Bring equipment, climate control and operational data together in one automation system, designed around your livestock or crop production needs.
Designed and manufactured by
NanoPLC
The right conditions
for every process
Explore your sector to see which processes we can bring together in a single system.
Climate, feeding and farm equipment working under one control system.
Ventilation, temperature, humidity and ammonia monitoring, plus control of pumps, drives and manure removal equipment.
Integration with herd records and milking equipment is scoped for each project.
Manage housing conditions by barn section, animal group and age.
Control ventilation, heating and feed lines, schedule manure removal by section, and monitor operating conditions and events.
Group recordkeeping capabilities are defined around your farm’s requirements.
Coordinate ventilation, lighting, feeding and drinking systems throughout the poultry house.
Monitor temperature, humidity, ammonia and CO₂, and control lighting cycles and drives.
Video-based counting, behaviour analysis and veterinary system integration are areas for future development.
Coordinate heating, roof vents, screens and irrigation within each climate zone.
Monitor temperature, humidity and CO₂, and control heating, ventilation, irrigation and supplemental lighting.
Control loops and equipment compatibility are assessed during the site survey.
Match irrigation to each plot’s needs while tracking water use and pump operation.
Pump stations, drip and sprinkler irrigation, moisture and flow sensors, and weather data integration.
Zone irrigation schedules are tailored to crops, soils and existing infrastructure.
Set climate conditions for each growing room and each stage of the crop cycle.
Coordinate ventilation and humidification as growing stages change, with historical data for each room and batch.
Control recipe libraries and video analytics are being considered for future development.
Control growing conditions in phytotrons and climate chambers, with records for each experiment.
Independent temperature, humidity, CO₂ and lighting settings, with environmental records by experiment and seed batch.
Required accuracy and repeatability are specified in the technical requirements.
Bring water quality, aeration and pumps into one monitoring and control system.
Monitor dissolved oxygen, temperature, water level and flow using sensors suited to the environment, with fault alerts.
Emergency backup and feeding systems are designed for the specific site.
Keep track of hive conditions between visits to the apiary.
Weight, temperature and humidity sensors, with a measurement log for each hive.
Connectivity and off-grid power options are selected after assessing distances, network coverage and installation conditions.
Bring formulation, dosing and production line drives under coordinated control.
Weigh ingredients, control mixing and pelleting, and monitor equipment status.
Batch traceability and integration with production management systems are defined by your process requirements.
Monitor storage conditions and equipment by section, chamber and production line.
Monitor temperature and humidity, control ventilation and cooling, and keep an event history.
Integration with weighing, laboratory and production records is scoped for each site.
All sectors share one platform. Equipment, available functions and implementation stages are defined after we discuss your site and requirements.
We configure control cabinets for your site across all sectors. Explore control cabinets ↗
One connected system,
built around your needs
AGROPROCESSOR / EQUIPMENT
Agroprocessor connects actuators, control logic and operational data using NanoPLC programmable controllers.
Coordinate pumps, fans, drives, heating and irrigation through shared control routines.
Control cabinets ↗Track parameters, events and alerts. Historical data helps you investigate what caused a deviation.
AI for pattern detection, forecasting and recommendations: we define the analytical goals and data requirements together with your team.
Monitor conditions and receive alerts when an event needs a team member’s attention.
Align ventilation, heating and irrigation settings so every system supports the same production goal.
Use measurements and event history from your own site to understand process changes and make informed decisions.
You do not need to automate everything at once. Together, we will identify a useful first step and plan for expansion.
Your sector, scale, existing equipment and the first problem you want to solve.
We review infrastructure and requirements, define the scope and stages, and establish the basis for a cost estimate.
We agree on functions, costs and acceptance criteria, then plan implementation around your day-to-day operation.
Agroprocessor builds sector-specific solutions on existing NanoPLC equipment and engineering expertise.
Before signing a contract, we confirm which functions, integrations and analytics are available for your project.
We start with an inventory of your sensors, drives and controllers, including their interfaces and wiring diagrams.
After checking compatibility, we recommend what can be reused and what needs to be added.
Cost depends on the number of monitoring points, equipment, communications, control routines and integrations.
For an initial discussion, tell us your sector, the scale of your operation and what you want to achieve.
A detailed scope and estimate follow the technical site survey.
First, we identify a specific objective and the data available.
AI depends on measurement quality and historical data. Business and government system integrations depend on available interfaces and access permissions.
These capabilities are agreed separately within the project scope.
Tell us what you want to monitor or automate. We will start with your process and work out the next step.
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