Both DataBio and SUSTUNTECH draw on Echebastar's role as an active fishing fleet operator providing real operational context and data from open-water tuna fishing.
ECHEBASTAR FLEET SOCIEDAD LIMITADA
Basque tuna fishing fleet operator validating satellite data and machine learning tools for sustainable, lower-emission fisheries management.
Their core work
Echebastar is a commercial tuna fishing company based in Bermeo, a historic fishing port in the Basque Country, Spain, operating fishing fleets in international waters. In EU research projects they serve as an operational industry partner, contributing real-world fleet data, logistical constraints, and fishing practice expertise that technology developers cannot replicate in a lab. Their project participation shows a deliberate effort to integrate advanced digital tools — satellite earth observation, machine learning, big data — into day-to-day fleet management to cut fuel consumption and reduce emissions. They function as the end-user anchor in research consortia: the entity that validates whether a technology actually works at sea.
What they specialise in
SUSTUNTECH (2020-2024) centers on fuel consumption reduction, emission control, and sustainable tuna fishery management using earth observation technologies.
DataBio (2017-2019) engaged Echebastar as a fishery use-case provider within a pan-European data-driven bioeconomy platform alongside agriculture and forestry sectors.
SUSTUNTECH applies Copernicus satellite products, machine learning, big data, and optimization heuristics to real tuna fleet operations, with Echebastar as the industry validation partner.
How they've shifted over time
In their first H2020 project (DataBio, 2017-2019), Echebastar contributed fishery sector data to a broad bioeconomy platform shared with agriculture and forestry — a general, cross-sector digital data role. By 2020, their focus sharpened dramatically: SUSTUNTECH targets specifically fuel consumption, emission reduction, and sustainable tuna fisheries using Copernicus satellite data, machine learning, and operational optimization heuristics. The shift is from passive data contributor in a wide platform to active operational partner in a precision sustainability application built around their core business.
Echebastar is moving toward satellite-guided, data-driven fleet management with explicit sustainability and emission targets — a direction that will intensify as EU fisheries regulations tighten under the Green Deal.
How they like to work
Echebastar has participated in both projects as a non-leading partner, consistent with an industry end-user that contributes operational reality rather than research capacity. Both projects were large Innovation Actions — their 58 unique partners and 18 countries from just two projects reflects the scale of the consortia they joined, not a broad independent network they built themselves. For a future consortium, they bring the fishing industry's voice and real fleet operations as a validation asset, not project management or technical leadership.
Echebastar has connected with 58 unique partners across 18 countries from only two projects, a reflection of the large-scale Innovation Actions they joined rather than an independently developed network. Their contacts are likely concentrated in maritime technology, earth observation, and fisheries research communities.
What sets them apart
Echebastar is uncommon in H2020 as an actual commercial fishing fleet operator — not a fisheries research institute, not a public authority, but a company whose livelihood depends on catching fish profitably and sustainably. For consortia developing maritime sustainability tools, satellite monitoring applications, or fisheries data platforms, they offer what no academic partner can: a real fishing fleet, real operational constraints, and real motivation to make the technology work. Their Basque Country base also connects them to one of Europe's most technically advanced fishing industries.
Highlights from their portfolio
- SUSTUNTECHThe most technically ambitious engagement, combining Copernicus earth observation, machine learning, and big data to address fuel consumption and emissions in live tuna fleet operations — directly tied to Echebastar's core commercial activity.
- DataBioTheir first H2020 participation, contributing fishery data to a pan-European bioeconomy platform and establishing Echebastar as an early adopter of digital data integration in the fishing industry.