail. 

But traditionally, exploring that data meant downloading gigabytes of files, installing specialized desktop software, and hoping your hardware could handle it. It slowed teams down and kept valuable insights locked away from those who needed them most. 

The Breakthrough: Instant 3D Data Visualization—No Software Required 

That changes today. The Ocean Data Platform’s new integrated 3D Viewer lets you stream and interact with massive point cloud datasets—right in your browser. No plugins, no downloads, no high-end workstation needed. Just your offshore data, visualized instantly in full 3D, ready to explore, analyze, and share. 

What Makes Our 3D Viewer Different 

The Ocean Data Platform’s 3D Viewer is built to handle the reality of offshore survey data—big, complex, and demanding. Directly within the platform, you can: 

• Stream Large Datasets: View LiDAR, multibeam sonar, or photogrammetry data with ease. 
  
• See the Whole Picture: Navigate terrain, seafloor features, and infrastructure on a global 3D map. 
  
• Work with Time-Based Data: Monitor changes and trends over days, months, or project phases. 
  

Why It Matters: Faster, Smarter Offshore Workflows 

1️⃣ Explore 3D Data Instantly 

Skip the downloads. Open your browser and start working with your data within seconds—whether you’re a geophysicist validating survey quality or a project manager reviewing progress. 

2️⃣ Speed Up QA/QC and Data Validation 

Check new survey results immediately after upload. Detect gaps, anomalies, or artifacts early to avoid costly rework and keep projects on track. 

3️⃣ Understand Seafloor Features Clearly 

Go beyond 2D bathymetric maps. Visualize cables, pipelines, boulders, wrecks, or seabed morphology in true 3D—making planning and decision-making faster and more reliable. 

4️⃣ Empower Everyone, Not Just Experts 

Non-technical team members, clients, and contractors can now access and understand survey results without needing specialized software or training. One link, one click—everyone is up to speed. 

5️⃣ Monitor Changes Over Time 

Track vessel routes, seabed shifts, or asset conditions across time—directly within the 3D Viewer. This is ideal for environmental monitoring, impact assessments, or operational reporting. 

6️⃣ Collaborate in Real-Time 

Share a link instead of a massive file. Mark areas of interest, discuss findings, and make decisions together in a secure, cloud-native workspace. It’s collaboration as it should be—fast and frictionless. 

Who Benefits Most? 

• Survey teams validating LiDAR or sonar results. 
  
• Developers planning offshore wind farms or cable routes. 
  
• Environmental analysts monitoring seabed changes. 
  
• Asset managers inspecting underwater structures. 
  
• Stakeholders and regulators needing intuitive, clear visual updates. 
  

The Bottom Line: Modern Offshore Data Deserves a Modern Viewer 

Offshore data is growing in size and complexity, but outdated tools shouldn’t slow you down. The Ocean Data Platform’s 3D Viewer brings high-performance visualization to the cloud—so your ocean data is always accessible, fully interactive, and ready to deliver insight when you need it most. 

See It in Action 

Experience the future of offshore data visualization. Request a demo and discover how the Ocean Data Platform’s 3D Viewer transforms the way your team works with complex 3D offshore data—instantly and intuitively. 

In offshore surveys, time really is money. Vessel operation costs can easily exceed tens of thousands of euros per day. Yet many offshore survey projects still rely on outdated, manual planning methods—often involving spreadsheets, rudimentary maps, and a fair bit of guesswork. These traditional workflows typically take anywhere from half a day to five full days per project just to create a line plan and get the survey parameters for the bidding or survey execution phase. 

Even worse, this manual approach introduces risk: 

• It’s difficult to accurately estimate survey time, coverage, and data volume 
  
• Surveyors lack terrain-informed insights, leading to inefficient track orientation and data quality 
  
• The absence of integrated data export formats causes friction between planning and execution 
  

All of this adds up to missed deadlines, blown budgets, and compromised data quality—especially when working with sensor arrays such as multibeam sonar, sub-bottom profilers, or magnetometers in complex bathymetric environments. 

The Solution: TrackPlanner by north.io 

TrackPlanner is a next generation planning tool purpose built for the offshore industry. Whether you're conducting surveys with autonomous surface/underwater vehicles (ASVs, AUVs), remotely operated vehicles (ROVs), or traditional crewed vessels, TrackPlanner helps you plan smarter, faster, and more accurately. 

Key Features: 

• Bathymetry-Aware Track Generation: Uses terrain data to orient survey lines for optimal coverage, data quality, and efficient survey time. 
  
• Multi-Area Planning: Compute track lines for several survey blocks in one go. 
  
• Sensor & Mission-Aware: Tailored plans for data quality requirements and specific sensor configurations. 
  
• Automated Output Generation: Exports include: 
  
• Navigation files: .rtz, .csv, .nmm 
  
• Planning files: .geojson, .shp, .dxf, .gpkg, .geoparquet 
  
• GIS-ready overview maps and data quality stats 
  

TrackPlanner also estimates total survey distance, time, number of turns, and expected data volumes — enabling you to plan operations down to the minute. 

What’s In for You: From Days to Minutes 

For surveyors, project managers, and offshore developers, TrackPlanner delivers measurable value: 

Efficiency Gains 

Cut planning time from days to under 1 hour. Focus more on execution, less on prep. 

Improved Bids and Project Control 

Submit more accurate bids with confidence. Precise planning boosts your chances of winning contracts—and staying within budget once operations begin. 

Reduced Operational Risk 

By incorporating terrain and sensor-specific parameters, you reduce overlap, minimize data gaps, and ensure the required data quality. 

Repeatability & Standardization 

Reuse and adapt plans across projects. TrackPlanner’s structured outputs and templates support better knowledge transfer and QA/QC. 

Deliverables You Can Trust 

With every project planned using TrackPlanner, you get: 

• Visual overview maps of planned survey lines 
  
• Resolution and coverage statistics for QA and client reporting 
  
• Export files in flexible formats tailored to your workflow or client needs 
  

Whether you're preparing for a UXO survey, a cable route investigation, or an environmental baseline assessment—TrackPlanner is your reliable copilot. 

Final Thoughts 

In the high-stakes world of offshore surveys, smarter line planning isn’t a luxury—it’s a necessity. TrackPlanner brings automation, precision, and speed to a process that’s overdue for innovation. 

If you want to learn more or see TrackPlanner in action, feel free to reach out & Book a Demo.

In today’s digital landscape, data is everywhere, but finding the right data, especially when it lacks spatial reference, consumes time and slows down processes as well as workflows. With Geotagging, we are turning file search on its head through providing spatial references to files like images, reports, videos, and spreadsheets using precise locations. This means easy access, better collaboration, and faster insights for your teams at sea and in the office.  

Why geotags matter: 

• Link documents directly to their real-world context 
  
• Browse your files spatially, not just through folders or filenames 
  
• Make inspection reports, permits, and manuals instantly relevant to location-based work 
  
• Save time on findings files and spend it working with them 
  

What are Geotags? 

Spatial data like shapefiles, rasters, or point clouds come with inherent spatial references. We are used to viewing them on maps and working within a spatial context. Unfortunately, the vast majority of project-relevant files do not natively allow us to set a spatial reference (although most information we process is in some way or another linked to a location on our earth). Examples for project relevant files are: 

• Images (JPEG, PNG, TIFF) 
  
• Videos (MP4, MOV, AVI) 
  
• Documents (PDF, DOCX) 
  
• Data tables (XLSX, CSV) 
  

These non-spatial files are essential yet disconnected from the geospatial context that provides meaning. Our new Geotagging feature closes that gap. With just a few clicks, you can assign precise spatial references to these files using points, lines, and polygons. Even better: each file can have multiple geometries, letting you represent its full spatial reality.

Geotags boost your GeoSearch 

Geotagging unlocks a powerful upgrade to one of our platform’s most used capabilities: the geospatial search called GeoSearch. After having transformed your non-spatial files into spatially referenced files using Geotags, you can forget about searching by file or folder name and start searching by locations. 

You can select any area of interest on the map and instantly retrieve all associated data within your workspace.  No more diving into directories, second-guessing naming conventions, or missing key insights buried in the wrong folder, or worse hidden on the hard drive in your colleague's cupboard.  

Real-World Example: Offshore Data Distribution 

Consider the example of a data manager at a major offshore wind development company. As the engineering team prepares a pre-assessment for a new development zone, time is short, and clarity is essential. Leveraging the combined power of Geotagging and GeoSearch, the data manager simply selects the area of interest on the map. Instantly, all relevant datasets are retrieved, both spatial files like sensor or bathymetry data, as well as borehole and environmental assessment reports or ROV footage (MP4).  Within seconds, the manager can compile and share all necessary information with the engineering team, dramatically speeding up the decision-making process and enabling seamless, location-driven collaboration. Knowing what data is available is invaluable knowledge to plan survey tenders and make high stake decisions on offshore operation and maintenance.

Focus on what matters: turning data into insight 

Geotagging empowers your team to shift their focus from file hunting to data insights. Experts estimate that 60 to 80% of analysts and scientists' time is spent on data discovery, cleaning, and preparation [1]. This is time not spent analyzing the data and generating actionable insights. Instead of navigating through endless folders and unclear file names, data managers can now visually manage and find non-spatial content directly on the map. By creating spatial references across all file types, whether it’s a PDF report, an image, or a video, they ensure that every stakeholder receives the data they need when they need it. Introducing Geotagging isn’t just a feature upgrade- this is another strategic move toward harnessing geointelligence and transforming the way we work with data.   

Turning your geodata into a strategic asset 

Geotagging is available now for all north.io platform users. Try it out and experience how spatially enriched content can transform your data workflows. 

If you want to discuss how using Geotagging can streamline your data management, reach out to our team!

[1] https://solutionsreview.com/data-integration/youre-spending-way-too-much-time-on-data-preparation/ 

Back on land, another story unfolds. A project manager checks her email yet again — waiting for the final processed charts, needing answers for an offshore installation plan that starts next week. She wonders: Where is the data? Is it complete? Can I trust it? 

The Old Way: Islands of Data, Mountains of Work 

For decades, these scenes played out much the same. Powerful vessels collect terabytes of sonar and lidar. Experts spend long nights at their desks, stitching it all together. USB drives change hands. Spreadsheets grow bloated. Deadlines loom. 

The result? By the time all stakeholders see the data, it’s often already stale — and the risk of costly surprises grows. 

The Turning Point: Cloud and AI Enter the Story 

Recently, our colleagues shared an article in the International Hydrographic Review. It’s called “TrueOcean: How Cloud and AI Technologies Are Revolutionizing Hydrography”. For many in the industry, it might read like a bold vision — but for us at north.io, it’s the story we help write every day. 

TrueOcean exists because our oceans deserve better data stories: 

• Collected once. 
  
• Processed smartly. 
  
• Available to everyone who needs it, instantly and securely. 
  

We brought the power of cloud and the speed of AI to an industry that long relied on manual steps and local hard drives. Suddenly, the survey vessel’s sonar feed can be turned into a high-resolution digital twin in record time — ready to guide decisions and reduce risk, while everyone sleeps easier on shore. 

A Happier Ending for Your Next Project 

What does this mean for you? 

Whether you run surveys, build wind farms, or ensure safe navigation, it means: 

✨ Less waiting. 

✨ Fewer surprises. 

✨ A single source of truth — accessible from anywhere, anytime. 

Hydrography, once seen as a specialist black box, becomes a connected, living story you can explore, validate, and share in real time. 

Take a Deeper Dive 

We’re proud to see the IHO shine a spotlight on this shift — because it proves what our clients already know: the future of marine data is smart, open, and fast. 

If you’re ready to turn your seabed data into decisions — not headaches — let’s talk. 

KMCW brings together national and international stakeholders from science, industry and politics to tackle one of the most pressing challenges of our time: dumped munitions in the North and Baltic Seas.

A special focus in 2025 will be the confirmed participation of a high-ranking delegation from Ukraine. The delegation will report on the challenges posed by explosive remnants of war in Ukrainian rivers and coastal waters, sharing an official situation report and field updates from the conflict zone.

Experience the future of geodata processing (Big Data) live

At our stand, we will be showcasing TrueOcean – our ocean data platform that is revolutionising the management of marine data. In live demos, we’ll demonstrate how TrueOcean supports the provision, visualisation and efficient handling of oceanographic data – for example in the offshore wind sector.

Another highlight: our Processing as a Service solution. It allows for fast, precise and cost-efficient data analysis without requiring full platform integration – perfect for those who need quick results without compromising on proven technology.

In addition, we’ll be giving visitors a look at Smart Historical Document Scanning – an innovative project that uses cutting-edge AI technologies to automatically extract and connect information from historical documents, unlocking new spatial, temporal and thematic insights from archival sources.

Why we're part of KMCW

For us, taking part in Kiel Munition Clearance Week is much more than a trade fair appearance. It’s an opportunity to connect with leading experts, discuss current developments and work together towards a safe, digital and sustainable future for our oceans.

“We want to bring together government, industry, research, security and society. Only through shared expertise and international collaboration can we address the security and environmental challenges ahead,” says Jann Wendt, CEO of north.io.

We’re especially looking forward to engaging directly with professionals, new partners and anyone interested in technology, environmental protection and maritime safety.

Offshore Wind in 2025: High Stakes, High Data Complexity 

The offshore wind sector is scaling faster than ever – driven by climate goals, political will, and technological progress. From seabed surveys to long-term maintenance, offshore wind developers, utilities, and transmission system operators (TSO) now face a new operational reality: terabytes of ocean sensor data, piling up across every project phase. 

And yet, despite this explosion in data, digital transformation stalls. Teams are eager to use AI and automation for smarter planning, efficient operations, risk reduction, and predictive maintenance — but get stuck before they begin. Why? 

Because the data is: 

• Scattered – stored across hard drives, FTP servers, and proprietary as well as closed systems 
  
• Unstructured – existing in dozens of non-compatible formats 
  
• Unusable – requiring manual cleaning, file conversion, or expert intervention 
  

These raw data formats – from sonar to multibeam, from sub-bottom to point clouds –hold the keys to better decisions, but right now they’re trapped in digital silos. No AI system can deliver value without clean, accessible, structured data as input. [BCG (2024), AI Adoption in Energy Should Focus on Agility, Not inAlgorithms]

The Solution: Smart Geodata Management with north.io 

We at north.io have developed TrueOcean, a cloud-based geodata platform, specifically for offshore stakeholders. 

TrueOcean turns raw, scattered, and proprietary marine sensor data into a centralized, searchable, and automation-ready data ecosystem - the critical foundation needed to make digital transformation real [McKinsey (2022), The data-driven enterprise of 2025]. 

From Raw Data to Smart Decisions 

• Organize & Visualize: All your ocean data – sonar, MBES, SBP, point clouds, geotech & more – in one platform. Instantly locate your files and visualize them in 2D and 3D.  
  
• Enable Automation: Automatically process terabytes of survey data. Structured outputs that power AI and machine learning. 
  
•  Accelerate Projects: Save weeks or months in planning and execution. Unlock collaboration between teams, departments, and external partners. 
  

“No AI without data. No automation without structure. TrueOcean turns geodata into a strategic asset.” 

Powerful Format Support – Out of the Box 

TrueOcean supports dozens of sensor formats, including: 

• Multibeam Echo Sounder (MBES): Leidos GSF, Triton XTF, Kongsberg KMALL & ALL, Teledyne S7K, Simrad RAW 
  
• Side-scan Sonar (SSS): Triton XTF, EdgeTech JSF, Marine Sonic SDS, Klein SDF, Kraken Robotics TIL 
  
• Seismic: SEG SEGY, SEGD, EdgeTech JSF 
  
• Magnetometers (MAG): ASCII GRID, CSV, JSON 
  
• Sub-bottom Profilers (SBP): SEG SEGY, EdgeTech JSF 
  
• Water Column Data: Simrad RAW 
  
• Geotechnical & Geoenvironmental: AGS 
  

Key Takeaways for Innovation, AI & Digital Leaders 

Start with your data 

Before AI, you need clarity. Clean, accessible, and structured geodata is the true foundation of digital transformation. [Forbes (2016), Cleaning Big Data: Most Time-Consuming, Least Enjoyable Data Science Task, Survey Says]

No more manual overhead

Let your teams focus on insights, not on converting, sorting, or hunting for files. 

Smarter decisions, faster 

With instant visualization, standardized outputs, and cloud-based collaboration, project timelines shrink while confidence grows. 

Use your data across teams 

Break down silos between GIS, engineering, and management. Everyone sees the same map, the same layer, the same insights. 

Ready for what's next 

Whether it’s digital twins, automated dredging, or AI-driven risk detection — you can’t scale what you haven’t structured. 

Benefits at a Glance 

Conclusion: AI Without Data Readiness Is Just Hype 

Digital transformation doesn’t start with buzzwords — it starts with building the groundwork. TrueOcean helps offshore organizations turn their raw sensor data into actionable knowledge and improve data management workflows. Only when your data is organized, accessible, and process-ready can AI live up to its promise. 

Get started today at North.io – your marine data, organized.