Far-Sea Intelligent Aquaculture Wellboat and Net Pen Leasing RaaS Model

📌 Background

In 2026, breakthroughs in deep-sea intelligent net pen aquaculture technology and policy-backed financial support accelerated the deployment of marine pastures, leading to a surge in industry demand for efficient and traceable aquaculture solutions. This track features a fragmented supply coupled with definite demand. Barriers stem from standard setting and network density, leaving latecomers with little room for direct replication and forcing them to seek niche spaces in segmented scenarios and service depth. Revenue figures are subject to corporate financial reports or official statements; self-reported merchant data is not independently verified.

👤 Target Customers

Seafood aquaculture enterprises, seafood processors, and fishery investment institutions, with the payers being aquaculture enterprises and their upstream supply chains. Contracts are mostly signed based on net pen water volume and lease term, with renewals upon expiration. The landing of initial orders and renewal rates determine the true scale (signed scale unverified).

💰 Revenue Streams

1) Leasing fees for wellboats and intelligent net pens: billed quarterly or by usage duration, with the single-pen amount determined by the lease term and vessel type; 2) Subscription services for the marine data hosting platform: providing environmental monitoring and aquaculture model analysis, charged on a platform subscription cycle basis; 3) Yield-sharing model: extracting a certain percentage of profit from aquaculture output, with revenue jointly determined by the percentage and output; 4) Industry solution licensing: packaging verified aquaculture solutions and on-site operation training, charged to peer clients on a per-project basis (an opportunistic item with no verifiable revenue scale at present).

🧮 Cost Structure

Intelligent net pen R&D and manufacturing costs, wellboat retrofitting and maintenance expenses, offshore operations personnel and technical support, and data center and algorithm R&D expenses. Among these, the construction and retrofitting of net pens and wellboats, as well as the personnel expenses of offshore operations teams, are relatively rigid, while the most fluctuating costs are aquaculture consumables procurement and cross-sea logistics fulfillment, which are diluted as stocking scale and cultured water volume expand.

🛡️ Moat

Proprietary deep-sea seabed-seated intelligent net pen patent technology, a comprehensive marine environmental big data platform, and cooperative channels with local governments and insurance companies, constituting a data accumulation-type barrier.

🔑 Keys to Success

• Technology patents and continuous iteration
• Accurate prediction models of the marine data platform
• Policy finance and insurance innovation combination

⚠️ Risks

• Equipment damage caused by severe offshore weather
• Regulatory policy changes leading to increased compliance costs
• High sensitivity of the yield-sharing model to output fluctuations

🏢 Cases

• The world's first 'fish-farming aircraft carrier' achieves continuous live fish supply throughout the year (Toutiao)
• Xianhe Environmental Protection's intelligent net pen integrated smart monitoring system enhances deep-sea aquaculture efficiency (Smart Manufacturing Network)

📊 SWOT Analysis