How to connect the water environment, fish groups, feed, biomass, health, catches, equipment and market plan.
Digitalisation must create a closed loop from water or fishing signal to worker action and a reliably traceable production batch.
The business area encompasses commercial fishing, cultivation of fish and other aquatic organisms, biological environment control, harvest or catch preparation and primary sales.
A change in oxygen, temperature or pollution can affect the entire production group in a short period of time.
Solutions often rely on samples and models that must be calibrated with actual yield.
A pump, aerator, net or cooling system failure can cause disproportionately high losses.
For the buyer and institutions, not only the batch is important, but also the location, method and conditions of catching or farming.
The EU aims for more sustainable and competitive aquaculture, supporting the sector's modernisation and digital transformation. In fisheries control, electronic vessel monitoring, logbooks and harmonised data are being strengthened, resulting in the increasing convergence of biological production and regulatory reporting systems.
Capacity, species, stocking or voyage, quotas, feed, employees and market demand are planned.
Water quality, cages or ponds, vessel, sensors, pumps, feeders and biosecurity are monitored.
Feeding, environment, biomass, health or vessel location, equipment and catch are recorded.
Alerts, samples, laboratories, treatment, disinfection, equipment and vessel works are managed.
Time, size grades, transport, cooling, documents, first sale and batches are planned.
Feed, growth, mortality, catch efficiency, energy, quality and margin are evaluated.
Water measurements, feeding, catches or health events are recorded in paper logbooks and separate spreadsheets.
Sensors, vessel monitoring or electronic logbooks are used, but biological, technical and commercial information remains in separate systems.
Core sites, groups, trips and operations are recorded digitally, but alerts, tasks, biomass and the sales plan do not yet form a single cycle.
At the selected aquaculture site or fishing process, environmental or voyage data, employee actions, equipment status, production and batch are connected in a single workflow, but coverage is not yet uniform across all operations.
The system forecasts water, biomass, feed, health and harvest or catch risks, and recommendations are evaluated against actual biological and economic outcomes.
Validated feeding, aeration, logistics or control processes are partially automated, maintaining human oversight, safety limits and a traceable decision history.
In fisheries and aquaculture, the greatest value lies in timing: an oxygen drop, equipment failure or disease symptom must be converted into action before a significant production loss occurs.
The first version should cover one farming object or fishing operation process and connect real-time signals, group or voyage profile, worker tasks, traceability and economic result.
