An app that guides the living process of recycling organic waste
Composting worms and microorganisms turn organic waste into fertile soil. Vermix makes the process clear: it shows the state of the system, explains what is changing and helps you make sound decisions at every stage.
Waste rots, fertilizer gets pricier, soil dies
Most organic waste ends up in landfill, even though it could be a valuable resource. Meanwhile, soil loses organic matter every year, and good fertilizer keeps getting more expensive. Vermiculture solves both problems at once.
Organic matter goes to waste
A cost instead of a valuable raw material.
Rising fertilizer costs
Fertilizer costs more and delivers less.
Soil depletion
Fertility is lost faster than it is restored.
Waste predictably becomes a product
Five phases, 60–90 days: Eisenia fetida worms and the microbiome turn organic matter into fertilizer. The population grows on its own, as long as feed and conditions are kept right.
Vermicompost and worm tea
A living fertilizer: humic substances, microflora and nutrients plants can take up, replacing part of the chemicals you buy.
A growing population
Composting worms multiply on their own when conditions are right. The surplus becomes high-protein feed.
Most problems become visible too late
Temperature, moisture and population activity change every day, and at first the changes are barely noticeable. Catch the early signs in time, and a simple action stops the problem. Miss them, and recovery takes weeks.
Overheating
Temperature inside the reactor climbs before any outward signs. Above 28 °C the mass needs cooling; at 30–34 °C you have 6–12 hours to act; from 35 °C, only a few hours.
Waterlogging
Working moisture is 70–80%. Above 90, water pushes out oxygen: aerobic microflora gives way to anaerobic processes, acids and odor.
Acidification
Working pH is 6.5–7.5. Below 5.5 the worms stop feeding and leave the reactor; above 8, an ammonia shift begins. The smell gives it away before any meter does.
Cold
Below 12 °C the worms slow down, at 5–6 °C they stop feeding, and near 4 °C they go dormant. On a balcony or in an unheated shed, winter is the biggest risk of the year.
Every change has a cause
Temperature, moisture, pH, microbiome: everything is connected.
Explore the biologyVermix brings scattered signs together into one picture of the reactor
Every recommendation is explained: you understand not only what to do, but what each conclusion is based on.
Deviations show up before the failure
After a feeding mistake, everything looks fine for another 2–3 days. Vermix spots the shift earlier, and 72 hours after the crisis it will ask on its own how things turned out.
What Vermix won’t do
A tool earns trust not through promises, but through what it refuses to do. Here are four such rules, built into the code.
Doesn’t invent precision
Say “wet” and you get a range of 80–90%, not a figure like 85.0%.
Doesn’t advise blind
Five days without a reading, and Vermix stops advising until it sees a fresh one.
Doesn’t count down to die-off
There is no countdown on a living system. There is a window you need to act in.
Doesn’t leave after the protocol
After 72 hours it asks on its own how the reactor handled the protocol.
Control starts with understanding the process
One system looks at the process in six ways, from the log to the AI assistant, and runs the cycle on data, not guesswork. Select each one to see it.
Process log
You record temperature, moisture and pH. The system charts how they relate and reveals hidden trends: a problem shows up in early markers, not when the colony is already dying.
Feeding · C:N calculator
VermiGuard · action protocols
Monitoring for any setup
VermixAI sees your log
VermiAcademy knowledge base
Out of a real reactor
We never set out to write “smart automation”. Vermix grew out of our daily work on a working vermifarm, and all of that
experience is built into the code.
It rests on ten years of hands-on daily work at a vermifarm. We ship breeding stock ourselves, process tonnes of waste, make mistakes and look for answers.
Vermix does not replace people: the hands-on work is still yours. But the system removes the blind spot: it shows the state of the process, explains deviations, calculates feed rations and helps you make sound decisions in time.
Every algorithm, calculation and protocol exists because we ran into a real problem and looked for a solution, first in the reactor, then in the scientific literature. There are no random features in Vermix: it holds only what once helped us.
10+ years of experience
Every day we work hands-on at our own vermifarm: feeding, taking readings, pulling reactors back from overheating and acidification, through every season, ten years running.
One biology at any scale
From a first container to an industrial site, what changes is not the biology, but the scale, the responsibility and the cost of a mistake.
Home
Your first reactor, a few minutes a day and a calm start. All the science and every protocol on one reactor: the GO plan.
Farm
Several reactors and a team at work every day. Up to ten reactors, roles and a shared log: the PRO plan.
Industry
Tens of tonnes of organic matter on your premises. We process it ourselves or together with you: we set up the site, train your staff and run the process with our technologist. Terms by contract.
Vermix in practice
How the system reads the state of a reactor, spots deviations and helps you make decisions.
Now you know how it works, try it yourself
Start with one reactor: the first 14 days are free, no card needed. No worms yet? Explore a demo reactor to see how everything works, and buy your stock when you’re ready. You choose the scale later.