The three leading global manufacturers of satellite buoys, Marine Instruments, Satlink and Zunibal, have signed a joint declaration of intent for sustainable echosounder buoy stewardship.
This agreement represents an unprecedented step in the sector and a major shift towards more responsible and collaborative dFAD management in tropical tuna fisheries.
The declaration was formally signed on 18th March 2026, following its introduction at the Pacific Community (SPC) Drifting Fish Aggregating Device Workshop in Papeete, a forum bringing together governments, scientific institutions and fishing industry representatives to shape the future of responsible dFAD management. The three companies presented the joint approach during the Technology Providers’ Contribution to Responsible Buoy Use and Management session. It establishes a shared framework to strengthen cooperation, enhance accountability and traceability, reduce environmental impact, and support more data-based dFAD management.

Patricia Ordóñez, Director of Science and Sustainability at Zunibal described the declaration as a shift towards closer coordination among providers around shared stewardship priorities.
‘Innovation drives our competition, but sustainability demands our unity,’ she said. ‘We are proving that market leadership implies a shared responsibility. This declaration aligns our efforts to help ensure that the technology driving today’s catch also helps safeguard tomorrow’s fishery.’
‘Responsible fisheries require innovation, collaboration and long-term commitment. This declaration shows that the leading buoy manufacturers can work together on key challenges such as traceability, recovery and circularity, contributing to responsible dFAD management and the long-term sustainability of tuna fisheries,’ said Jorge Pérez-Bouzada, Sustainable Fishing Director at Marine Instruments.
The collaboration establishes a shared framework built around three action areas. The first area is prevention (supporting recovery initiatives) and aligning systems to strengthen industry-led initiatives such as FAD Watch, facilitating the early detection and prevention of stranding events. The second is recovery and circularity – harmonising best practices from existing projects Blue Recovery (Marine Instruments), ReCon (Satlink), and SEARCLE (Zunibal) to improve buoy end-of-life management and explore shared collection hubs in strategic ports. The third focuses on data as operational support, exploring mechanisms to responsibly share non-sensitive information, enhancing the understanding of dFAD behavior and supporting science-driven management by relevant institutions.
‘This agreement is unique in our industry,’ commented Kathryn Gavira O’Neill, head of Satlink’s science and sustainability department.
‘For the first time, the three leading manufacturers of echosounder buoys have come together to take dFAD management a step further. Beyond providing technologies that enable more efficient and sustainable fishing operations, we are joining efforts to support the long-term future of the tuna industry.’
Alongside the declaration, Marine Instruments, Satlink, and Zunibal have co-authored the technical publication Smart Buoys and Sustainable Tuna Fisheries.
This document serves as a resource to highlight how satellite buoys act as essential tools in support of the fishing industry’s objectives. It emphasises how technological innovation provides the fleet with enhanced data to further improve operational efficiency and reinforces the sector’s ongoing commitment to food security and the responsible management of marine resources.
Together, the declaration and the technical publication reflect a shared commitment to move from isolated initiatives towards more coordinated action. By aligning practices around accountability, traceability, recovery, circularity and continuous improvement, Marine Instruments, Satlink and Zunibal aim to support more effective dFAD management, contribute to a more responsible blue economy, and help safeguard the long-term health of the marine ecosystem.




















