Room, racks, shelves, and zones
Connect the physical layout to the active turn and responsible people.
Gros.farm for mushroom production
Manage every grow-room turn from loading to the final flush
Keep the room, racks, compost or substrate lot, biological phase, climate targets, grower observations, shift work, harvest flushes, and output in one production history.
01
Grow rooms and turns
02
Compost or substrate lots
03
Biological phases and climate context
04
Yield by flush and turn
One room, many meanings
The same climate value means something different in each phase
A room during colonization is not the same production state as a room entering a harvest flush. Data only becomes useful when it stays connected to the biological phase and production turn.
Species, strain, compost, or blocks
Keep source lots and loading dates in the production record.
Phase, targets, watering, and work
Adapt the production plan to the farm’s species and operating method.
Flush output, quality, and conclusions
Compare turns without separating the result from the process.
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
The grow-room turn
Keep every biological phase visible
Button mushrooms on compost and oyster mushrooms on blocks do not share one process. Configure the stages, checkpoints, and work for the farm’s actual technology.
- 01
Load
Record the room, compost or blocks, lot, date, racks, and loading map.
- 02
Colonize
Track mycelium development, substrate temperature, and routine checks.
- 03
Case or initiate
Record casing or initiation work and the relevant observations.
- 04
Transition
Follow cooling, fresh air, CO₂ context, and phase criteria.
- 05
Pin
Track primordia development and preparation for the first flush.
- 06
Harvest flushes
Record picking by day, output, quality, and turn completion.
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 plansGrower and operator shifts
Turn the production plan into room-specific shift work
Watering, observations, room preparation, picking, sanitation, and equipment checks should reach the team with the exact room, phase, and instruction.
Work by room and biological phase
Give growers and operators the date, priority, place, and instruction.
Record the biological event, not only climate
Keep pinning, flush start, photos, comments, and available automatic values together.
Compare output by flush
Record actual weight and quality without losing the room and turn context.
Keep the full turn history
Use work, observations, conditions, and result to plan the next loading.
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 flushes and turns with the phase attached
Climate charts can support investigation only when room, biological phase, material lot, work, and observations are aligned.
Phase and flush dates
Compare turns with the same species and production method.
Yield by flush and turn
Review both the distribution and the total result.
Grade and marketable share
Keep the farm’s quality categories consistent.
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
Configure the system for the mushroom technology
Do not force compost rooms and substrate-block production into one universal template.
Room production on compost
Compost lot, casing, transition, pinning, flushes, and unloading.
Production on substrate blocks
Block lot, incubation, initiation, fruiting, harvest, and sanitation.
The farm’s own production route
Adapt stages, observations, climate context, and work to the actual process.
GFAi with farm context
Ask questions across connected room turns
GFAi can help compare suitable turns and find missing evidence. It does not replace the mushroom technologist or controls engineer.
It does not replace the grower, agronomist, technologist, or controls engineer responsible for the decision.
Questions to investigate
- Which turns stayed longest in the transition phase?
- How did flush distribution differ between comparable compost lots?
- What observations are missing before we compare a climate change?
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 grow room
Represent the racks, shelves, or block zones that matter to the team.
- 02
Create the active turn
Record species, strain, compost or block lot, loading date, and phase.
- 03
Run the next shift
Assign watering, inspections, picking, sanitation, or other immediate work.
Related production systems
Explore another sector
Controlled-environment productionVertical and indoor farms
Manage rooms, lines, racks, tiers, crop batches, recipes, light, nutrient context, shift work, output, and quality.
Protected cultivationGreenhouse farms
Connect crop stages, climate targets, irrigation, crop work, observations, and harvest results by greenhouse block.
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.
Questions before setup
What to know about this sector solution
Can Gros.farm support both compost rooms and substrate blocks?
Yes. Use different cultivation plans, stages, fields, and production structures for each technology rather than one universal template.
Can climate data be connected to a grow-room turn?
Yes, when a supported data source or integration is configured. Manual observations and production events can be used before automation is connected.
Does Gros.farm control grow-room equipment directly?
Gros.farm does not replace local PLCs, controllers, or safety logic. Any exchange of targets or data depends on an assessed integration; local automation remains responsible for physical operation.
Can we compare yield by flush?
Yes. Harvest results can be recorded by date and reviewed in the context of the room, turn, phase history, and other available production data.
Controlled grow rooms
Build one connected production history
Connect grow rooms, compost or substrate lots, biological phases, climate context, shift work, flushes, yield, and quality.