In light of the ongoing infestations of lionfish in the western Atlantic, RSE deployed its newest robot in 2019: the Guardian LF1, Mark 4 underwater culling robot. Sporting a Visual Recognition System along with sensors, the ROV is operated by fishermen and tourists who maneuver, track and capture lionfish. Capable of operating in deep, rough seas, the ROV can go to depths as low as 700 feet, a mere 100 feet above the lionfishes’ lowest habitat range and well within their critical action and breeding depths of 150-500 feet. Once lionfish are captured, stunning panels send a voltage which temporarily stuns the lionfish until later released to fishermen to sell to consumers. The Guardian’s Optical Flow Visual Algorithm software is ever-evolving through machine learning, which is developed through a mix of ROV and crowdsourced footage of the lionfish in their invaded and natural habitats. In the future, RSE developers hope to improve stability and obstacle avoidance to eventually allow the Guardian robot to become fully autonomous, providing a heightened level of surveillance to remediate affected ocean habitats. While a more efficient option than other methods of invasive species eradication, the use of stunning panels is still considered by some to be ethically objectionable.
RSE Unveils Lionfish Guardian LF1, Mark 4 Robot with Visual Recognition System for AI Aided Precision Fishing at Amazon re:MARS. (2019, June 04). Retrieved from https://www.prnewswire.com/news-releases/rse-unveils-lionfish-guardian-lf1-mark-4-robot-with-visual-recognition-system-for-ai-aided-precision-fishing-at-amazon-remars-300861321.html
Categories
Artificial Intelligence, Biodiversity, Ecological Monitoring, Industry/Natural Commodities, Internet of Things, Lifestyle, Monitoring, Visual Technologies
Air Pollution Robot
The dangers of air pollution to human health are well documented, though the traditional methodology of collecting and reporting on sample lags behind the need to keep abreast and regulate air pollution in a meaningful amount of time. The use of drones and robots have been identified by researchers as resources that can be tweaked […]
Artificial Life, Biodiversity, Climate Change, Ecological Monitoring, Industry/Natural Commodities, Lifestyle, Monitoring
Telematic Rivers
Erica Kermani’s artwork seeks to answer a central question: if rivers were seeing an equal, living entity, would humans take issues like climate change threatening them more seriously? In his year-long art exhibition in 2017, Kermani, in collaboration with Diana Salcedo & Jeana Chesnik, created a new forum of interaction between humans and rivers to […]
Climate Change, Ecological Monitoring, Lifestyle, Monitoring, Pollution, Visual Technologies
Co-occupied Boundaries
Art is easily found in nature but rarely is what considered art today inherently natural. The concept of co-occupied mediums that serve to be both functional for nature and aesthetically pleasing to people is being actively explored by Asya Ilgun and Phil Ayres, from the CITAstudio at The Royal Danish Academy of Fine Arts. In […]
Climate Change, Ecological Monitoring, Lifestyle, Monitoring, Pollution, Visual Technologies