Collaborative technology development enhances the spatial and temporal density of oceanographic and fisheries data. Partnering with fishers and marine industries for instrument deployment expands data collection while creating valuable feedback loops to support sustainable practices and strengthen the blue economy. We have worked with universities worldwide to develop oceanographic tools designed for deployment on various commercial fishing gear. Using a user-centered design approach, we ensure our technology meets research objectives while integrating into commercial operations with minimal disruption.

Long-term deployments of optical systems for automated fish identification and population assessments offer a cost-effective solution for enhancing fisheries survey efforts and extending data continuity for stock assessments and fisheries research. We work to collaborate directly with universities and fisheries specialists to develop custom 180- to 360-degree enclosures designed for cinematic 4K imaging and AI-driven machine vision applications. These enclosures are engineered for integration with existing sensor arrays and analytical software or can be paired with a fully customized optical system developed by our team to meet the specific requirements of your data processing pipeline. Extended battery enclosures can also be added to extend deployment times and increase data collection intervals.

The conditions in a trawl nets are one of the toughest environments in fisheries. Trawl nets are often subject to impacts, tears, and rough on-deck abrasions, therefore, equipment installed on them needs to be extremely rugged. Our line of trawl monitoring systems are rugged enough to withstand impacts in the ocean and on the stern ramp.

Accurate length measurements in fisheries research require instrumentation capable of withstanding harsh marine environments. The Sexton Corporation develops the Itchthystick measurement board series and stereo vision systems, designed for robust field deployment. These systems integrate high-speed sensors and AI-driven analysis to enhance measurement accuracy and automate fisheries data collection workflows, improving efficiency and standardization in research applications.