Complex → house → block → zone
Represent the physical layout at the level your team can maintain and compare.
Gros.farm for greenhouse production
Manage the crop above the control layer
Keep greenhouse blocks, crop batches, cultivation plans, daily work, climate context, and cycle results in one production system. Local controllers keep equipment running; Gros.farm helps the team understand what the crop needs and what happened.
01
Greenhouse blocks and crop batches
02
Stage-specific crop plans
03
Climate and irrigation context
04
Yield and quality by cycle
One production context
See the greenhouse as the crop team sees it
A climate computer reports equipment states. Production management must also connect those states to the greenhouse block, cultivar, crop stage, scheduled work, observations, and result.
Cultivar, density, dates, and area
Keep each active batch tied to its place and current growing cycle.
Targets change with development
Root establishment, vegetative growth, fruiting, and harvest do not share one operating context.
Plan and actuals stay connected
Review output, grade, observations, and completed work together.
Farm registry
Model the operation before you measure it
Keep facilities, production areas, active crops or lots, and growing cycles in one structure. The registry gives tasks, observations, metrics, and analytics a shared place and production context.
Explore the farm registry
Crop development over time
Run each greenhouse cycle by stage
Adapt the cultivation plan to the crop, cultivar, facility, and equipment. The stage gives the team the current targets, operations, instructions, and checkpoints.
- 01
Prepare
Set up the block, substrate, crop plan, and responsible team.
- 02
Plant
Record the batch, cultivar, plant count, density, and dates.
- 03
Establish
Track rooting, uniformity, and the first target ranges.
- 04
Develop
Coordinate training, pruning, nutrition, and plant observations.
- 05
Produce
Follow crop load, fruit development, quality, and expected output.
- 06
Harvest
Record actual yield and grade against the cycle plan.
Cultivation plans
The farm’s production standard—adapted to the real site
A cultivation plan can hold stages, target ranges, recurring work, recipes, photoperiod, and other production parameters. Templates are starting points, not universal recommendations: review every plan for the crop, facility, equipment, and production objective.
Explore digital crop plansCrop work with context
Turn the cultivation plan into work people can execute
Routine operations can start from the cultivation plan; one-off work can be added when the team observes a problem. Every task remains connected to the block and cycle.
Observe the block, not an isolated number
Bring plant observations, photos, manual values, and available climate data into the cycle history.
Connect observation, decision, and application
Keep the location, crop context, treatment details, assignee, and completion status together.
Give each person a clear place and instruction
Assign work by date, priority, block, crop, and responsible team member.
Focus attention on open and overdue work
A missed status is a signal to check with the team, not automatic proof the work was skipped.
Work stays connected to production
Tasks carry the facility, growing cycle, cultivation-plan stage, date, priority, instruction, and assignee—not just a title and deadline.
Explore tasks and team →Monitoring and crop observations
Keep the biological event beside the operating data
Add manual observations, key dates, photos, comments, and available automatic or calculated values to the active growing cycle. A shorter, consistently updated monitoring set is more useful than a large table the team cannot maintain.
Production analytics
Explain the result through the crop cycle
Compare cycles only at a meaningful grain: greenhouse block, crop, cultivar, and stage. A chart can support investigation, but it does not establish agronomic causation by itself.
Planned vs. actual yield
Review harvest volume for the same block and cycle.
Yield per production area
Use consistent area definitions and comparable cycles.
Grade and marketable share
Keep quality categories alongside total output.
Clear control boundary
Production management above reliable local automation
Gros.farm does not replace PLCs, controllers, SCADA, or local safety scenarios. The local layer remains responsible for physical operation and safe autonomous control.
Operate and protect equipment
Pumps, valves, ventilation, lighting, dosing, interlocks, and emergency scenarios.
Connect the crop plan and result
Stages, targets, schedules, tasks, data history, analytics, and supported configuration exchange.
Fit the production model
Built for real greenhouse structures
Use the same platform for vegetable crops, berries under protection, propagation, or mixed greenhouse sites—without forcing every production line into one universal recipe.
Tomato, cucumber, and pepper
Blocks, crop load, recurring operations, multiple harvests, and grade.
Leafy greens and herbs
Fast batches, sowing and transplant dates, uniformity, and harvest readiness.
Seedlings and young plants
Lots, trays, development stages, hardening, and readiness for transfer.
GFAi with farm context
Ask questions about your greenhouse history
GFAi can help compare connected farm data, find gaps, and formulate hypotheses for a specialist to verify. It does not replace the grower, agronomist, or controls engineer.
It does not replace the grower, agronomist, technologist, or controls engineer responsible for the decision.
Questions to investigate
- Which blocks stayed outside their stage targets most often?
- What changed between a strong crop cycle and a weaker comparable cycle?
- Which observations or work records are missing before we compare yield?
Start with one working production contour
Prove the daily workflow before scaling the farm
You do not need to digitize every site, crop, and integration at once. Start with one active cycle that the team can keep current.
- 01
Add one greenhouse block
Recreate its useful structure down to the zone or row your team actually works with.
- 02
Adapt one cultivation plan
Add the current stages, key targets, and regular operations.
- 03
Run the active cycle
Assign the next work, record observations, and compare the first plan-versus-actual result.
Related production systems
Explore another sector
Field, tunnel, greenhouse, or indoorBerry farms
Manage berry varieties, crop cycles, harvest waves, quality, tasks, and observations across different production formats.
Cut flowers and ornamentalsFloriculture
Coordinate flower batches to a target market date with crop stages, climate context, work, cutting, grade, and actual output.
Propagation and planting materialPlant nurseries
Track plant lots, provenance, locations, transplants, recurring care, grading, losses, and readiness for sale or transfer.
Controlled-environment productionVertical and indoor farms
Manage rooms, lines, racks, tiers, crop batches, recipes, light, nutrient context, shift work, output, and quality.
Questions before setup
What to know about this sector solution
Does Gros.farm replace a greenhouse climate computer or SCADA?
No. Local controllers, PLCs, and SCADA remain responsible for physical control, safety, and autonomous operation. Gros.farm adds cultivation plans, production context, tasks, data history, and analytics on top of that layer.
Can we start without sensors or an automation integration?
Yes. Start with the farm registry, an adapted cultivation plan, tasks, and manual observations. Add sensor data or integrations when the use case and engineering compatibility are clear.
Can one account cover several greenhouse sites?
Yes. Sites, houses, blocks, and zones can be represented inside one organization, with access and responsibilities assigned to the relevant people.
Does the platform provide a universal greenhouse recipe?
No. Templates are starting points. Targets and operations must be reviewed for the crop, cultivar, facility, equipment, climate, and production objective.
Protected cultivation
Build one connected production history
Connect crop stages, climate targets, irrigation, crop work, observations, and harvest results by greenhouse block.