The Ultimate Organic Pesticide, A Revolutionary Invention of JADAM Microbial Pesticide (JMP)!!

I have applied for patents in South Korea and major countries worldwide to prevent corporations from stealing and commercially exploiting the newly invented microbial pesticide technology. However, just as JADAM has allowed farmers worldwide to freely self-manufacture and use the technologies we’ve provided so far, I plan to permit the same this time as well.

 Before announcing this overwhelming new technology, I would like to explain the process leading up to the development of this innovative JADAM Microbial Pesticide (JMP) (If the long text feels tedious, please refer to the summary of the JMP at the end.).

For decades, I have dedicated myself to researching and perfecting a self-manufacturing method for organic pesticides, which I believe is the most critical element in completing Ultra-Low-Cost organic farming. The goal of my research was to create an organic pesticide that drastically reduces the cost of conventional pesticides by more than 1/20, can be easily self-manufactured at the farm level, and delivers powerful effects capable of completely replacing chemical pesticides.

Based on my experience, as long as commercial seeds are used, organic farming also requires thorough pest control with organic pesticides (hereinafter referred to as pesticides). However, commercially available eco-friendly pesticides place a significant economic burden on farmers. For the widespread adoption of organic farming, ultra-low-cost self-manufacturing is absolutely necessary. The illusion of leisurely farming without pesticide spraying is impossible with improved seeds in organic agriculture.

As the first result of my research, I developed a groundbreaking technology to solubilize sulfur, which typically melts at 120°C, without heating, and named it JADAM Sulfur (JS). JS can be self-manufactured with very simple equipment and can even control anthracnose, making it popular not only among organic farmers but also among conventional farmers. Unlike general sulfur products, JS causes almost no damage to vinyl or metal pipes.

As the second result of my research, I succeeded in drastically simplifying the manufacturing technology for liquid soap using natural oils, which previously required differential heating, long stirring times, and long aging periods. I reduced the process to no heating, 10 minutes of stirring, and 3 days of aging, completing it in just 4 days, and named it JADAM Wetting Agent (JWA). JWA can also be self-manufactured with very simple equipment and functions as both a wetting agent and an insecticide.

When JS and JWA are mixed, they become a fungicide so powerful that it cannot be compared to chemical pesticides. All materials used in this mixture are classified as safe substances under the U.S. Environmental Protection Agency (EPA) categories 4A and 4B, which are permitted for organic farming worldwide.

The third result of my research was the discovery of a plant capable of controlling almost all pests, including mosquitoes. I verified the effectiveness of this plant by applying it to over 60 different crops for five years and observing the pest control results. I revealed that the plant is ginkgo berry and named the pesticide made by combining JADAM Herbal Solution (JHS) with a ginkgo berry water with JWA as a ‘Broad-Spectrum Universal Insecticide.’

When JS, JWA, and JHS with ginkgo berry, they become a ‘Universal Fungicide-Insecticide,’ with pest control effects as powerful as chemical pesticides. This mixture also serves as a nutrient for plants, and notably, it does not lead to resistance even with repeated use. Additionally, it causes almost no harm to bees and butterflies.

In addition, I have developed control methods for the most challenging pests, such as thrips, scale insects, snails, and the Coffee Berry Borer (CBB), and made them publicly available to all farmers worldwide through the JADAM website (en.jadam.kr) and YouTube channel. JADAM has consistently refused to let corporations monopolize agricultural technology for commercial gain and has devoted itself to ensuring that farmers take the lead in agricultural technology.

 

As the fourth result of my research, I developed a technology that allows farmers to self-cultivate the microorganisms necessary for short-term soil improvement without relying on corporations. This cultivation method uses leaf mold soil from nearby areas as the microbial starter and boiled potatoes and sea salt as the medium—a very simple cultivation method. I named it the JADAM Microorganism Solution (JMS). The simplicity of the cultivation method makes it easy for farmers to follow, and its excellent soil improvement effects have made it highly popular among farmers.

The book containing the technologies I invented and developed has been translated into 16 languages, has received widespread support from people worldwide, and has been recognized as a bestseller on Amazon in the U.S. However, my technology has a clear limitation that prevents it from being widely adopted globally. The existing JADAM technology requires soft water for pesticide use, and ginkgo berries are essential for broad-spectrum pest control. Therefore, in regions where soft water and ginkgo berries are unavailable, JADAM technology becomes useless. Even in areas where ginkgo berries are available, many find the process of boiling them cumbersome.
 

To make JADAM Microbial Pesticide (JMP), leaf mold soil is chosen as the microbial starter.

I have felt frustrated by these limitations of JADAM technology, but I have worked hard to overcome them through long-term contemplation and research. As a result, I succeeded in developing a groundbreaking organic pesticide manufacturing technology that does not require soft water or ginkgo berries. Through 2 years of research, I confirmed its outstanding effects by testing it on over 70 different crops. Last August, I shared the technology with over 600 farmers in a JADAM SNS group (JADAM donator chat room) to cross-verify its effectiveness. This new technology delivers powerful broad-spectrum insecticidal and fungicidal effects, capable of almost perfectly controlling nearly all moths, snails, thrips, invasive pests, and even mosquitoes. Of course, if soft water is available, adding JWAl can further enhance the fungicidal and insecticidal effects. I named this new technology the JADAM Microbial Pesticide (JMP).
 

Microbial pesticides are a field where global agrochemical giants are investing heavily in research, and several products are already on the market. Microbial pesticides are considered an organic alternative due to their minimal residual toxicity. However, most corporate research focuses on selecting specific microorganisms and using their toxins to control specific pests. As a result, commercially available microbial pesticides have a narrow control range, short shelf life, high cost, weak fungicidal effects, and are primarily effective only at the larval stage. Thus, they are expected to reduce the use of chemical pesticides rather than fully replace them.

After reviewing numerous papers on microbial pesticides, I concluded that an individual could not approach the research methods of corporations. Therefore, I set the direction of my microbial pesticide research to focus on methods where farmers could easily obtain microbial starters, self-manufacture them, achieve broad-spectrum insecticidal and fungicidal effects, and enable long-term storage. Initially, I felt lost, but I persisted in my research and sought solutions. While corporations focus on selecting specific strains and utilizing specific toxins, I aimed to overcome the limitations of existing commercial microbial products by using mixed strains (leaf mold) and mixed toxins. Even I thought this imagination was too far-fetched, and I had little expectation of success.
 

Microorganisms are cultured using boiled potatoes and sea salt as the medium.

I had no choice but to select leaf mold soil as the microbial starter, as JADAM has always done, and I cultivated the microorganisms using my developed method with potatoes and salt. I conducted experiments expecting that mixing JWA as a wetting agent with the microbial culture would create a microbial pesticide, but the effects were negligible. Using JWA as a premise meant the microbial culture had to be made with soft water, and even then, mixing JWA with JADAM Microorganisms Solution (JMS) caused the JWA to degrade quickly, losing its spreading ability in a short time.

I needed a new surfactant to replace JWA—one that could be used in hard water, was permitted for organic farming, and was easily accessible worldwide. After testing dozens of surfactants, I finally selected Decyl Glucoside (hereinafter referred to as Decyl). This substance is classified under the EPA’s safest category for organic farming, 4B. It is a 100% naturally derived substance and, when maintained above a certain concentration, is not degraded by JMS over the long term. It is also non-ionic and can be used in hard water. Through various experiments, I determined the appropriate usage amount that does not cause phytotoxicity or concentration damage to crops, which is a 500-fold dilution.

 

I continued conducting pesticide experiments by mixing Decyl with JMS. While the pest control effects were certainly higher than when using JWA, they were not at a level worthy of public disclosure. My research hit a wall with no further progress. Then, it suddenly occurred to me to increase the amount of potatoes, the culture medium. I added Decyl to JMS cultivated more vigorously (with bubbles completely covering the surface of the culture tank) by increasing the potato quantity and tested it on pests. To my amazement, I witnessed insecticidal effects I had never experienced before. The pest control effects were so remarkable that I was utterly shocked.
 

When Decyl Glucoside is mixed with the JADAM microbial culture liquid, it instantly becomes a powerful microbial insecticide.

I successfully tested the mixture of microorganisms and Decyl on nearly all pests affecting over 70 crops at the JADAM organic farm. The results are posted on JADAM YouTube and Instagram. Even more astonishing was that mosquitoes were completely eliminated, and it was highly effective against slugs and snails. Despite extensive global research on mosquitoes, little success has been achieved, but the JMS and Decyl mixture produced overwhelming results. My wild imagination of using mixed strains and mixed toxins ultimately led to incredible outcomes.

The JADAM Microbial Pesticide (JMP) is not a live microbial agent. It is a liquid formulation in which various microbial toxins are extracted by dissolving the microorganisms with Decyl. While spraying only JMS has no effect, the moment Decyl is mixed in, it instantly becomes an insecticide. Even more surprising is that the insecticidal effect of this mixture lasts for a year. The effect persists even if the mixture freezes and thaws repeatedly. It is best to store this mixture in a sealed, shaded condition. For those managing small fields, a new world has opened where organic farming can be easily achieved by producing microbial pesticides just 1 2 times a year.

 

While the JMS and Decyl mixture is effective against nearly all pests, its control effect on thrips and stinkbugs was somewhat lacking, so I continued research to perfectly address thrips control. I mixed JS with the JMS and Decyl mixture. However, the moment JS was added, the water became cloudy and sediment formed. I identified this as a phenomenon caused by the significant pH difference between the substances and conducted experiments using Potassium Hydroxide (KOH, 90%). I confirmed that the appropriate usage amount is a 1,000-fold dilution. By dissolving KOH to raise the pH to around 10 and mixing in JS, the mixture became clear and transparent. Though I explain it calmly now, I was deeply worried about whether JS could be used.
 

When Decyl Glucoside is mixed with the JADAM microbial culture liquid, followed by the addition of Potassium Hydroxide, and then JADAM Sulfur (JS) is incorporated, it becomes a powerful broad-spectrum insecticidal and fungicidal agent.

I tested the pesticide made by mixing JAMS with Decyl, KOH, and JS on nearly all the most challenging pests, including thrips, stinkbugs, flea beetles, Daikon leaf beetle, Citrus Flatid Planthopper, Spotted Lanternfly, as well as diseases like powdery mildew, downy mildew, and anthracnose. The results were highly satisfactory. Thrips and stinkbugs gradually disappeared, reaching near-zero levels where they could hardly be found. It was an astonishing result that seemed impossible.

However, I was concerned about potential side effects from the powerful effects of the JADAM Microbial Pesticide (JMP). I continuously monitored three issues: first, whether it kills bees and butterflies; second, whether it hardens the soil; and third, whether it alters soil pH. Bees and butterflies were almost unaffected, the soil became even softer, and the soil pH stabilized within 7. I could not detect any effects of microbial toxins on the human body. Common symptoms of pesticide toxicity in humans, such as nausea, headaches, tremors, coughing, or rashes, were absent.

As the price of potatoes soared, using them as a microbial medium became burdensome. To address this, I conducted experiments using inexpensive potato starch as a medium. There was concern that potato starch, being nutritionally simple, might be disadvantageous for culturing diverse microorganisms and could acidify the culture liquid. However, the microorganisms cultured with potato starch also showed excellent insecticidal effects, and there was no issue with acidification. At the end, I include the recently developed technology for turning potato starch into a microbial medium in just 1 minute.
 

A single individual, through short-term research, overcame all the shortcomings of microbial pesticides developed by giant corporations and achieved remarkable broad-spectrum insecticidal effects. My invention of the JADAM Microbial Pesticide (JMP) will cause a seismic shift in the existing pesticide market, and I believe this could put JADAM at serious risk due to opposition from agrochemical companies. JADAM has already faced several dramatic crises in the past.

For faster dissemination, I have decided to distribute the latest 10GB of PPT materials used in lectures on USB drives to all JADAM donators. I hope that thousands or tens of thousands of instructors teaching the JMP will emerge, enabling rapid global dissemination. I am currently working on publishing a fully revised edition containing the new microbial pesticide by the end of the year. I also plan to produce and release related videos.

JADAM has been deeply committed to the principle that ‘farmers must take the lead in agricultural technology.’ The monopolistic control of agricultural technology by commercial capital is intensifying, and the economic independence of farmers is being severely undermined. I have spent decades seeking alternatives to bypass this desperate trend. The invention of the JMP will be a milestone in the global popularization of organic farming and the development of competitive organic agriculture. Before publishing the revised edition, I am releasing the new JADAM Microbial Pesticide (JMP) self-manufacturing method in advance. Spread the word! Spread the word!

 

■ Making a Powerful Insecticide, JADAM Microbial Pesticide (JMP)
(For 500 liters. Developer: Youngsang Cho, CEO of JADAM. Patent pending)
(A 600-liter culture tank is suitable)

 

JMP can control most pests except thrips and stinkbugs. It eliminates mosquitoes.

① Fill a clean, sunlight-proof culture tank (free from foreign contamination) with 500 liters of water (hard water is acceptable). Tools, containers, gloves, etc., used for microbial culture should be used exclusively for this purpose. Do not use containers previously used for pesticides, sulfur, or Decyl Glucoside. (Very important)

② Set the temperature of a pig-tail heater (3kW) to 31°C to pre-warm the water. Since temperature errors may occur with the heater, check with a separate thermometer to adjust the setting.
 

③ Boil 2 kg of potatoes until soft, mash them finely, place a 50-mesh net over the culture tank, add the ground potatoes, shake side to side to dissolve, and remove the net. Alternatively, 500 g of potato starch can be used instead of potatoes. The method for using starch is provided at the end. A 120-mesh net makes it very difficult to dissolve ground potatoes in water.

④ Place 500 g of high-quality leaf mold and 500 g of sea salt in a 120-mesh net, shake side to side in the culture tank water to dissolve, and hang the net in the tank (hanging it enhances microbial culture). Using separate mesh nets prevents nozzle clogging during pesticide spraying.

⑤ Slightly cover the culture tank with a lid to block sunlight. Ultraviolet rays from sunlight affect microbial culture.

⑥ After about 20 hours, the culture reaches its peak level. The culture is complete. It is finished when the microbial culture foam completely covers the surface of the water in the tank. If the foam is weak, culture for an additional 3 4 hours. Weak foam reduces insecticidal effects. If time permits, ambient temperature culture is also possible.

 

⑦ Transfer the JMS to a separate container using a submersible motor (mandatory), add 1 liter of Decyl Glucoside (permitted for organic farming), and mix. A JMP is easily completed. Use as a stock solution. When using a submersible motor, remove it from the culture tank while it is running to prevent backflow.

⑧ This JMP retains its effectiveness for 1 year when stored in a sealed, shaded condition.
 

 

■ Making a Powerful Insecticide and Fungicide, JADAM Microbial Pesticide (JMP)
(For 500 liters. Developer: Youngsang Cho, CEO of JADAM. Patent pending)

 

JMP can control nearly all pests, including thrips and stinkbugs, as well as various fungal diseases. It eliminates thrips.>

 

① Dissolve 500 g of Potassium Hydroxide in the mixture from step ⑦ above and stir with a long stick. Place the Potassium Hydroxide in a plastic beaker, add 500 cc of water, and stir lightly with a stick; it will dissolve with high heat. Be cautious of gas inhalation. Aluminum containers cannot be used. If Potassium Hydroxide is not pre-dissolved, JS cannot be mixed transparently.

② Add 1.5 liters of JS and stir to complete. Use as a stock solution. For crops sensitive to sulfur, conduct a concentration damage test beforehand.

③ This microbial pesticide maintains its effectiveness for about two weeks when stored in a properly sealed, shaded condition. Prolonged exposure to air causes the mixture to lose its yellow color, become white and semi-transparent, and develop sediment. Storing it in a completely sealed condition with sunlight blocked can extend its shelf life.

④ When the JMS is made with soft water, 5 10 liters of JWA can be mixed to further enhance insecticidal and fungicidal effects.

 

■ Making a Microbial Medium with Potato Starch

 

- Add 14 liters of water to a stainless steel container (20 liters) and heat until boiling.

- Mix 500g of potato starch with 1 liter of water, dissolve, pour into the boiling water, stir with a wooden spatula for about 1 minute, and turn off the heat.

- Add the completed starch liquid to the culture tank water and stir with a large stick.

 

■ Information on Purchasing Materials and Equipment

 

- Decyl Glucoside (20 kg), Potassium Hydroxide (25 kg) Purchase: JADAM shop.jadam.kr 1899-5012  
 

- Mesh Filter Purchase: https://m.site.naver.com/1A4Ar  
 

- Submersible Pump Purchase (Medium Size): https://naver.me/xq35B6Sk  
 

- Hot Water Heater Purchase (3kW): https://m.site.naver.com/1A4BM  
(Select a length suitable for the container height)  
 

- Beaker Purchase (2L, 5L options): https://m.site.naver.com/1GnHV  

  
● Watch Shorts on Pest Experiments with JADAM Microbial Pesticide (JMP)  

https://www.youtube.com/@JADAMORGANIC  

https://www.instagram.com/jadamorganic_official/  

 

● Support JADAM with a Monthly Donation

https://en.jadam.kr/com/support.html

 

● Ask Questions on our website, Mr. Youngsang Cho will answer your questions:

https://en.jadam.kr/bbs/list.html?table=bbs_8

●● The attached video shows experiments conducted with JADAM Microbial Pesticide (JMP).

 Watch a video (8 minutes):

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