Global Innovation Summit 2026 — From European-funded R&D project to Real-World Marine Intelligence Product used globally
Basel brought together an international innovation community for the Global Innovation Summit 2026, organised within Eureka Network, the world’s largest network for collaborative innovation.
SeaCras’ CEO Mario Špadina, PhD, joined the Croatian delegation, supported by HAMAG-BICRO – Croatian Agency for SMEs, Innovations and Investments, which helps companies turn research, technology and business potential into market-ready growth.
For SeaCras, the event was also closely connected to a wider Eureka success story. Eureka Network currently features a project led by SeaCras as one of Croatia’s flagship examples of how international R&D cooperation can help move advanced technology from research into operational use.
The product’s development was funded through the Eurostars project Sar2dem, where SeaCras developed a next-generation, two-way detection system for fuel spills and leakages. By combining optical and SAR satellite data, the system leverages a wide range of sources, from medium-resolution Sentinel constellations to high-spatial-resolution commercial imagery.
This matters because marine pollution detection is becoming more than an environmental issue. For ports, maritime authorities, cruise destinations, coastal communities and blue economy stakeholders, it is also an operational, reputational and compliance challenge.
SeaCras’ work shows how satellite data, AI-powered analysis and marine science can be turned into practical coastal intelligence — helping stakeholders detect pollution earlier, understand what is happening at sea and respond with greater confidence.
We also acknowledge the role of and thank HAMAG-BICRO in supporting the successful management and completion of the project.
This year’s Global Innovation Summit focused on biotech and enabling technologies around it, including digitalisation, translational R&D, chemistry, manufacturing, control and quality processes. For companies working at the intersection of science, technology and real-world environmental challenges, gatherings like this matter because innovation rarely moves forward in isolation. It advances through international cooperation, shared expertise and the right networks around the table.
Recognition of SeaCras by Eureka Network
That same logic is reflected in SeaCras’ recent recognition by Eureka Network, which featured the company as a Croatian example of how collaborative R&D can turn advanced marine technology into operational coastal intelligence. The recognition highlights SeaCras’ Eurostars-supported work in detecting and tracking ocean fuel spills – a capability increasingly important for ports, maritime authorities, coastal destinations and industries that depend on cleaner, safer and more resilient waters.
For organisations operating across the blue economy, fuel spill detection is no longer only an environmental topic. It is also an operational, reputational and compliance challenge. Small leaks, thin surface films and sudden pollution events can be difficult to identify quickly, especially in complex coastal waters where traditional monitoring may struggle with resolution, coverage and response speed.
SeaCras addresses this gap by combining satellite imagery, AI-powered analysis and marine science expertise. Instead of treating Earth observation data as a distant technical layer, the company turns it into actionable coastal intelligence that helps stakeholders understand what is happening at sea and decide what to do next.
From European R&D Support to Operational Marine Pollution Monitoring
Through the Sar2dem project, funded by Eureka Network, SeaCras strengthened its ability to detect oil and fuel pollution in territorial and coastal waters using Sentinel-1 and Sentinel-2 data, supported by additional commercial satellite sources where higher spatial or temporal resolution is needed. This makes the approach relevant for ports, marinas, bays, shipping routes and nearshore areas where early warning can limit environmental and economic damage.
“Eurostars helped us not only by providing much-needed funding in the product development phase, but SeaCras also benefited from the network visibility and proof of excellence. Furthermore, SeaCras utilised the Horizon IP Scan service, which was included as the part of the package of services for grant awardees.”
Mario Špadina, founder and CEO at SeaCras
This support helped SeaCras strengthen not only the technology itself, but also the strategic foundation around it, from visibility and credibility to intellectual-property readiness. For partners and clients, that matters. It signals that SeaCras’ solutions are rooted in validated R&D, shaped by international collaboration and developed with a clear path toward practical deployment.
Today, SeaCras’ Coastal Intelligence helps stakeholders improve marine pollution monitoring, support response planning and build stronger evidence for sustainable marine management. For ports, cruise destinations, maritime transport operators, public authorities and coastal communities, the value is clear: earlier detection, better insight and more confidence when decisions must be made quickly.
Following the recent signing of the Memorandum of Understanding, SeaCras and Center of Excellence MARBLE met on May 12, 2026, to move the partnership from shared intent into concrete next steps. The meeting focused on practical opportunities for collaboration across maritime technologies, robotics, coastal monitoring, and sustainable blue economy initiatives.
From shared vision to joint R&D opportunities
The discussion opened several areas of mutual interest, including joint research and development, future pilot activities, and the use of advanced technologies to support safer, cleaner, and more resilient marine environments.
For SeaCras, the meeting represents an important step in connecting satellite-based marine intelligence with the wider maritime robotics technology developers and providers. SeaCras develops solutions for sea monitoring and coastal surveillance based on high-resolution satellite imagery and advanced data processing, with applications ranging from pollution detection to environmental reporting and smarter spatial planning at sea.
CoE MARBLE brings strong research and infrastructure capabilities to the partnership. The Centre of Excellence in Maritime Robotics and Technologies for Sustainable Blue Economy is focused on key areas such as maritime robotics and autonomous systems, green endurance, maritime IoT, and digital twins, with applications across maritime security, aquaculture, coastal tourism, smart marinas, and maritime transportation.
Building stronger maritime technology from Croatia
The MoU between SeaCras and CoE MARBLE establishes a framework for public-private partnerships as they are meant to be — transparent, agile and with sharing of knowledge and the technology, with the goal of public good.
This collaboration also reflects a wider shift in the blue economy: innovation is no longer limited to isolated research or individual technology platforms. Real progress happens when scientific expertise, operational needs, and market-ready solutions meet.
Want to explore how satellite-based marine intelligence could support your port, coastline, marina, or maritime operations? Contact the SeaCras team to discuss practical use cases and collaboration opportunities.
SeaCras CEO and Co-founder Mario Špadina took the stage at the Caribbean Tourism Organization’s Sustainable Tourism Conference 2026 — held April 27–30 in Ambergris Caye, Belize — bringing a message the industry needed to hear.
The conference, themed Tourism in Full Color, gathered tourism ministers, researchers, and innovators from across the Caribbean and beyond to tackle one of the sector’s most urgent challenges: integrating blue, green, orange, and beyond economies into a coherent, resilient development framework. Over 400 attendees. Dozens of destinations. One shared problem.
The Real Threat Isn’t What’s Coming — It’s What We Think We Already Know
Tourism boards and destination planners are making decisions today based on behavioural patterns, traveller profiles, and market assumptions that are 20 or 30 years old. The world has moved. The data hasn’t.
That disconnect is exactly what SeaCras is built to solve. Speaking on a panel alongside Maya Trotz from the University of South Florida, Ana Frias from Rome2Rio, and Daniel Galpin from ICF, Špadina outlined how intelligence technologies can strip out institutional bias — the kind that keeps organizations anchored to “what worked before” — and replace it with statistically confident, real-time analysis of how markets and travelers actually behave today.
The discussion centered on the yellow economy as the connective tissue between all other economic pillars: not a buzzword, but a practical framework for integrating human capital, creativity, and culture into sustainable planning. SeaCras sees data as the missing infrastructure layer that makes that integration possible.
For destinations across the Caribbean and beyond, the value proposition is concrete: better predictions, earlier warnings, smarter allocation of tourism investment — before threats become crises.
This is the type of applied intelligence SeaCras delivers — moving organizations from reactive management to proactive strategy, with the data to back every decision and provide top-level sustainability consultancy.
A thank you to the Caribbean Tourism Organization and the Belize Tourism Board for creating the space for these conversations. The work of building a more resilient, more connected global tourism ecosystem starts at tables like this one.
Why the Caribbean Is a Test Case for Sustainable Tourism Intelligence
That context matters because the Caribbean’s greatest tourism assets are also its biggest exposure points. Coastlines, reefs, marine ecosystems, cultural heritage, and small communities are what make the region globally desirable — but they are also directly tied to climate risk, disaster readiness, infrastructure pressure, and the ability to plan beyond the next season. The World Bank notes that tourism-dependent Caribbean economies are already facing climate-related vulnerabilities, high import and energy costs, and the wider economic impact of natural disasters.
Belize made that tension especially visible. As host destination, it brought a tourism story built around marine biodiversity, cultural heritage, protected landscapes, and sustainable tourism in practice. The STC programme did not treat these as separate topics. Field visits, ministerial roundtables, technical sessions, and discussions on blue and green finance all pointed to the same conclusion: tourism development now has to connect environmental protection, community value, investment decisions, and operational resilience in one model.
The same direction was reflected in the 2026 Caribbean Sustainable Tourism Awards, where CTO recognised initiatives focused on environmental stewardship, community empowerment, cultural preservation, and climate resilience. In other words, the region is not discussing sustainability as a branding exercise. It is building a practical agenda around the systems, partnerships, and intelligence needed to protect what tourism depends on.
That is where SeaCras’ perspective fits naturally into the CTO agenda. If destinations are expected to grow while protecting the ecosystems and communities that make them attractive in the first place, they need more than retrospective reporting. They need intelligence that can connect environmental signals, traveller behaviour, market demand, and operational risk early enough to support action.
For SeaCras, the Caribbean is not just another market conversation. It is a clear example of why sustainable tourism needs better data infrastructure: to help destinations see pressure points sooner, allocate resources smarter, and make resilience measurable before disruption turns into crisis.
Interested in how SeaCras can help your destination or organization get ahead of the curve? Get in touch.
