AI aquaculture protects fish ponds,
Accurate data drives harvest.
From AI image recognition to IoT integration, comprehensive monitoring improves survival rates and reduces risks.
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100x⬆️
Hundreds of times more efficient sampling reduces the burden of manpower
26%⬆️
Empirical evidence of AI baiting strategy improving production
67%⬆️
Small investment, big gains, increased profits
AI Farming Technology Team
Xiwan Smart Technology specializes in AIoT (Agile Internet of Things) and is committed to promoting the intelligent upgrade of the breeding industry.
The company possesses four core technologies: patented underwater observation equipment providing clear AI-powered analysis images, a large-scale IoT system connecting hundreds of devices for stable transmission, aquaculture-specific AI technology for precise identification of shrimp behavior and growth, and biostatistical analysis methods for optimizing feeding strategies and management decisions. These technologies address the pain points of traditional aquaculture, which relies heavily on human labor, and build a data-driven smart aquaculture ecosystem, creating stable, efficient, and sustainable value for the industry.
We combine AI algorithm experts, fishery consultants, and IoT engineers to deeply cultivate Taiwan's aquaculture sector and provide fishermen with smart aquaculture solutions that are most tailored to their needs.
Introduction to core technologies
Aquaculture Agentic AI
Sai Wan Smart Technology has developed Aquaculture Agentic AI, combining large language models (LLM), search-augmented generation (RAG), and multi-agent AI to create an intelligent decision-making engine specifically for white shrimp farming. The system integrates expert knowledge, water quality sensor data, and underwater AI image recognition to instantly analyze shrimp health and environmental changes, generating easy-to-understand management recommendations.
Functions include optimizing feeding strategies, alerting for health anomalies, predicting growth trends, and recommending harvest timing. These capabilities help farmers make data-driven decisions, reducing reliance on human experience and improving survival rates and yields. This technology is driving the aquaculture industry toward smarter, more precise, and more sustainable development, becoming a key driver of industry upgrading.

Patented underwater observation device
The underwater observation device, which serves as the core of smart aquaculture monitoring, is specially designed for aquaculture sites and breaks through the limitations of traditional monitoring.
It utilizes three core technologies: a clear water chamber design creates an independent, clear viewing window in turbid water environments, ensuring high-quality images; an open structure utilizes the principle of pressure differential balance to enhance equipment durability and stability; and optical band selection technology utilizes specialized illumination bands to capture high-contrast images without disrupting the shrimp's rota, perfectly suited for AI analysis. This effectively reduces the burden of manual inspections and enables 24/7 real-time monitoring, allowing farmers to detect anomalies early and optimize management strategies, promoting the scientific and data-driven development of smart aquaculture.

AI real-time image recognition
The AI real-time image recognition system transforms traditional manual observation into scientific data analysis. Using an underwater camera, it automatically selects individual shrimp, instantly identifying their number, length distribution, cluster density, and activity status. It also generates a "feeding activity index" to assess shrimp health and feeding response. The system instantly transmits this data to the management platform, providing clear statistical charts to aid in accurate decision-making. Compared to traditional net sampling, this significantly improves data representativeness and reduces labor costs and the risk of shrimp injury. Long-term data accumulation creates a comprehensive growth curve, supporting cost-benefit assessment and harvest planning, enabling the transformation of smart aquaculture from "experience-based management" to "data-driven decision-making."

AIoT smart farming technology ecosystem
Xiwan Smart Technology has built a complete AIoT smart aquaculture ecosystem, integrating multi-module technologies such as underwater observation, sensing equipment, edge AI recognition, network transmission, and cloud analytics to create a deployable, scalable, and upgradeable intelligent management platform. Focused on solving on-site quantitative challenges, it converts key shrimp behaviors such as feeding, activity, and density into digital aquaculture metrics in real time. Its highly modular and edge computing-based design effectively reduces deployment and maintenance costs while ensuring data security and stability. By reshaping aquaculture processes through technology, it is driving this high-risk traditional industry toward a stable, transparent, and sustainable intelligent future, creating new value through digital transformation.

Smart production analysis system
Driven by data for precise management, Xiwan Smart Technology utilizes an AIoT platform and underwater observation technology to fully digitize the aquaculture process, providing scientific field management solutions. Core analytical capabilities include: tracking shrimp growth throughout the season, analyzing size-graded ratios to support harvest and shipment planning, weekly size distribution analysis to review population growth, shrimp presence frequency analysis to assess activity and health risks, and season-long feeding analysis to quantify feed utilization efficiency. Integrating feeding records provides in-depth analysis of management effectiveness, helping optimize feeding strategies and harvest timing decisions. By replacing empirical reliance with data-driven decision-making, Xiwan Smart Technology establishes an objective and transparent basis for decision-making, creating greater stability and sustainable value for the aquaculture industry.

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FAQ
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How long is the payback period (ROI)?
Based on the benefits of optimized baiting, the investment will be recovered in one year and profits can be increased by more than 50%. Subscriptions for continued use are only required for a small amount.
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Are there any restricted species that can be imported?
Underwater observation equipment is suitable for a variety of bottom-observable organisms. Because the AI training data is currently focused on shrimp, the smart service currently provides shrimp analysis, primarily focusing on white shrimp and grass shrimp. We sincerely welcome collaborations with various species and fields to expand AI observation capabilities. We look forward to hearing from you!
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Ownership and privacy issues of AI training data?
The data belongs to the customer. The Company may use the de-identified farm data for technology optimization and marketing purposes without involving the leakage of farm information.
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Is your core value software or hardware?
Our core value lies in the development and integration of software and hardware. Our software focuses on the technologies required for underwater intelligent observation and analysis, enabling aquaculture operators to observe and monitor the status of underwater organisms over extended periods of time. Our hardware is optimized for the needs of underwater intelligent observation, capable of operating in turbid water and providing high-quality, information-rich observation images.
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