CYOCEAN
TECHNOLOGY & ENGINEERING

Engineering, validated.
The ocean understood.

Combining hydrodynamic & structural simulation, underwater vision, intelligent control and operational data — turning unseen sea conditions and fish behavior into analytical, actionable engineering signals.

TECHNOLOGY STACK

From the physical world to digital decisions.

CYOCEAN's technology stack is not a collection of isolated algorithms — it's a four-layer capability chain spanning structural design, equipment control and daily operations.

01 / MODEL

Hydrodynamic & Structural Simulation

Engineering models for sea states, flow fields, structures and mooring — verifying loads, displacement and safety margins in advance.

View Simulation
02 / VISION

Underwater Vision & AI

Robust imaging in complex underwater environments. Deep-learning analysis of fish school state, providing ground-truth calibration for biomass estimation.

Discover Aquaspark™
03 / CONTROL

Equipment Control & Coordination

Unify equipment state, control strategy and workflow — letting feeding, circulation, transfer and operations coordinate reliably.

04 / DATA

Data Operations & Analytics

Combine environment, fish, equipment and operations into a single data model — forming traceable operational assets.

SIMULATION / MOORINGMooring structure & extreme sea-state response verification
SIMULATION BEFORE SEA

Before going to sea, let the system face real ocean conditions in simulation.

Use numerical models to understand the relationship between sea conditions and structures — exposing risks, comparing options and optimizing parameters at the design stage.

  • 01
    Site & Sea-State Survey
  • 02
    Mesh & Boundary Design, Define environmental boundary conditions
  • 03
    Structure, Mooring & Fatigue
  • 04
    Cage Design Optimization
  • 05
    Computational Analysis & Delivery

Cage Design Optimization

Enter Simulation Page
VALIDATION LOOP

Models, field data and operations continuously calibrate each other.

Engineering models guide design, on-site monitoring validates the models, and operational data further refines parameters — letting the system evolve with project experience.

01 / SIMULATE

Numerical Modeling

Define sea-state boundary and structural parameters.

02 / DEPLOY

Field Deployment

Install structure, sensing and control systems.

03 / VERIFY

Data Verification

Compare against real loads, displacement and state.

04 / IMPROVE

Continuous Optimization

Refine the model and optimize system strategies.

ENGINEER WITH EVIDENCE

Let every critical design decision be backed by models and data.

Share site sea-state, structural concept or existing system materials — we'll evaluate simulation, sensing and digitalization paths.

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