The global seafood industry currently navigates a dual reality: industrial high-volume harvesting versus localized, sustainable production models. Data from the Food and Agriculture Organization of the United Nations (FAO) highlights that worldwide fisheries output reached a milestone of 235 million tonnes in 2024, propelled heavily by the rapid expansion of Asian aquaculture, where farmed aquatic animals surged by 70 million tonnes.

Historically, marine extraction has intersected with heavy global food demands, illegal and destructive practices, pollution, habitat degradation, risks to local populations, endangered marine species, alongside complex socioeconomic and geopolitical friction. To combat these pressures, roughly 10% of global oceans currently hold protected status as nations strive toward the ambitious 30x30 target to safeguard 30 percent of terrestrial and marine habitats by the end of the decade.

Industry specialists maintain that Marine Protected Areas (MPAs) and properly managed habitats actively restore ocean life by reversing biodiversity depletion while uplifting local economies, food security, and climate resilience. Nevertheless, widespread adoption faces hurdles like public unawareness, localized obstacles, and outdated commercial blueprints, even as heavyweight nations like the United States and Mexico pivot toward greener horizons.

Cutting-edge technology stands ready to unlock the true potential of sustainable marine management.

Protected Environments, Sustainable Fisheries and Technology

“A big misconception is that marine protected areas, or MPAs, are inherently bad for fishing,” states Cleo Haynal, Senior Vice President of Partnerships and Growth Operations at Havoc, a specialized provider of AI-driven autonomous systems operating across maritime, aerial, and land domains.

Havoc is currently collaborating with the South Carolina Department of Natural Resources (SCDNR) within the Broad River estuary, leveraging advanced tech to track a rebounding, genetically distinct cobia population. The firm notes that this model could eventually guide fisheries regulators in monitoring a diverse array of species far beyond cobia.

“MPAs create healthy marine environments, which support the resources that fishermen, businesses, and coastal communities depend on,” Haynal points out. Safeguarding vulnerable spawning grounds, for instance, helps guarantee viable fish stocks for upcoming generations.

“Conservation and productive fisheries can reinforce each other when decisions reflect how an ecosystem functions,” Haynal adds.

According to Haynal, marine managers must comprehend migration pathways, reproductive cycles, and critical life-stage habitats. Enhanced data drives targeted preservation and eco-friendly fishing while educating communities on how management policies safeguard their livelihoods.

On October 23 in the United States, NOAA officially unveiled the America First Seafood Strategy. Stemming directly from President Trump’s Executive Order on Restoring American Seafood Competitiveness, this synchronized federal blueprint seeks to boost domestic seafood yields, modernize vital infrastructure, open up stronger market avenues for national harvesters and processors, and guarantee equitable competition domestically and abroad.

This initiative builds squarely upon NOAA's science-driven foundation by aligning federal policies, research, and existing mandates to enhance sustainable harvesting avenues. Furthermore, it mandates a 180-day review of current marine national monuments to deliver recommendations on any sites eligible to reopen for commercial fishing.

“NOAA’s America First Seafood Strategy reflects that connection by pairing increased domestic seafood production with sustainable management,” Haynal explains, underscoring the reliance on premier scientific data to dictate catch quotas and fishing access.

“Our perspective is that technology can help strengthen the information available for those decisions,” Haynal asserts.

South of the border, the Mexican government's official National Fisheries and Aquaculture 2026-2030 Plan similarly prioritizes sustainable maritime stewardship. The framework details synchronized measures alongside environmental and fisheries regulators to preserve and restore ecological balances while rigorously policing fishing and aquaculture operations.

Constanza Gómez Mont, founder of C Minds—an action-tank advancing responsible tech policies for socio-environmental impact across Latin America with offices in Mexico and Spain—notes that grounded in science and community leadership, marine preservation serves as an engine for ecological rebirth, economic opportunity, and long-term prosperity.

In Mexico’s Cabo Pulmo, fish biomass skyrocketed by 463% following conservation enforcement, bolstering a thriving marine tourism market, Gómez Mont highlights. Similarly, assessments in Revillagigedo showed no measurable drop in industrial fishing yields following the designation of its protected marine sanctuary.

“When effectively designed and governed, marine protected areas can help replenish fish populations, strengthen climate resilience, and create new opportunities for sustainable livelihoods,” Gómez Mont states.

Sustainable Fisheries and Technology in South Carolina’s Broad River Estuary

Within South Carolina, Havoc’s partnership with SCDNR in the Broad River estuary deploys innovative tech to pinpoint where a genetically unique cobia stock returns annually to breed.

“Understanding daily and seasonal movements could help inform efforts to rebuild that population,” Haynal notes. The sheer scale and complexity of the estuary offer an ideal proving ground to determine if mobile receivers bridge gaps in legacy monitoring systems.

Havoc’s initial engineering phase validated the sensing apparatus by calibrating receiver placement, adjusting operational depths, and testing acoustic reliability. The crew utilized a range tag borrowed from SCDNR’s shark research unit alongside strategically positioned markers to verify operational efficiency prior to testing live cobia. “This gives the team a way to assess receiver performance using known tags before relying on encounters with live fish across the broader estuary,” Haynal shares.

Traditional manned patrols prove costly and impractical when covering massive estuaries, bays, gulfs, and open oceans.

Havoc’s hardware is engineered to assist regulatory bodies in overseeing sprawling aquatic zones by mounting acoustic receivers onto autonomous vessels. “The opportunity makes monitoring more scalable and flexible, allowing researchers to evaluate a sensing platform that complements the tagging programs they already use,” Haynal emphasizes.

Unmanned craft eliminate the need for onboard crews, while solar power extends mission durations and cuts down on port returns. A single operator can oversee multiple units concurrently, enabling researchers to dynamically shift monitoring zones without hauling and repositioning stationary receivers. “For agencies with limited staff and boat time, these capabilities could extend field seasons and expand coverage,” Haynal says.

Havoc’s Rampage platform functions as a mobile acoustic receiver network, or "fish gate." Onboard receivers pick up acoustic pings from tagged marine life as animals traverse the area.

“The project tests whether this approach can improve detection and tracking where researchers have struggled to relocate tagged animals,” Haynal details. The ships carry the receivers, while the fish carry the acoustic tags—a fundamental shift that brings mobility directly to the data-collection side of the operation.

AI-Powered Sustainable Fisheries and Technology in the Gulf of California and Baja California, Mexico

Across the Gulf of California and the Baja California peninsula, C Minds—in partnership with scientific allies including the Center for Marine Biodiversity and Conservation, Noroeste Sustentable, and Scripps Institution of Oceanography—is deploying its AI platform, Vital Oceans, backed by the Inter-American Development Bank (IDB) Lab.

“Small-scale fishers, Indigenous Peoples, and local communities hold generations of ecological knowledge but often lack access to the technical resources, institutional influence, and financing needed to shape conservation decisions,” Gómez Mont observes.

While coastal groups maintain a clear vision for protecting their waters, converting those goals into legally recognized proposals demands months of specialized technical labor, fragmented scientific data access, legal expertise, and financial resources well beyond their grasp.

C Minds’ Vital Oceans is an AI-powered initiative engineered to render community-led marine conservation accessible, scalable, and effective. The platform assists grassroots groups and their allies in drafting science-backed petitions for marine sanctuaries and other effective area-based conservation measures (OECMs).

Beginning with a designated marine zone, the system aggregates ecological, fisheries, socioeconomic, and regulatory metrics to streamline technical conservation studies.

“The platform brings together multiple layers of scientific and territorial intelligence, including satellite observations from NASA, NOAA, and Europe’s Copernicus programme; biodiversity information from global scientific repositories; fisheries activity; coastal ecosystems; and socioeconomic data,” Gómez Mont explains.

“Artificial intelligence helps organize and synthesize this information into initial technical proposals for marine protected areas and other effective area-based conservation measures (OECMs),” she adds.

“Scientific traceability is central to the platform’s design,” Gómez Mont stresses. The methodology prioritizes verifiable sources, transparent references, and human validation, ensuring artificial intelligence serves as an evidence-gathering tool rather than an unquestioned authority.

“But technology alone is not enough,” Gómez Mont warns. “Communities must remain active producers, interpreters, and stewards of knowledge, not merely recipients of externally generated recommendations.”

The underlying paradigm shift extends beyond merely accelerating conservation or cutting costs; it centers on democratizing access to the intelligence and networks that steer global ocean policies.

“Perhaps the most powerful application of AI in conservation is not what it can predict, but whose knowledge, agency, and capacity to act it can empower,” Gómez Mont reflects.

Beyond Vital Oceans, C Minds also incubates regional initiatives across Latin America and the Caribbean, including PescaData (developed by COBI), Natura500—which allows fishers to log catches, income, and expenses while retaining absolute data ownership—and Shellcatch, which merges electronic monitoring and traceability to elevate seafood supply chain transparency, empower responsible fisheries, and connect producers with buyers.

“Together, these innovations illustrate the potential of a more connected ocean innovation ecosystem: one where communities can better understand and document their marine territories, strengthen conservation governance, manage sustainable fisheries, access markets, and mobilize financing for the people safeguarding ocean ecosystems,” Gómez Mont concludes.

The Road Ahead for Sustainable Fisheries and Technologies

In South Carolina, Havoc’s Haynal notes that localized enthusiasm has been strongest among field scientists, highlighting that SCDNR researchers remained fully engaged throughout the four-day trial and expressed eager interest in expanding testing and monitoring applications.