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ITRI develops AI-powered precision fish feeding software

ITRI develops AI-powered precision fish feeding software

2026-07-08

Raising fish in aquaculture isn’t as simple as just feeding them. Giving too much feed doesn’t just incur waste—it also pollutes the ponds. Luckily, the Industrial Technology Research Institute, or ITRI has a solution. With input from farmers, ITRI has developed an AI-powered precision feeding software that feeds the fish just enough, for bigger and better yields while saving on production costs. Let’s check it out.

Pingtung’s Fangliao Township is the country’s grouper kingdom. Farmers all wish that their prized dragon-tiger groupers will grow as quickly as possible. It used to be hard to tell whether the fish is well-fed, but not anymore, thanks to a new AI software.

Chen Jhih-ren
ITRI Smart Sensing & Systems Technology Center
With smart sensing, we can determine whether the fish has eaten enough. Our feeding mechanism, which is automated and AI-powered, can feed the fish just enough.

Chiang Kun-lung
Fish farm owner
In the past, I’d had to check on the fish every now and then. I also needed people on every shift, all that stuff. Now, all I have to do is check my phone and take a look at the data.

The farm can be monitored in real-time with a smartphone, thanks to an AI-powered precision fish-feeding software developed by the Industrial Technology Research Institute, or ITRI.

Chen Jhih-ren
ITRI Smart Sensing & Systems Technology Center
Fish feed roughly accounts for at least 50% of the cost of fish farming. Our smart feeding software prevents feed waste. We’re mentoring farmers of five main economic fish breeds.

Chiang Kun-lung
Fish farm owner
It allows higher density of fish and lowers our costs, which shows the importance of precise data for us.

ITRI has trained and developed an AI software with input from fish farmers, allowing them to save on feed consumption and labor costs, while increasing yield of better quality. It has been tested in several fish farms so far, benefitting farmers and showcasing the success of precision aquaculture.

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#aquaculture #fishfarms #grouper #seafood #fish

水產養殖業新利器! AI精準投餵技術 判讀魚群進食量

2026-07-08

養魚不是撒撒飼料那麼簡單,投餵過量不僅浪費飼料,還會汙染水池。工研院將AI人工智慧導入水產養殖業,開發出AI精準投餵技術,機器不只定時撒料,還能判讀魚群的進食量,視情況自動停止餵食,讓養殖管理更輕省、更高效。

屏東枋寮是養殖石斑的重要產地,漁民希望高經濟價值的龍虎斑都能快快長大,但怎麼知道魚兒有沒有吃飽飽,現在有AI技術能幫你辨識。

[[工研院智慧感測與系統科技中心副組長 陳志仁]]
“智慧感測的方式來判斷魚牠有沒有吃飽,透過我們這個投餵機的這個控制,自動化、智慧化的控制,可以讓我們的魚吃到剛剛好飽”

[[養殖場負責人 蔣坤龍]]
“以前多多少少都要去看一看,每天還要派人值班啦,有的沒有的,現在大概手機一打開的話,看一下數據就好了”

透過用手機就能遠端及時掌握,靠著就是工研院開發的AI精準投餵技術。透過水下感測器結合水面視覺感測器,分析魚群的進食活力,自動決定是否繼續投餵。

[[工研院智慧感測與系統科技中心副組長 陳志仁]]
“在飼料成本大概佔養殖的這個成本,大概佔五成以上,那我們這樣子一個智慧化養殖,就是可以避免飼料的一個過度浪費,五個主要的經濟魚種,我們都有做這樣子的一個業者的輔導”

[[養殖場負責人 蔣坤龍]]
“養殖的密度更高一點,然後我們的費用減少一點,所以說我們還是要一些比較精準的數據”

工研院把漁民經驗轉化成AI技術,有效節省飼料用量、減少人力時間,提升漁獲量與品質。目前已經在不少漁場陸續進行測試,成功協助漁民化解養殖挑戰,也打造了智慧養殖的成功示範。

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