top of page
  • Writer's pictureGlazedGrouper

Fishing in the Age of AI

The evolution from traditional pen-and-paper methods to modern sensor-based technologies marks a significant shift in the world of fisheries. Surprisingly, only a small fraction of the vast array of global fisheries actively utilize advanced data streams and cutting-edge scientific methodologies. Astonishingly, a majority of fisheries lack even the basic monitoring of their catches.


The prevalent practice among those few engaged in data collection involves archaic paper forms. These forms necessitate manual transcription into spreadsheets, followed by laborious preparation for analysis. This outdated process not only consumes considerable time, often stretching into months, but also creates an environment ripe for errors and inaccuracies.

However, envision a future with fleets of "smart boats" armed with sophisticated technology that seamlessly transmits data via satellites and cellular networks. This innovation has the potential to revolutionize the fishing industry by providing an unparalleled level of real-time information about fisheries and the oceans.


The integration of sensors and satellite connectivity enables these "smart boats" to generate an unprecedented wealth of data. This real-time stream of information presents a paradigm shift, offering insights into fishing activities, catch rates, environmental factors, and more. By transcending traditional limitations, these technological advancements pave the way for informed decision-making and sustainable fishing practices.


The ability to transmit data in real time via satellites and cellular networks signifies a monumental leap forward. It empowers fisheries with the tools to monitor, analyze, and adapt swiftly, fostering a more efficient, transparent, and environmentally conscious approach to managing our oceans' resources.

Fishing in the Age of AI Chart Plotter

The convergence of technology and fisheries heralds a new era, one where data-driven insights lead to more sustainable and responsible practices. As we harness the power of sensors, satellites, and real-time data transmission, we're on the brink of unlocking a wealth of knowledge that can shape the future of our oceans and global fisheries.


Technology is becoming increasingly essential to driving results at the scale needed to make the oceans thrive. These are just a few promising bright spots: Potential for fisheries Real-world uses Sensors Monitor fishing activity in close to real time EDF's Smart Boat Initiative is testing new systems in the Pacific Northwest to cut monitoring costs. Artificial intelligence Identify and count fish in photos and videos Scientists in Alaska are testing machine learning to automate the monitoring process and cut costs. Networks Quickly send and receive a variety of fishing data Fisherman in Sweden can check their available quota online and trade with other fishermen. Fishing in the age of AI is here.


The pivotal role of technology in catalyzing positive outcomes for oceanic ecosystems has become increasingly apparent. Within this sphere, several promising advancements stand out, showcasing the potential to revolutionize the future of fisheries:


Sensors: The utilization of sensors presents a remarkable opportunity to monitor fishing activities almost in real time. Notably, the Environmental Defense Fund's (EDF) Smart Boat Initiative is spearheading trials of novel systems in the Pacific Northwest. These initiatives aim to streamline monitoring costs while enhancing the precision of fishing activity observation.


Artificial Intelligence (AI): AI emerges as a game-changer, enabling the identification and enumeration of fish through analysis of photos and videos. In Alaska, scientists are at the forefront, experimenting with machine learning applications. These endeavors are geared towards automating the monitoring process, effectively reducing operational costs and improving accuracy.


Networks: The power of networks plays a vital role in expediting the exchange of diverse fishing-related data. In Sweden, fishermen are experiencing firsthand the benefits of network connectivity. They can effortlessly access their available quotas online and engage in trade with other fishermen, streamlining the entire process and fostering efficient resource management.

The convergence of these technological innovations represents a beacon of hope for the future of fisheries. With sensors enabling real-time monitoring, AI revolutionizing fish identification, and networks streamlining data exchange, the potential for positive change in the management and sustainability of oceanic resources is undeniable.


By harnessing the capabilities of sensors, AI, and network connectivity, we inch closer to a future where efficient, data-driven practices not only enhance the health of our oceans but also support thriving and sustainable fisheries on a global scale.

Fishing in the Age of AI Navigation System

As technology continues its rapid evolution, an intriguing vision emerges—a future where fleets of intelligent vessels, armed with cutting-edge cameras, trackers, sensors, and an array of sophisticated data-gathering instruments, redefine the fishing landscape.

These smart boats are poised to become veritable hubs of advanced technology.


Onboard computers, leveraging the strides made in data analytics, are set to process and analyze an unprecedented volume of data right there on the vessel itself, revolutionizing the capabilities of at-sea data processing.

The integration of satellite and cellular modems marks a pivotal shift in data transmission. Seamlessly transmitting data products wirelessly in near real-time to scientists, managers, and seafood buyers shoreside, these modems enable instantaneous data sharing, facilitating informed decision-making at an unprecedented pace.

Moreover, the introduction of seamless communication channels that connect fishermen with their friends and family while navigating the seas is poised to enhance the overall quality of life. This enhancement not only promotes well-being among seafaring workers but also serves as a significant draw for a larger talent pool, enticing more individuals to consider a career in the fishing industry.

By ushering in the digital revolution within fisheries, the potential for empowerment is boundless. This technological paradigm shift equips fishermen and stakeholders with the tools to make informed decisions. These decisions, rooted in real-time data and analysis, have the potential to catalyze a domino effect—more fish thriving in the water, more abundant food supplies, and the cultivation of flourishing fishing communities that reap the benefits of a technologically empowered industry.

In essence, the fusion of technology with traditional fishing practices holds the promise of a future where innovation not only ensures sustainability but also heralds prosperity for both the oceans and the communities reliant on them.



4 views0 comments
bottom of page