Variety, source, quantity, and place
Know which material is growing in each house, bench, bed, or row.
Gros.farm for commercial floriculture
Grow each flower batch toward its target market date
Connect variety, source material, location, crop stage, planned readiness, daily work, observations, cutting, and quality. Gros.farm helps the team manage the production batch—not just the greenhouse room.
01
Variety and production batch
02
Target readiness date
03
Stage-based work and climate context
04
Cutting and quality
A batch with a deadline
Keep crop development tied to the market window
For many flower crops, being early or late changes the commercial result. The production record must connect the target date with the crop stage, actual conditions, work, and readiness.
Stages, targets, and planned readiness
Adapt the cultivation plan to the variety, facility, and market window.
Tasks, observations, and actual conditions
Keep daily execution connected to the active production batch.
Cut date, output, and grade
Review timing and quality before planning the next batch.
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
Production stages
Follow the batch from planting to cutting
Use stages that match the crop. A forced bulb crop, cut rose, potted plant, and young plant require different timing and operations.
- 01
Plant
Record variety, lot, location, quantity, and the planned production route.
- 02
Establish
Track rooting, uniformity, and early losses.
- 03
Develop
Coordinate climate context, nutrition, crop work, and observations.
- 04
Initiate
Follow floral development and timing against the target window.
- 05
Assess readiness
Record bud stage, quality, and the forecast cut date.
- 06
Cut and grade
Capture actual date, quantity, quality, and batch conclusions.
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 plansWork by batch and row
Give the team the crop context behind every operation
Uniformity checks, training, pinching, spacing, crop protection, cutting, and grading should remain connected to the exact batch.
Check uniformity and development
Record the stage, issue, photo, and affected location.
Assign the row and clear instruction
Keep date, priority, assignee, and batch context with the operation.
Update the cut forecast from actual development
Keep the estimate visible without presenting it as a guarantee.
Record the result at cutting
Separate total output, marketable grade, and rejected product.
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
Compare timing and quality across batches
Review the target and actual readiness date alongside stage progression, observations, work, and available environmental data.
Target vs. actual cut date
Compare batches of the same crop and production route.
Cut stems or finished plants
Keep quantity definitions consistent for the product.
Grade and marketable share
Use the farm’s own stable grading scheme.
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
Different flower products need different plans
Configure the stages, tasks, and quality fields for the actual production route.
Tulips and other date-driven crops
Bulb lot, rooting, forcing, readiness, cut date, and grade.
Rose, chrysanthemum, and others
Training, pinching, crop development, repeated cutting, and quality.
Lots by size and readiness
Potting, spacing, movement, development, and sale readiness.
GFAi with farm context
Review why a batch moved ahead of or behind plan
GFAi can help compare connected batch histories and identify missing evidence. A specialist remains responsible for changes to climate, crop work, or the cultivation plan.
It does not replace the grower, agronomist, technologist, or controls engineer responsible for the decision.
Questions to investigate
- Which batches missed the target readiness window most?
- What stage timing differed between two comparable tulip batches?
- Which observations are missing before we revise the next plan?
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 production area
Use a greenhouse, house, bench, bed, or row structure.
- 02
Create one active batch
Record variety, quantity, location, stage, and target readiness date.
- 03
Follow it to cutting
Assign the next work and record actual timing, output, and quality.
Related production systems
Explore another sector
Protected cultivationGreenhouse farms
Connect crop stages, climate targets, irrigation, crop work, observations, and harvest results by greenhouse block.
Propagation and planting materialPlant nurseries
Track plant lots, provenance, locations, transplants, recurring care, grading, losses, and readiness for sale or transfer.
Field, tunnel, greenhouse, or indoorBerry farms
Manage berry varieties, crop cycles, harvest waves, quality, tasks, and observations across different production formats.
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
Can Gros.farm help plan production for a target date?
The cultivation plan can hold stages, target timing, and recurring work, while the team records actual development. The system supports planning and comparison but does not guarantee a market-ready date.
Can different varieties use different cultivation plans?
Yes. Plans should be adapted to the crop, variety, source material, facility, and commercial objective rather than copied without review.
Can we track cutting and grading by batch?
Yes. Actual dates, quantities, and quality categories can remain connected to the active production batch and cycle.
Does Gros.farm replace greenhouse automation?
No. Local systems remain responsible for physical control and safety. Gros.farm provides production context, target ranges, work, data history, and analytics.
Cut flowers and ornamentals
Build one connected production history
Coordinate flower batches to a target market date with crop stages, climate context, work, cutting, grade, and actual output.