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Platform features

See the whole process, not just its symptoms

From the first launch to industrial operation. Vermix brings monitoring, diagnosis, scientific models, VermixAI and learning into one system: it observes and explains, and the decision stays with you.

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Live cross-section

Now you can see what used to be hidden

A biological process can’t be observed directly.

Container
Windrow
Flow-through reactor (CFT)
Live cross-sectionActive zonesThermal coreProcessing phasesPopulation distribution
TECHNOLOGY BASE

The dynamic “Live cross-section” model with layer-by-layer visualization of fermentation zones, microbiome activity and core temperature.

CONTAINER · 60–120 LLIVE CROSS-SECTION · REACTOR MODEL
FEED ADDEDBEING EATEN →BEDDINGWORKING LAYERDRAINAGETRAYCover layerstraw · holds moistureWorms and compostthe population’s working zoneSand and graveldrains excess waterLeachatedrain regularly
Cover layerFeed portions · shrinkingBeddingWorking layer · wormsDrainageLeachate · tray and tap

Container · home or industrial

Dozens of processes run inside the substrate at once: the microbiome develops, the temperature shifts, organic matter is processed, the worm population moves. Vermix builds a dynamic model of the reactor and shows what is happening in a clear visual form. You no longer try to imagine what is going on inside. You see it.

Monitoring screenAlert screenDiagnosis screenReactor reading historyVermixAI conversation screenFeeding screenAcademy screen
Normal
01State in one word

One clear decision instead of dozens of charts

Instead of constantly analyzing temperature, moisture, substrate structure and other parameters, Vermix turns the state of the reactor into clear statuses: settling in, normal, attention needed, critical. When a problem arises, the interface rearranges itself and shows only what truly needs your attention.

Settling inNormalAttention neededCritical
TECHNOLOGY BASE
Multi-parameter readings folded into a finite state machine, with an interface that adapts to the level of severity.
02VermiGuard

Prevents problems before they turn into a crisis

Most mistakes become visible too late. By the time there is an odor or the worms start leaving the reactor, the process is already disrupted. VermiGuard analyzes the critical indicators at every reading, detects dangerous trends and warns about risks in advance. At a critical moment the system names the window for action, the cause and a step-by-step protocol.

Self-heating controlFeeding controlPhase controlRisk assessmentStep-by-step protocols
TECHNOLOGY BASE
Predictive trend analytics, calculation of the core-to-ambient temperature difference (ΔT) and selection of an emergency protocol from the VermiGuard library.
03Diagnosis

Shows not only the problem, but its cause

When something unusual happens, Vermix does more than report an error. The platform helps find the most likely cause, explains why it happened and suggests a sequence of steps for recovery. Even if you can’t put the problem into words, visual diagnosis based on what you observe will lead you to a solution.

Quick diagnosisConversational diagnosisVisual symptomsLikely causesRecovery plan
TECHNOLOGY BASE
An expert system that matches symptoms against a database of causes and builds a recovery plan for the process.
04Reactor passport

Each cycle is worth more than the last

Every action is saved automatically: every feeding, every reading, every change of state. Over time the reactor builds its own history and your operation builds up a knowledge base. Mistakes stop repeating, and what works becomes the standard.

Cycle historyAutomatic logStatisticsCycle comparisonData export
TECHNOLOGY BASE
Automatic generation of a digital passport for each site, with end-to-end analytics across bioconversion cycles.
05VermixAI

Explains, doesn’t guess

The AI analyzes the reactor’s data, the state of the system and the history of observations. Most importantly, every recommendation comes with an explanation: why the problem arose, which signs point to it, what the consequences could be and why this particular action is suggested. Decisions stay clear and verifiable.

Explainable recommendationsContext analysisWorks with your logAnswers to questions
TECHNOLOGY BASE
An expert language model working on the reactor log, with every conclusion traceable to its data.
06Feeding

When to feed, how much and what

The app doesn’t wait to be asked: it tells you whether it’s time to feed, how much of the last portion is still uneaten and what diet to put together. The portion is calculated from the working mass and the reactor type, the mix by the C:N calculator, and after feeding the system forecasts heating and checks it against your next reading.

Feeding readinessC:N calculatorRecipe builderHeating forecast
TECHNOLOGY BASE
A model of how feed breaks down by type, layer and temperature, plus the carbon-to-nitrogen balance of the diet.
07VermiAcademy

Learning shows up exactly when you need it

Instead of long courses, Vermix shows you the knowledge you need at the moment you face a new task: before the first feeding, before splitting the colony, before harvesting the finished product. Learning becomes part of the work, not a separate chore.

Contextual lessonsScientific groundingAI tutorPractical guides
TECHNOLOGY BASE
Lessons delivered in context of the cycle phase, based on applied biology and scientific protocols.
One system

Everything works as one system

01slice
Observation

The operator’s readings go into the log, not into memory or a notebook.

Live cross-sectionReadings
→
02diagnosis
Understanding

VermiGuard finds a deviation before it turns into a loss.

VermiGuardDiagnosis
→
03what to do
Decision

The cause in the language of biology, and an action with its expected result.

VermixAIRecommendation
→
04passport
Action

The operator acts, and the system records the result in the log.

ActionPassport
↑The result stays in the batch history

Every action is recorded: who, when and with what result. After a few cycles you have your own history of what worked with your feedstock and in your climate, and the process becomes repeatable.

Ready to start your first reactor?

Start with one reactor and go through a full cycle with the platform, from stocking the worms to harvesting the vermicompost.

Start free→A day with Vermix→
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