Open-field and perennial production
Fields, blocks, parcels, rows, seasonal work, crop observations, treatments, harvest, and multi-season history.
Gros.farm sector solutions
One production platform. Different ways of growing.
The operating unit changes from a greenhouse block to an orchard row, a mushroom room, or a vertical-farm tier. Gros.farm keeps the same connected foundation while adapting the production context to each sector.
Farm registryCultivation plansTasks and teamMonitoringLocal automation contextAnalyticsGFAi
Choose your production system
Start with the structure your team already knows
Each solution below uses the new Gros.farm product foundation, but the language, operating units, crop stages, work, and result follow the actual sector.
Protected cultivation
Greenhouse farms
Connect crop stages, climate targets, irrigation, crop work, observations, and harvest results by greenhouse block.
- Greenhouse blocks and crop batches
- Stage-specific crop plans
- Climate and irrigation context
Open-field production
Open-field vegetables
Coordinate fields, crop plans, weather-sensitive work, crop protection records, harvest waves, and field results.
- Fields, blocks, and beds
- Crop-specific seasonal plans
- Weather-aware daily work
Perennial crops
Orchards and vineyards
Keep blocks, rows, varieties, phenology, scouting, crop protection, irrigation work, yield, and quality in one perennial history.
- Blocks and rows
- Phenology by variety
- Scouting and crop protection
Field, tunnel, greenhouse, or indoor
Berry farms
Manage berry varieties, crop cycles, harvest waves, quality, tasks, and observations across different production formats.
- Varieties and planting lots
- Field, tunnel, and protected systems
- Repeated harvest waves
Propagation and planting material
Plant nurseries
Track plant lots, provenance, locations, transplants, recurring care, grading, losses, and readiness for sale or transfer.
- Plant lots and provenance
- Movements and transplants
- Actual counts and losses
Cut flowers and ornamentals
Floriculture
Coordinate flower batches to a target market date with crop stages, climate context, work, cutting, grade, and actual output.
- Variety and production batch
- Target readiness date
- Stage-based work and climate context
Controlled grow rooms
Mushroom farms
Connect grow rooms, compost or substrate lots, biological phases, climate context, shift work, flushes, yield, and quality.
- Grow rooms and turns
- Compost or substrate lots
- Biological phases and climate context
Controlled-environment production
Vertical and indoor farms
Manage rooms, lines, racks, tiers, crop batches, recipes, light, nutrient context, shift work, output, and quality.
- Lines, racks, and tiers
- Crop batches and stage recipes
- Light, climate, pH, and EC context
Crop is only part of the answer
Production format changes the operating model
Strawberries in open field, tunnels, substrate gutters, and indoor racks share a crop name but not the same facility structure, climate context, work sequence, or useful metrics.
Greenhouses and tunnels
Crop stages connected to climate and irrigation context, recurring work, observations, quality, and output.
Enclosed controlled environments
Rooms, lines, racks, tiers, batches, phase recipes, local automation, shift work, and repeatable turns.
Propagation and planting material
Lot provenance, movement, actual counts, growing-on stages, grading, and readiness for transfer or sale.
The shared Gros.farm foundation
Not eight disconnected applications
Every sector uses the same connected flow from the farm structure to the actual production result. What changes is the production context inside that flow.
- 01
Registry
Models the physical farm and connects current crops, lots, and cycles to each production area.
- 02
Technology
Keeps stages, target ranges, recipes, instructions, and checkpoints in an adaptable cultivation plan.
- 03
Work
Turns the plan and one-off needs into dated, assigned tasks with production context.
- 04
Actuals
Collects observations, manual values, connected data, production events, and completed work.
- 05
Analytics
Compares plan and actuals across meaningful facilities, crops, varieties, lots, and cycles.
- 06
AI support
Works with the connected context to find gaps and formulate hypotheses for specialists to verify.
Connected production context
One place for the farm, plan, work, facts, and result
Start with manual records if needed. Add sensors, weather sources, integrations, or local automation only where they support a defined workflow and compatible engineering setup.
Take the product tour →
Where the platform is strongest
Intensive production with repeatable crop technology
- several active crops, lots, rooms, blocks, or production areas;
- stage-specific targets, recurring operations, and regular observations;
- a team that needs one shared production record;
- a reason to compare plan and actual results across cycles.
Not the primary focus
Broad-acre commodity production with little crop-level operational detail
Gros.farm is centered on intensive crop production where stages, regular work, observations, and the growing environment materially affect daily management.
No big-bang implementation required
Start with one active production contour
- 01
Choose one production unit
A greenhouse block, field plot, orchard block, grow room, line, or nursery area.
- 02
Add the active crop or lot
Record its variety, current stage, cultivation plan, and the next recurring work.
- 03
Complete one useful cycle
Keep actual observations and results, then decide what to scale or integrate next.
Choosing a sector solution
When the farm does not fit one card
What if one organization operates several production sectors?
You do not need to choose one card. A berry site, greenhouse block, nursery, and vertical-farm line can remain separate production contours inside one organization, with shared people and management visibility.
How are the sector solutions different?
The platform foundation is shared, but the operating units, stages, recurring work, observations, and useful metrics follow each sector. An orchard uses blocks and phenology; a mushroom farm uses rooms and biological phases; a vertical farm uses racks, tiers, batches, and stage recipes.
Do we need sensors and automation from day one?
No. Start with the registry, cultivation plans, tasks, and manual observations. Add sensors or integrations when a specific workflow needs them and compatibility has been assessed.
Does Gros.farm replace SCADA, PLCs, or local controllers?
No. Local systems remain responsible for physical operation, safety, and autonomous control. Gros.farm adds cultivation plans, production context, tasks, data history, analytics, and supported configuration exchange.
Is Gros.farm a universal agronomy recipe or a replacement for a specialist?
No. Cultivation-plan templates require professional adaptation. Gros.farm and GFAi organize context and support investigation; specialists remain responsible for agronomic and engineering decisions.
Do not see an exact match?
Show us how your production is structured
We will map the facilities, crops, cycles, people, and engineering boundaries first—then decide which Gros.farm workflow fits.