Crops, varieties, and cycles
Structure and production history stay tied to each crop, variety, and cycle.
Berry farm software
Manage berry production in one system
Gros.farm connects plots, greenhouses or racks, crops and varieties, growing protocols, team tasks, observations, and every harvest wave. One production logic for open field, protected growing, and indoor farms.
Monitoring
Manage berry production in one system
Open fieldGreenhouses and tunnelsVertical / indoor
Three growing formats
Berry farms differ. Their production context stays connected
Field strawberries, tunnel raspberries, and multi-level farms need different indicators. Gros.farm keeps one record foundation while adapting structure, protocols, and monitoring.
One sector logic
Berry farm software must connect protocols, people, and yield
Automation does not begin with disconnected sensors. The farm first needs one structure: where crops grow, under which protocol, what the team must do, which deviations appeared, and what was harvested.
Growing plans and tasks
Stages become work with a site, deadline, owner, instruction, and completion control.
Observations and treatments
Photos, comments, inspections, and operations remain in site history.
Yield and quality
Analyse plan and actual by site, variety, cycle, and harvest wave.
From site to outcome
One berry-farm management cycle
Data does not remain a separate report: each step uses the context of the previous one.
Describe the farm
Create fields, greenhouses, or indoor zones at the required depth.
Configure the protocol
Choose crop and variety; adapt the plan, stages, and indicators.
Organise work
Assign tasks, record observations, and see deviations.
Review the harvest
Compare harvest waves, quality, and plan versus actual with conditions and work.
Open-field berries
Fields, plots, and rows with weather-aware seasonal work
Field production depends on plot geography, crop and variety, weather windows, crop condition, and seasonal team discipline. External weather data connects to work, observations, and results.
Record unitField → plot → block or row
Structure follows the real farm layout, planting design, and ownership.
- Weather, rainfall, wind, and temperature beside seasonal tasks and events
- Mobile field work, including with unstable connectivity
- History of inspections, photos, treatments, irrigation, and operations
- Yield and quality plan versus actual by plot, variety, and harvest wave
Berries in greenhouses and tunnels
Sections, rows, and cycles with microclimate and substrate control
The same variety may behave differently in neighbouring blocks. Gros.farm compares stages with microclimate, observations, irrigation, and completed work without replacing local automation.
Record unitGreenhouse → block → section or row
Every cycle keeps its own protocol, indicators, events, tasks, and result.
- Indoor and outdoor climate, substrate moisture, and farm indicators
- Target ranges and actual values on one timeline
- Inspection, care, nutrition, irrigation, and sanitation tasks
- Sensor and local-control integrations when needed
Berries on vertical and indoor farms
Zones, racks, and levels for repeatable parallel cycles
Indoor farms need precise zones and regimes. Gros.farm connects batches and cycles with growing plans, tasks, lighting, and climate indicators.
Record unitFarm → zone → rack → level
Parallel cycles remain separate but are compared under common rules and indicators.
- Photoperiods, temperature, humidity, irrigation, and other regimes
- Planting-material batches, density, and repeatable cycles
- Shared task protocols with actual completion control
- Output, quality, and deviation comparison across zones and cycles
Farm registry
Berry production records start with the real farm structure
Describe fields, plots, blocks, rows, greenhouse sections, racks, levels, and zones. Every site keeps its crop, variety, planting design, area or plant count, owners, and cycle.
- Strawberries, raspberries, blueberries, blackberries, and other crops and varieties
- Open plots, tunnels, blocks, rows, racks, and levels
- Links from each site to plans, tasks, observations, and indicators
- Comparison of plots, varieties, cycles, and harvest waves
Registry
Berry production records start with the real farm structure
Working modules
The growing plan becomes the team’s daily work
The system connects the protocol to a site, deadline, owner, and actual data—from planting material to harvest.
Growing plans
Stages, targets, and operations for each crop and variety
Use a template or transfer your protocol. Stages, indicators, recurring work, and instructions remain a farm asset.
Growing plans
Stages, targets, and operations for each crop and variety
Tasks and staff
Site, deadline, and owner in every job
Inspections, care, treatments, irrigation, and harvest preparation do not disappear in chats. The team gets clear tasks and managers see completion.
Tasks and staff
Site, deadline, and owner in every job
Indicators and events
Actual conditions beside the protocol
Observations, weather, sensors, calculated indicators, and events appear on one timeline for the site and cycle.
Indicators and events
Actual conditions beside the protocol
Berry growing monitoring
Observations, conditions, and stages form a production journal
Configure weather for fields, microclimate and substrate for greenhouses, and lighting and climate regimes for indoor farms—without separate spreadsheets for each worker.
Monitoring
Observations, conditions, and stages form a production journal
Yield, quality, and harvest waves
Harvest records should explain the result, not only store total weight
Harvest tied to plot, variety, date, and growing history lets the farm compare plan and actual, quality, and cycle stability.
Yield by site
Compare expected and actual output by plot, variety, and cycle.
Separate harvest waves
Record dates and outcomes of successive picks to see seasonal dynamics.
Farm-specific indicators
Keep quality criteria and deviations in the context of site and variety.
Drivers beside the result
Review work, weather, microclimate, and observations before outcome changes.
Quick start
Start with one site, crop, and current cycle
Add the first site and crop, transfer existing spreadsheets, and start a few recurring tasks. Build the basic workflow yourself in one day.
- 01
Add a site
A field, greenhouse, or indoor farm with its familiar structure.
- 02
Add a crop
Specify variety, current cycle, and record fields, or import data.
- 03
Start work
Use a growing plan, assign tasks, and enable monitoring indicators.
Frequently asked questions
About berry farm software
What should berry farm software do?
It should connect site structure, crops and varieties, growing plans, tasks, observations, treatments, conditions, and yield in the context of each site and cycle.
Does Gros.farm suit both open field and greenhouses?
Yes. Fields use plots, rows, and weather; greenhouses use blocks, sections, cycles, microclimate, and substrate; indoor farms use zones, racks, levels, and regimes.
Which berry crops can we manage?
The system is not tied to one crop. Manage strawberries, raspberries, blueberries, blackberries, and others with your own varieties, plans, and indicators.
Can we start without sensors and complex automation?
Yes. Start with the registry, growing plans, tasks, manual observations, and external weather. Add sensors and automation later when needed.
Can we import Excel sheets and growing plans?
Yes. Use existing spreadsheets, farm structure, and plans as source material for one specialised workspace.
Does Gros.farm replace an agronomist or automation?
No. Gros.farm preserves context, tasks, data, and outcomes. Decisions stay with specialists, and equipment stays under local automation.
First working loop
Build your berry farm in the system the whole team uses
Start with the site structure, one crop, a growing plan, tasks, and observations. Expand gradually.