Japan – Fujitsu and BCN Port Innovation Foundation utilize ocean digital twin innovation to drive the regrowth of the Port of Barcelona

Fujitsu and BCN Port Innovation Foundation utilize ocean digital twin innovation to drive the regrowth of the Port of Barcelona

The task is based upon using undersea drones integrated with expert system and advanced analytics, efficient in recording high-resolution representations of the seabed. Utilizing this non-destructive picking up method, the digital twin will make it possible to envision and measure biodiversity, compute biomass based upon plants cover, and price quote blue carbon( 2) connected with marine algae.

This job lays the structures for the BCN Port Innovation Foundation to have actually a combined digital platform that centralizes all details on port biodiversity and allows its long-lasting tracking.

With this effort, Fujitsu enhances its dedication to establishing exclusive innovation with social and ecological effect, lined up with environment neutrality objectives and the security of marine communities, and combines its function as an innovation partner in sustainable development tasks in Spain.

Fujitsu and the BCN Port Innovation Foundation strategy to perform the evidence of idea in the Port of Barcelona throughout 2026.

A brand-new technique to determining and safeguarding marine biodiversity

Worldwide marine communities deal with a serious crisis due to international warming and ocean contamination. The EU is speeding up marine ecological preservation and repair efforts, significantly with the 2024 adoption of the Nature Restoration Law, which mandates marine environment healing.

By incorporating AI-enabled undersea information record with sophisticated analytics, the Ocean Digital Twin changes how marine environments are determined, comprehended, and made use of. Self-governing surface area and undersea automobiles follow enhanced study paths with real-time stabilization control, making it possible for constant and repeatable seabed information acquisition and creating top quality information ideal for AI processing.

Artificial intelligence designs transform this information into quantitative ecological intelligence, approximating greenery protection, examining environment degree, and computing blue carbon absorption. The innovation likewise offers accurate spatial information on seabed conditions, environment circulation, and species types, producing a strong empirical structure for the style and assessment of preservation, repair, and regrowth tasks.

In addition, the system makes it possible for constant tracking of several plant types, making it possible to evaluate environment advancement gradually and expect prospective effects arising from both environment modification and port activity.

Figure: Ocean Digital Twin

Ecological simulation and data-driven decision-making

The platform established by Fujitsu makes it possible for the simulation of”what if”situations, assisting pre-verification of ecological steps before they are executed to focus on financial investments based upon their genuine effect. Thanks to the development of a high-fidelity digital design, port authorities can recognize top priority locations for security, in addition to zones appropriate for ecological repair or rehab.

This simulation ability makes the digital twin a crucial tool for stabilizing port activity with the conservation of the natural surroundings, assisting in the style of more sustainable facilities and operations. Following an effective PoC, Fujitsu and BCN Port Innovation Foundation can team up to include regrowth and conservation simulation circumstances to the job.

Blue economy, openness and social engagement

Beyond ecological preservation, the task might open brand-new chances within the blue economy, helping with the prospective advancement of marine research study efforts, ecological education and clinical outreach activities.

The visual and immersive nature of the digital twin improves openness and awareness, assisting to bring understanding of the marine environment better to stakeholders and cultivating higher understanding of the value of securing seaside communities.

Ángeles Delgado, president of Fujitsu Spain and Portugal, explains: “This job shows how innovation can end up being a real ally of sustainability. The ocean digital twin permits us to change complicated information from the marine environment into actionable details to safeguard biodiversity, promote blue carbon efforts, and make evidence-based choices.”

(1) Blue economy:
Accomplishing financial development, task development, and ecological conservation all at once while sustainably using marine resources.
(2) Blue carbon:
Carbon recorded by seaside and marine communities through photosynthesis and consequently saved in seabeds and deep seas.

About Fujitsu

Fujitsu’s function is to make the world more sustainable by developing rely on society through development. As the digital change partner of option for clients around the world, our 113,000 workers work to solve a few of the best difficulties dealing with humankind. Our variety of services and services make use of 5 essential innovations: AI, Computing, Networks, Data & & Security, and Converging Technologies, which we combine to provide sustainability improvement. Fujitsu Limited (TSE:6702) reported combined profits of 3.6 trillion yen (US$ 23 billion) for the ended March 31, 2025 and stays the leading digital services business in Japan by market share. Discover more: global.fujitsu

About BCN Port Innovation

BCN Port Innovation is a public-private partnership effort in between the Port of Barcelona and the business environment focused on promoting and verifying ingenious services in locations such as the logistics and port procedures, movement, and the energy shift, with a cross-cutting concentrate on digitalization and sustainability. More info: https://bcnportinnovation.org/en/

Press Contacts

Fujitsu Limited
Public and Investor Relations Division
Questions

BCN Port Innovation
Mar Fernández
e-mail: m.fernandez@bcnportinnovation.org