Precision Aquaculture Market Size, Share, Growth, Trends, and Global Industry Analysis: By System Type (Monitoring & Control Systems, Smart Feeding Systems, Underwater Rov Systems and Others), By Application (Monitoring, Control & Surveillance, Feeding Management and Others) By Offering (Hardware, Software and Services) and Region Forecast 2020-2031

Precision aquaculture market size was valued at US$ 762.9 million in 2024 and is expected to reach US$ 1,794.7 million by 2031, growing at a significant CAGR of 13.0% from 2025-2031. Precision aquaculture aims to change the commercial aquaculture system by making it a knowledge-based production system. This system involves different software and hardware elements interrelated with each other. This technique is widely used in the fish production hence augmenting the ability of farmer to monitor, control and analyze the biological processes of fish farming. Using precision aquaculture has a number of advantages such as providing reliable decision support and improving accuracy. Sensors of this system such as biological, acoustic and optical sensors are broadly utilized for obtaining insights into the farm environment and consequently improve the fish health and obtain great returns.

Using precision aquaculture has several advantages such as in facilitating independent and constant monitoring, reliable decision support, faring operating repeatability and augmenting accuracy. In addition, use of precision aquaculture system enhances the staff safety by reducing the reliance on physical operations. It is forecasted that aquaculture is estimated to supply almost 62% of fish till 2030 for human consumption. Consequently there is an increasing demand for aquaculture in the global market. It also creates a number of crucial growth opportunities for the key players of the market.

Key Developments

• In Mar 2019, Innovasea Systems acquired Nortek Akvakultur of Norway. Innovasea and Nortek Akvakultur will combine their technology to allow current Nortek Akvakultur installations to incorporate Realtime Aquaculture underwater wireless environmental sensors.