Laboratory WOW Flowers

Flowers WOW Lab

Chrysanthemum, carnation, gerbera, lily and sunflower: cut flower for those who sell for impact. Firm stem, large flower, saturated color, even flowering, resistance to wind and rain and days in a vase, with the climate of your plot entering the calculation from the first day.

The “wow effect” here is a result that is measured against control plants, not a catalog promise. And on this page we also tell you, without embellishment, what we cannot promise.

102
real modules
ferments, infusions and teas with recipe, times and performance
8
phases with schedule
from hour 0 to hour 96, never all in one mix
21
motors in the chain
each one can approve, warn or block
6
objectives in this laboratory
from the actual catalog: stem, size, color, uniformity, wind and rain, vase
What is it

What is Flores WOW Lab and who is it for?

Flores WOW is Yolia's laboratory for cut flowers of five commercial species. When you choose it, the engine changes its priorities: it increases flowering, pigments, structural calcium, aroma and silicon, and keeps the defense soft so as not to waste energy where it is not needed.

What you receive is a process: diagnosis, phased strategy, a formula made with preparations that you make (ferments, infusions and teas with common ingredients), log with control plants, harvest window notice and recalibrations when the evidence justifies it. You do not receive a bottled product.

It's for you if...

You sell cut flowers and your argument is the stem, size, color or vase life.
Your field suffers from wind, rain or heat and you want a plan with evidence before applying anything.
You need the flowering to come out evenly to cut by sectors or by order.
You have lots of 150 to 2,000 plants or more and you want monitoring by sectors.
You can prepare ferments and infusions and keep a log with photos.

It's not for you if...

You are looking for a product ready to apply, without preparing anything: Yolia delivers a process, not a container.
Do you need a guarantee on color, size or vase days: we do not give it.
Your main problem is management (light, photoperiod, drainage, temperature, cold chain): the formula does not correct it.
You expect Yolia to measure the flower for you: it doesn't analyze photos for that.
You want to replace health management or a laboratory analysis.
Science explained easy

What happens inside a cut flower, and where Yolia can help

A cut flower is a plant that is grown so that all its effort ends up in a single organ: the flower. For this it needs energy (sugars from photosynthesis), well distributed minerals and a stem that supports the weight. When any of the three are missing, what hurts the most in the market appears: bending stems, small flowers, pale color or uneven flowering.

The stem is supported by firm cell walls. Calcium participates in this structure and plant-based silicon helps fabrics resist wind, weight and manipulation. That's why the engine rewards calcium and silicon together: they reinforce each other. Even so, the maximum length and thickness are determined by the variety and a lot by the management of light and temperature.

The color of a flower is produced by pigments that the plant makes with energy and minerals, and which degrade with excessive heat and radiation. Even flowering depends on all the plants in the lot receiving the same conditions: that is why Yolia works with sectors and control plants, not with an average that hides differences.

What has already been decided

The species and variety: base color, shape, maximum size and possible stem length.
The photoperiod and temperature that each species needs to flower on time.
The vase life that the genetics of the variety allows.
Whether the flower is sensitive to ethylene or not.

What Yolia can modulate

Support energy and minerals during button filling.
The firmness of stem tissues (calcium and silicon).
The recovery of the plant after wind, rain or heat.
The synchronicity between plants and sectors, with evidence against witnesses.
Color, through pigments and antioxidants of plant origin.
Objectives

The 6 objectives of Flores WOW Lab, one by one

Each objective is explained with four things: what it means, how the engine works, what should be noted in your log and where the honest limit is. A real case activates 1 to 4 targets at a time, not all: more targets is not better, because they compete for the same plant resources.

01

Firm stem for cut flower

What is it? A straight, thick, firm pole that supports the flower and withstands cutting, packaging and transport.

How we work it. Structural calcium and vegetable silicon, two functions that the engine rewards together (calcium 1.25, silicon 1.15). Example modules: T-22 (horsetail infusion, source of vegetable silicon) and XB-10 (bioavailable calcium by 72-hour maceration, designed for firm tissues).

What to write down in your log. Length and thickness of the cane when cut, bent or broken canes, and a side photo each week of the same control plants.

Honest limit. The maximum length is set by the variety and a lot by light and temperature: with little light or too much heat, no formula compensates for it.

02

Size and floral impact

What is it? Diameter of the flower, number of petals or florets and presence in the bouquet.

How we work it. Flowering, pollen and fruit set is the function with the most weight (1.45). Example modules: F-17 (turbo flowering with sprouts and amaranth: cytokinins, gibberellins, phosphorus and zinc) and XB-08 (turbo-flower). The motor controls that everything is not activated to the maximum at the same time.

What to write down in your log. Flower diameter measured with a ruler at the same cutting stage, compared against your witnesses.

Honest limit. Size and quantity of flowers compete for the same resources. Yolia doesn't promise you both to the fullest.

03

Intense and saturated color

What is it? More vivid and even color, with less discoloration due to radiation or heat.

How we work it. Pigments and antioxidants have a weight of 1.30 in this specialty. Modules with this profile: F-13 (beets, turmeric, sprouts and radish leaves: antioxidants and free amino acids) and F-02 (soluble sugars, antioxidants and protective biofilm).

What to write down in your log. Photos with the same light, background and distance each week, compared against the control without treatment.

Honest limit. The color of the variety does not change. Excessive heat and radiation wear it down more than any formula improves it: shade and ventilation weigh more. The Sandbox includes just one pale colored case with even stem.

04

Uniform and synchronized flowering

What is it? Let all the plants in the lot open in a short window, to cut evenly and fulfill orders.

How we work it. The motor works by sectors and witness plants. If a sector is ahead or behind, it is analyzed separately and the general basis is preserved. Example module: XB-14 (chamomile and basil: reduces floral stress and prevents flower drop).

What to write down in your log. Opening date by control plant and by sector; The difference between sectors is the data.

Honest limit. Synchrony depends on irrigation, light and photoperiod being equal throughout the lot. If a sector has another microclimate, the formula does not equal it.

05

Wind and rain resistance

What is it? May the plant withstand gusts, hits of rain and high humidity without losing flowers or firmness, and recover quickly.

How we work it. Silicon and calcium (structure), defense and recovery. Example modules: XD-29 (chamomile and rosemary: reduces thermal and water stress in flowering), XD-27 (alfalfa and chard: chlorophyll, iron and resistance compounds) and And, first of all, the 7-day weather alerts.

What to write down in your log. Fallen or damaged flowers after each event, firmness to the touch and time to regain vigor, in controls and in treated ones.

Honest limit. Yolia cannot physically protect the crop: mesh, windbreaks, covers and drainage are your management. If an alert is critical, the system retains the field application.

06

Vase life

What is it? Let the cut flower retain turgidity and color for more days in the vase.

How we work it. We work from the cultivation: tissue firmness, stable hydration and cutting at the correct stage with the harvest window. Below we explain in detail what depends on us and what does not.

What to write down in your log. Days until loss of turgor or petal fall, in flowers treated against controls, with the same water and temperature.

Honest limit. We do not promise an extra number of days. Vase water, cold, ethylene and handling weigh more than any formula.

Do you already know what objective you want to work on at Flores WOW?

How the engine decides

What does the engine prioritize when the case is Flores WOW

When you choose WOW Flowers, the engine uploads these functions before putting together your formula. These are the actual weights you use for cut flowers.

Function that the motor reinforcesPriorityWhat is it for, in simple language
Flowering, pollen and fruit set1.45It supports the formation of the flower, the quality of the pollen and the flower's development.
Pigments and antioxidants1.30Support for color and antioxidant defense of tissues.
Structural calcium1.25Firmer cell walls: stems, petals and fruits with better structure.
Flavor, aroma and metabolites1.20Aromatic and flavor quality: secondary compounds that the plant manufactures when it has energy and minerals.
Plant silicon1.15Structure and resistance of the fabric (for example, to wind and high humidity).
Preventive biological defense0.95Gentle and preventive support; It does not replace sanitary management.

The priority is a real relative weight of the motor: above 1.00 the function is strengthened, below 1.00 it remains soft. It is not a percentage of improvement nor a promise of results.

And the stage of your plant changes what is prioritized

Before mixing anything, the motor reads the stage you declare. That is why the same plant receives a different strategy when rooting than when flowering.

StageWhat pushes the engineWhat prevents or blocks
GerminationAbsorbent root and hairs, seed phosphorus and zinc, moderate starter nitrogenExcess nitrogen
Rooting/transplantingRoot (highest priority of this stage), phosphorus and zinc, biosignalsOverload with flower targets
VegetativeMagnesium and chlorophyll, mineral greens, controlled vegetative nitrogen, carbon-nitrogen balancePush flower or fruit ahead of time
FloweringFlowering, pollen and fruit set (highest priority), phosphorus and zinc, calcium, mild defenseVegetative and sprout nitrogen: it is blocked
FruitingPotassium from shells, Brix support, fattening, calciumVegetative and sprout nitrogen: it is blocked
MaturationFattening and firmness, Brix, flavor and aroma, control of excess nitrogenVegetative and sprout nitrogen: it is blocked
The five species

Chrysanthemum, carnation, gerbera, lily and sunflower: each one asks for another look

Yolia declares the species from the beginning of the case because each one is handled differently. What follows is what floriculture describes about each one; The engine uses your species to read the case, not to make up promises.

Chrysanthemum

Color and uniformity

Kind of branch and rod. Sold by matching shape and color; It is usually managed with photoperiod control, so synchrony depends a lot on your light management.

Carnation

Stem and ethylene

Long-stemmed flower and appreciated vase life. It is described as sensitive to ethylene, so the cold chain and post-harvest handling weigh heavily.

Gerbera

Neck and humidity

Large flower with a long stem and no leaves. It is common to monitor the firmness of the flower neck and high humidity in the greenhouse; It's kind of the Sandbox wind and rain case.

Lily

Button and cut

Large flower with several buds per stem. The cutting stage (closed button with color) and the health of the leaf usually decide the commercial value.

Sunflower

Stem and weight

Large diameter flower on a tall stem. The stem must support a heavy head: calcium, silicon and wind protection are the central themes.

Measure what you promise

How to check each objective in your own batch

Yolia does not analyze photos to measure your flower. You can measure, and those measurements enter your log as evidence. The important thing is to always compare against an untreated control plant.

stem

Ruler and side photo

Length and thickness of the cut rod, and bent or broken rods by sector.

Size

Rule in the same stadium

Flower diameter always measured at the same opening point.

Color

Photo with the same light

Same background, same time and same distance, week after week, against the witness.

Vase

Try side by side

Treated and control flowers in the same water and temperature; Count the days until you lose turgor.

Climate

How the weather enters Flores WOW Lab

In cut flowers, the climate weighs twice: during the cycle, because high heat and radiation wear down color and size, and at the time of the event, because a gust of wind or heavy rain can throw away weeks of work. Yolia confirms your location, reads the 7-day and historical forecast, and assesses your environment.

Condition detected by the motorActual thresholdWhat functions does it reinforce?
Extreme heat and drynessHigh of 32°C or higher with little water availableElectrolytes and cellular hydration, defense against drought, antioxidant pigments, radiation/PAR, root
Cold and risk of minimumMinimum of 8°C or lessAntioxidant anti-stress, fermentable carbohydrates, root, carbon-nitrogen balance
High humidity and poor drainageHumidity of 78% or more with poor drainageDefense against excess moisture, biological defense, silicon, root
Low oxygenation in the rootLow or very low root oxygenationRoot, defense against excess humidity, salinity control, silicon
poor landOrganic matter of 2% or lessHumic microbiology, mineral transport, root, protein and amino acids
High salinityWater conductivity of 1.4 mS/cm or moreSalinity control, safe water vehicle, mineral transportation
Interior with limited lightIndoor growing with 250 µmol/m²/s PAR light or lessMagnesium and chlorophyll, green minerals, carbon-nitrogen balance
Greenhouse with heat and humidityGreenhouse with humidity of 75% or moreDefense against excess moisture, silicon, radiation management
Outside with windOutdoors with wind of 25 km/h or moreWind and evaporation, silicon, structural calcium, defense against drought
High radiationPAR light of 900 µmol/m²/s or moreRadiation management, antioxidant pigments, electrolytes

These are the ten real contexts that the engine evaluates. If your case meets one, those functions go up in priority; If you meet several, they are combined. If you don't declare a piece of information, the engine flags it as missing instead of inventing it.

What weighs most in Flores WOW

Strong wind outdoors (25 km/h or more): adds silicon and calcium to support stem and flower.
Extreme heat with little water: reinforces cellular hydration and defense against drought.
Greenhouse with humidity of 75% or more: adds defense against excess humidity and silicon.
High radiation (900 or more): adds light management, pigments and electrolytes to protect color.
Alerts for heavy rain, storm or strong wind in the final section: they can trigger the emergency outage notice.

Real weather alerts (7-day forecast)

Thunderstorm or hail (depending on the forecast)
Risk of frost: temperature of 1.5 °C or less outside indoors
Intense heat in open fields: 35 °C or more
Possible greenhouse overheating (estimated 36°C or higher; must be verified with sensor)
Strong wind gusts: 50 km/h or more outside indoors
Heavy rain likely: 10 mm or more with a probability of 60% or more
Possible heating of the pot: 30 °C or more with high radiation
Risk of condensation indoors, based on your last saved measurement

What Yolia does with an alert. If there is an alert criticism, the system retains the field application. If it is high, requires a balanced review and lowers the boost mode to “balanced”. The forecast comes from Open-Meteo (7 days, hourly) and several years' climate history for your location; confirmed location on map is needed for this to work.

Harvest window and emergency cutting. Yolia calculates a theoretical optimal date based on the actual progress of your program and, depending on the destination (local, national or export), suggests cutting 0, 2 or 5 days before. If a serious alert (frost, storm, heavy rain, strong wind) falls on the final section, it is recommended to advance the cut. Honest limit: It is a calendar estimate, not a reading of your plant; Yolia has not yet analyzed photos to decide the harvest point.

For an outdoor plot, the 7-day forecast is part of the decision: if a strong event comes, the system prefers to protect and compare against witnesses before pushing flowering.

Your climate changes your formula. Look at the plans and start with your location.

Vase life

How many days the flower lasts: what depends on us and what does not

Vase life is largely decided after the flower leaves your lot: water, temperature, vase hygiene, stem management and, depending on the species, ethylene. That's why you will never see a promise like “+5 days in vase” here.

From cultivation, floriculture recognizes that tissue firmness, water status and cutting stage influence. In Yolia “life in a vase” is a declared objective that is compared against your witnesses, not a promised number.

What decides the days in vase

Variety and its genetics.
Stadium at the cut.
Temperature and cold between cutting and sale.
Quality and cleanliness of the vase water.
Ethylene sensitivity of the species.
Stem wounds and management.

Where Yolia can help

Tissue firmness: calcium and silicon.
Stable hydration of the plant.
Harvest window and emergency cut in the event of weather.
Compare it against witnesses in your log.

What Yolia does not control

The cold chain.
Water and vase treatment.
Transportation and handling.
The genetics of the variety.
Promise you a number of extra days.

If someone promises you “X more days of vase” without comparing it against your witness, be suspicious. What we can give you is the method to check it in your own lot, with your flowers and your water.

How modules are mixed

An 8-phase schedule, not a single mix

A Yolia module is the real recipe for a ferment, an infusion or a vegetable tea, with ingredients, times and performance. The engine chooses modules from a catalog of 102 (50 from the base Biokit, 35 from X30 Reinforcement and 17 from the Pilot line), measures how much load each phase supports and places them at the appropriate physiological moment. If two modules collide, they are not eliminated: they are separated into different phases.

1

Hour 0 · Bioactivation, signaling and transport

Prepares uptake, membranes, signaling and internal circulation. Root or foliar route depending on the module.

2

Hour 12 · Root, soil, water and oxygenation

Improves root, rhizosphere, water, aeration and availability. Root route.

3

Hour 24 · Mother nucleus: Biokit and nutritional pulse

Delivers energy, protein, minerals and a strong functional base. Root route.

4

Hour 36 · Vegetative and structural specialization

Growth, chlorophyll, stem and architecture. Root or foliar route.

5

Hour 48 · Floral, fruit and quality specialization

Direct resources to flowering, fruit set, fruit, aroma, color and firmness.

6

Hour 60 · Defense and adaptation

It buffers heat, cold, drought, humidity, wind, radiation and salinity.

7

Hour 72 · Reinforcement, replacement and mobilization of reserves

Replenishes, mobilizes reserves and sustains the plant's response.

8

Hour 96 Conditional or separate correction

Applies only when the condition or a measurement triggers it.

Real compatibility rules

Strong nitrogen is blocked in flowering, fruiting and maturation, unless specialized review.
The acidic and alkaline modules are prepared and diluted separately; Their concentrates are never mixed.
Calcium and phosphate are kept in separate preparations until final dilution, to reduce the risk of precipitation.
Retention and biofilm are blocked when there is waterlogging or severe low oxygenation in the root.
Two modules that should not go together but both provide value are separated into different phases, with at least 24 hours between them, instead of eliminating one.
There are recognized synergies that the engine rewards: calcium with silicon, root with phosphorus and zinc, potassium with Brix, biosignals with amino acids, microbiology with mineral transport.

Load limits

Each phase has a maximum capacity; If a module exceeds it, it does not enter that phase.
In stress contexts (heat, cold, wind, humidity...) the capacity of each phase drops to 28%.
The engine measures the risk of waste and saturation and keeps them below 92% saturation.
Active objectives at a time are limited to 3 or 4 (less on conservative routes).

Real examples of modules that the engine can use in Flores WOW

They are real modules from the catalog. Which one is chosen in your case, in what phase and in what quantity depends on your plant, your stage, your climate and your log; The exact quantities are only shown in your formula, not on this page or in the Sandbox.

F-17 · ferment · 54 h

Turbo Flowering — lentil germ. + chickpea germ. + amaranth + unrefined cane sugar

Why does it exist in the catalog: Cytokinins, gibberellins, phosphorus and zinc for flowering and fruit set

In this laboratory: cytokinins, gibberellins, phosphorus and zinc for flowering and fruit set.

XB-08 · ferment · 53 h

Turbo-flower — sprouts + amaranth

Why does it exist in the catalog: Cytokinins and gibberellins for abundant flowering and strong fruit set.

In this laboratory: sprouts and amaranth for abundant flowering and strong fruit set.

XB-14 · infusion

Anti-flower drop — chamomile + basil

Why does it exist in the catalog: Reduces floral stress and prevents flower drop due to heat or wind.

In this laboratory: reduces floral stress and prevents flower drop due to heat or wind.

XD-29 · infusion

Floral anti-stress — chamomile + rosemary — infusion

Why does it exist in the catalog: Reduces thermal and water stress during flowering and fruit set.

In this laboratory: reduces thermal and water stress during flowering.

T-22 · infusion

Horsetail infusion

Why does it exist in the catalog: Vegetable silicon and helps structure and resistance

In this laboratory: Vegetable silicon that supports structure and resistance of the stem.

XB-10 · macerated · 72 h

Bioavailable calcium — vinegar + egg — macerated

Why does it exist in the catalog: Bioavailable calcium for firm fruit set and no blossom end rot. Macerated 72 hours.

In this laboratory: bioavailable calcium for firm tissues, by maceration for 72 hours.

F-03 · ferment · 52 h

Sunflower seed + pip + toasted sesame + amaranth

Why does it exist in the catalog: Phosphorus, zinc, good fats and structural proteins for roots, flowers and pollen

In this laboratory: phosphorus, zinc, good fats and structural proteins for roots, flowers and pollen.

XD-27 · ferment · 50 h

Resilient green — alfalfa + chard — short ferment

Why does it exist in the catalog: Strengthens the plant with chlorophyll, iron and resistance compounds.

In this laboratory: Chlorophyll, iron and resistance compounds for plants that recover.

XD-28 · ferment · 50 h

Protective phenols — parsley + celery — short ferment

Why does it exist in the catalog: Natural phenols that reinforce cell walls and systemic defense.

In this laboratory: Natural phenols that reinforce cell walls and systemic defense.

Log and evidence

Your log is what allows you to adjust the formula

Without evidence, the system cannot correct anything: that is why the log is not an ornament. You record notes and photos throughout the program and follow a few control plants—a representative group that you observe closely—to compare against the rest. With 1 floor you follow that complete floor; up to 4 plants all follow each other; from 5 to 20, 3 follow; from 21 to 500, 5; and from 501 to 5,000, 10.

What should be noted

Length and thickness of stem in the same control plants.
Diameter of the flower at the same opening stage.
Weekly photo with the same light and distance.
Opening date by plant and by sector.
Each wind, rain or heat event: date, intensity and observed damage.
Vase test: days until losing turgor, treated against witnesses.
Vigor from 1 to 5 and symptoms.
Date of each application: phase and module.

The program has real milestones

Day 0: file and scope confirmed.
Day 3: initial evidence and follow-up plants.
Day 5: initial scientific formula or strategy (in Diagnosis, diagnosis and recommended route).
Between day 7 and 14: first response review.
Until the 21st: recalibration, if your plan includes it and the evidence justifies it.
In the end: honest closure of the case with a declared result.

Recalibration, no silent changes. When recalibrated, all 21 engines are run again with your new evidence. The old formula is never deleted and each change leaves a visible event that you can refer to. There is a manual recalibration, an automatic notification (when uploading a note, it only recommends and requires at least 14 days from the last adjustment) and, only in Resina & Trichomas Lab, an automatic recalibration with verified photo. Plans include 0 (Diagnostic), 1 (Directed Formulation), or 3 (Advanced Laboratory); an additional one requires a new quote.

Writing down each weather event with its date is what helps the most to recalibrate: without that information the system cannot distinguish a formula that failed from a gust of wind that knocked down the flowers.

A real case, step by step

A gust of wind and rain damaged the foliage and some flowers lost firmness

This is one of the real cases of the Sandbox: 400 gerbera plants in Ecuador, in 2 sectors, in flowering and with high risk. The Sandbox uses the same engine, but never displays ingredients or dosages.

1

Step 1 · Climate event

The gust of wind and rain arrives; It is recorded which sector and which plants were affected.

2

Step 2 · Alert

The system cross-references the event with the 7-day forecast and checks for additional risk.

3

Step 3 Protection

Protecting flowering and structure is prioritized before pushing more objectives.

4

Step 4 Logbook

Photos, firmness and fallen flowers are noted, comparing against the control plants.

5

Step 5 Recovery

The response is evaluated with the new evidence and, if necessary, recalibrated.

6

Step 6 Closing

The case is closed with a declared result.

A gust of wind and rain damaged some of the foliage and some flowers lost firmness. What would the system do?

The safe option

Protect, compare against witnesses and ask for new evidence

It is the one that the Sandbox marks as safe: do not push more objectives on a hit plant, and decide with new evidence.

Overload

Increase all goals without revising

Load the plant with everything at once right after the hit. The engine advises against it.

Uncertainty

Continue without evidence

Continue as if nothing happened. The system asks for evidence before moving forward.

The lesson: After a hit of weather, first protect and measure, and only then adjust. The Sandbox also has a pale chrysanthemum case (Colombia) and a commercial case of 2,000 plants in 4 sectors (Netherlands).

complete truth

What we can do and what we will never promise

This section exists for a reason: we'd rather you not hire than hire expecting something we can't deliver.

What we do do

Increase the priority of flowering, pigments, calcium and silicon when you choose cut flowers.
Read the 7-day forecast and hold the field application in the event of a critical alert.
Calculate a harvest window and warn of an emergency outage due to weather.
Put together an 8-phase program and separate what should not be mixed.
Work by sectors and witness plants, and recalibrate leaving everything recorded.
Give you the preparation step by step with times, temperature and target pH.

What we don't do or promise

Physically protect the crop: mesh, windbreaks, covers and drainage are your management.
Measure the stem, color or size of the flower: it does not analyze photos for that.
Guarantee color, size or vase days.
Change the genetics of the variety or its photoperiod.
Control the cold chain, the water in the vase or transportation.
Promise results by a date: Each formula is marked as a prototype en route to full experimental validation.
Pros and cons

Pros and cons of WOW Lab Flowers, without makeup

in favor

Priorities designed for cut flowers: flowering, pigments, calcium and silicon.
7-day weather reading and app retention for critical alerts.
Work by sectors and witness plants, useful in commercial plots.
It teaches you to check each objective with your own measurements.
Witnessed evidence and transparent recalibration: the previous version is never erased.
Three real cases to try for free in the Sandbox with the same engine.
The price goes down with fewer plants.

Against or to consider

It doesn't measure anything for you: you need a ruler, photos and your witnesses.
It is a prototype: it does not yet have complete experimental validation.
It requires preparing ferments for 50 to 72 hours and keeping a log.
It does not replace light management, photoperiod, drainage and postharvest.
The recalibrations included are limited (0, 1 or 3 depending on the plan).
It is a single payment for the entire program: there are no monthly payments, but the total depends on how many days it lasts (more days, more you pay).

In front of the rest of the world

A floriculture consultant or commercial nutrition program may have years of testing and analysis guaranteed; Yolia doesn't have that yet. What it does offer, and you can check it out for free in the Sandbox, is a system that reads your climate, prioritizes structure and flowering, works by sectors, and leaves evidence that you can audit. We don't compare Yolia against other brands because we don't have independent tests to do so.

If after reading all this it makes sense to you, the next step is to choose a level.

What level to choose

Diagnosis, Directed Formula or Advanced Laboratory in Flores WOW

All three use the same scientific engine; none is a reduced version. It changes how much we accompany you and what we deliver.

Scientific diagnosis

Understand before acting

Review of the case, signs and context, identification of risks and missing data and a clear recommendation of the next step. Does not include formula. Useful if you doubt whether the problem is management or nutrition.

Directed formula

The most chosen option to start

A complete formula for a defined objective (stem, color or even flowering, for example), with a log, controls and a recalibration for 30 days.

Advanced laboratory

For multiple targets or batches that need more tracking

Extended evaluation, with 3 recalibrations over 45 days. For several coordinated objectives or commercial lots by sectors.

Questions

Frequently Asked Questions about Flores WOW Lab

Yes. You declare the species (chrysanthemum, carnation, gerbera, lily or sunflower) and the stage, and the engine reads your case with that data.
We do not promise a figure. What we do do is support firmness and hydration from the crop and give you the method to check it against your witness.
Yolia reads the 7-day forecast. If the alert is critical, retain the field application; If it is high, it requires a balanced review. After the event, it is protected, measured and compared against witnesses.
Yes. You declare the number of sectors and the engine analyzes them separately; The Sandbox business case is 2,000 plants in 4 sectors.
No. You make those measurements and they enter the log as evidence.
The catalog modules are ferments, infusions and teas made with common ingredients. The final formula lists each ingredient and its quantity.
Specialty, route, floor, stage, confirmed location on map and number of floors are mandatory. Weather, water and soil are optional but improve accuracy.
It depends on how many plants you have and how many objectives you activate. Below, on this same page, are the three plans with their prices.
Plans

WOW Flower Plans

All three levels use the same scientific engine; They change the depth, the program days, the formula and the recalibrations included. Each card opens its own page with the complete details, prices by number of plants, pros and cons.

Scientific diagnosis

To understand what is happening and what route should be followed.

$7 USD · from 1 floor
  • ✓One-time payment · 14-day program
  • ✓Does not include formula: ends in diagnosis and recommended route
  • ✓No recalibration included
  • ✓1 floor: $7
  • ✓2 to 20 plants: $15 · 21 to 500 plants: $25
See full plan
Directed formula
Recommended to start

For a defined problem or objective, with formula included.

$11 USD · from 1 floor
  • ✓One-time payment · 30-day program
  • ✓Includes formula
  • ✓1 recalibration included
  • ✓1 floor: $11
  • ✓2 to 20 plants: $21 · 21 to 500 plants: $35
See full plan
Advanced laboratory

For high value specimens or several coordinated objectives.

$15 USD · from 1 floor
  • ✓One-time payment · 45-day program
  • ✓Includes formula
  • ✓3 recalibrations included
  • ✓1 floor: $15
  • ✓2 to 20 plants: $29 · 21 to 500 plants: $49
See full plan

One-time payment per program, processed by Stripe, no automatic renewal. The large price is for 1 floor (the lowest); With more plants the price increases according to the list on each card, and with each additional objective $2 USD is added to the single payment before the range factor. Each Yolia formula is honestly marked as a prototype, still on its way to full experimental validation.