This video is 13 minutes long and covers the following:

● How to orient your towers for optimal sunlight exposure and plant symmetry
● What spacing is recommended between towers and rows for different crop types
● Why ground cover choice affects heat retention, drainage, and pest control
● How to level each tower properly to ensure even water distribution
● What materials to use for flooring outdoors and inside greenhouses
● Why nutrient stations must be shaded and protected from direct sunlight
● How to design a basic plumbing system with a clean water tank and gravity-fed setup
● What electricity layout is ideal, including spacing and timer configuration
● How to assemble towers efficiently with no special training required
● Why thoughtful layout and infrastructure planning supports long-term farm success

● When and why to use grow cages for vining crops like tomatoes, cucumbers, and gourds
● How fruiting crops require more space, maintenance, and longer growing cycles
● Why leafy greens and herbs are easier to manage and more space-efficient
● What types of crops need support structures, including eggplants, peppers, and zucchinis
● How plant size affects tower spacing and sunlight exposure
● Why leafy greens fit better within the tower footprint and allow for denser planting
● How growing leafy greens can result in multiple harvests within the same timeframe as one fruiting crop cycle
● What makes leafy greens and herbs ideal cash crops for Tower Farms
● How cost, labor, and water use are reduced with leafy greens compared to fruiting vegetables
● Why cage design blueprints are recommended when growing vining or heavy crops

● Why seed and seedling quality are crucial for aeroponic tower success
● How seed age, storage, and type affect germination
● Differences between pelleted and regular seeds
● The role of agricultural rockwool as a growing medium
● How to prepare rockwool before sowing
● How to sow seeds using pelleted vs. regular seeds
● When and how to transplant seedlings
● The importance of seedling rotation in a Tower Farm
● How to avoid leggy seedlings, fungus, and root entanglement
● Tips for organizing your seed inventory and seedling trays
● Tools like insecticidal soap, vermiculite, and heat mats to boost success

● What types of nutrients can be used on a Tower Farm
● Why some nutrient solutions cause rotting and unpleasant smells
● What HAZMAT classification means and how it affects shipping
● Why using a non-HAZMAT nutrient is a major advantage for international orders
● What makes ionic mineral nutrients bioavailable and easy for plants to absorb
● Why one solution can be used for all crops and all growth stages
● How nutrient pricing is kept low by the tower manufacturer
● How to adjust nutrient dilution ratios depending on the climate
● Why overfeeding during hot weather can cause nutrient burn
● How simplified dosing helps streamline nutrient management across the farm

This video is 9 minutes long and covers the following:

● Why nutrient stock solutions must always be mixed in full 50-gallon batches
● How to safely handle and dissolve A1, A2, B1, and B2 nutrient pails
● Why it’s crucial to use separate stirring tools for nutrients A and B
● How to properly fill, stir, and top up the stock containers with reverse osmosis water
● What the correct nutrient-to-water ratios are for different seasons and environments
● How to connect the Dosatron to the suction tube and calibrate dosing levels
● Why nutrient A and B containers must be kept completely separate to avoid cross-contamination
● How to properly dissolve nutrient B components, which take longer to mix
● Why priming the Dosatron before opening the gravity tank valve is essential
● How to confirm the system is pulling nutrients correctly before irrigating the towers

● Why clean water is the foundation for healthy aeroponic crops
● How pH, EC, and TDS levels affect nutrient absorption and plant health
● What nutrient lockout is and how to avoid it by managing water chemistry
● Why reverse osmosis systems are essential for removing harmful minerals and salts
● How UV sterilization protects your farm from pathogens found in well or rainwater
● What role EC and TDS readings play in nutrient mixing accuracy
● How to safely reuse the brine water from reverse osmosis for trees or landscaping
● Why testing your source water helps determine the right filtration setup
● How to size your reverse osmosis unit based on daily water needs
● Best practices for storage, maintenance, and monitoring of your water system

● Why clean water is the foundation for healthy aeroponic crops
● How pH, EC, and TDS levels affect nutrient absorption and plant health
● What nutrient lockout is and how to avoid it by managing water chemistry
● Why reverse osmosis systems are essential for removing harmful minerals and salts
● How UV sterilization protects your farm from pathogens found in well or rainwater
● What role EC and TDS readings play in nutrient mixing accuracy
● How to safely reuse the brine water from reverse osmosis for trees or landscaping
● Why testing your source water helps determine the right filtration setup
● How to size your reverse osmosis unit based on daily water needs
● Best practices for storage, maintenance, and monitoring of your water system

● When and how to tilt nutrient containers to use every last bit before refilling
● Why it’s important to clean containers between every nutrient batch
● How to disconnect and rinse suction tubes and filters without cross-contamination
● Why A and B lids, filters, and mixing tools must always stay separate
● How to pressure wash containers safely using only water (no chemicals)
● What scrubbing tools to use for removing mineral buildup inside containers
● How to properly dry cleaned containers without exposing them to contaminants
● Why rinsing and air-drying mixing tubes is critical before reuse
● How to identify and clean yellow staining from trace elements
● What daily habits help maintain a clean and efficient nutrient system

This video is 8 minutes long and covers the following:

● How a dirty micron filter can reduce water pressure and disrupt irrigation
● Where micron filters are located and what role they play in water distribution
● What causes filters to clog, including slime, minerals, and debris
● Why neglecting micron filter maintenance can lead to total crop failure
● How to safely shut off valves and disassemble the filter housing
● How to clean the filter using only clean water and a brand new toothbrush
● Why it’s important not to use soap or acid when cleaning the filter housing
● How often to clean micron filters based on nutrient usage and farm size
● Why farms using reverse osmosis water rarely have dirty filters
● How regular cleaning helps protect pumps, dosing systems, and plant health

This video is 17 minutes long and covers the following:

● How zigzag and spiral planting patterns improve airflow and growth for medium and large crops
● Why root-heavy crops like cucumbers and tomatoes require lower planting density
● How to choose the right tower height based on crop type and wind exposure
● When to use grow cages for added stability and crop support in outdoor conditions
● Why monoculture planting is preferred for efficient harvest and workflow
● How to avoid overripe crops that lose shelf life or visual quality
● What bolting is and how it affects taste and market value of leafy greens
● How greenhouse conditions allow taller towers but require good airflow and lighting
● Why proper spacing and ventilation are still critical even in controlled environments
● How to adapt planting strategies to different crops while maintaining tower health and yield

This video is 10 minutes long and covers the following:

● Which herbs and leafy greens thrive in cold weather
● How different brassica varieties perform during winter
● What crop families include cilantro, parsley, chervil, and fennel
● Why lettuce varieties must be matched to the season
● How to grow and harvest cold-tolerant crops like mizuna, komatsuna, and shiso
● Which colorful or ornamental plants can enhance a winter garden visually
● How to manage chard for long-term harvesting during cold months
● Why certain crops like spring onions are not ideal for winter due to humidity issues
● How to include edible flowers like stock in your winter planting strategy
● What to consider before growing slow-maturing crops like radicchio in winter

● Why early cabbage varieties like Farao are ideal for aeroponic towers
● How planting techniques like zigzag vs. spiral affect spacing and yield
● Why harvesting on time prevents splitting and improves crop quality
● How to prevent and treat cabbage looper infestations using Bt
● What spraying technique and timing are best for pest control on brassicas
● How to recognize nutrient issues like nitrogen or calcium deficiencies
● Why filtered water and the correct dilution ratio help avoid tip burn and yellowing
● When to use grow cages for extra stability with tall towers or windy conditions
● How cabbage size varies by season and affects harvest planning
● Why outer cabbage leaves should be reused, composted, or repurposed

● Why it’s essential to skip the bottom pot and plant only one cucumber per level
● How cucumbers grow faster than nightshades and allow for multiple harvest cycles
● What makes hybrid varieties like Unagi more productive and disease-resistant
● How heirloom cucumbers compare in terms of yield and disease susceptibility
● Why a grow cage is non-negotiable for vining cucurbits like cucumbers
● How continual harvesting boosts overall cucumber production
● What planting strategy works best for monoculture vs. mixed cucumber towers
● How to identify when cucumbers are at the right stage for harvesting
● Why overly mature or diseased cucumber plants should be removed promptly
● How large root systems in cucumbers affect water flow and aeration in towers

● Why tomatoes require more labor and daily attention than most tower crops
● What types of tomato cultivars work best with vertical aeroponic systems
● How to use cage structures and pruning to manage indeterminate growth
● What techniques support multi-layer fruiting and yield optimization
● Why structured training improves airflow, fruit quality, and harvest efficiency
● How to manage pests and diseases naturally through pruning and monitoring
● What temperature and humidity ranges are ideal for each growth stage
● Why understanding climacteric ripening helps time tomato harvests
● How to reduce water use by up to 95% with aeroponic systems
● Why planting a single cultivar per tower improves maintenance and harvest

● What makes Nufar basil a great variety for disease resistance
● Why topping basil helps it grow fuller with more side shoots
● How to identify the right time to harvest Thai basil for best flavor
● When basil flowers affect taste and how to manage them
● Why allowing some basil to flower can support pollination of nearby crops
● How Thai basil attracts bees and acts as a companion plant
● What harvesting size is ideal for culinary use in Thai dishes
● How to use flowering basil towers as seasonal pollinator magnets
● Why planting five to six seeds per port helps create a fuller basil bush
● How to gently inspect root health without damaging young basil plants

This video is 16 minutes long and covers the following:

• Why aromatic herbs are some of the fastest and most profitable crops to grow on towers
• How progressive harvesting allows for continuous yields instead of one-time harvests
• Which herbs are best suited for this method, including thyme, sage, marjoram, and mint
• How to prevent overcrowding by using the correct seed count per growing port
• Why certain herbs thrive in heat while others bolt quickly in warm conditions
• How flavor, shelf life, and value differ between fresh and dried herbs
• Which basil varieties perform best in aeroponics
• Why compact herb crops are ideal for shipping, export, and urban farming
• How herbs can be marketed for culinary, medicinal, and cosmetic use
• What makes dwarf varieties and heat-resistant strains a smart choice for high-turnover production

This video is 11 minutes long and covers the following:

• How watermelons can be successfully adapted to vertical aeroponic systems
• Why seedless watermelons are not genetically modified
• The difference between diploid, tetraploid, and triploid watermelons and their role in pollination
• How to pair seedless (Onza) and pollinator (Ace) varieties to ensure consistent fruit set
• The planting layout and ideal ratio for productive watermelon towers
• How the custom grow cage design enables vines to extend over five meters while maintaining structure and airflow
• Why skipping the lower and top tower levels improves aeration and manageability
• How to support ripening fruits using individual hammocks to prevent vine stress and deformation
• What environmental conditions watermelons need: temperature, sunlight, and irrigation management in heatwaves
• How to control aphids and other pests early using neem oil and agricultural soap
• Why the grow cage is essential for fruit support, organization, and disease prevention

This video is 8 minutes long and covers the following:

● Why power outages are a critical risk for aeroponic towers, especially in hot climates
● How to revive wilted plants after short-term outages using continuous pump cycles
● What role solar panels, inverters, and batteries play in off-grid setups
● Why operating from batteries is more efficient than running a generator directly
● How generators can back up both battery charging and direct farm power
● When to charge batteries from the grid based on off-peak rates
● What kind of generator to choose for automatic backup
● Why even minimal power loss can be harmful without a safety system in place
● How little electricity a Tower Farm actually consumes per day
● Why every Tower Farm should include a backup strategy for uninterrupted operation

This video is 10 minutes long and you will learn:

• What components are needed to set up a solar-powered Tower Farm
• How to calculate energy use based on tower quantity and pump cycles
• Why battery capacity is just as important as the number of solar panels
• How to size solar panels and batteries for a 100-tower system
• What role an inverter plays in converting DC to usable AC power
• Why having extra panels helps compensate for low-sunlight days
• How to avoid overreliance on generators by storing excess solar power
• What to consider when setting up your generator as a backup
• How to configure a generator to charge batteries efficiently
• Why working from batteries, not directly from generators, is the best method

This video is 4 minutes long and covers the following:

● What deep water culture (DWC) is and why it can become a problem in tower systems
● How loofah roots can overtake the reservoir and block essential components
● Why skipping the first two levels helps prevent root clogging
● How overplanting aggressive crops like loofah leads to root overcrowding
● What issues can arise if the floater assembly or pump becomes obstructed
● Why checking the reservoir early and often is key to avoiding root buildup
● How to space loofah plants properly for healthy root development
● Why removing roots regularly is easier than waiting until they mat together
● How invasive cucurbits can outgrow both grow cages and tower space
● What lessons were learned from managing a root-choked tower manually

This video is 14 minutes long and covers the following:

● How to recognize early signs of powdery mildew and prevent its spread in leafy greens
● Why neem oil is effective as a preventive treatment and how to apply it correctly
● What role cultivar selection plays in disease resistance and crop planning
● How to handle mildew on cucurbits like zucchini and cucumbers through pruning
● What causes mosaic virus in cucumbers and how to manage it through aphid control
● Why eggplants are low-maintenance and less prone to fungal issues
● When and where to grow parsley to avoid heat-triggered mildew outbreaks
● How to improve disease control through better airflow, pruning, and hygiene
● What to consider when removing infected tissue to prevent further contamination
● How to apply an integrated disease management (IDM) strategy in aeroponic farms

This video is 5 minutes long and covers the following:

● How to protect baby plants from damage caused by strong winds
● What kind of wind conditions aeroponic towers can handle
● How to use anti-wind nets without blocking sunlight
● How to build and secure a wind protection system using basic tools
● When it’s worth setting up wind protection and when it’s not
● How gust predictions matter more than regular wind speed
● Why monitoring weather patterns is essential for timely setup
● Which crops are more wind-resistant compared to others
● How strategic placement of nets helps protect vulnerable sections of the farm
● How to remove and store wind nets when they’re no longer needed

This video is 14 minutes long and covers the following:

● How aeroponic towers can grow the same number of lettuces using 95% less space
● Why vertical farming can produce 5 times more lettuce per hectare per harvest
● How tower-grown lettuce matures in 30 days compared to 60 days in soil
● Why aeroponic systems provide consistent nutrient delivery and oxygen at the roots
● How soil-grown lettuce is more prone to snails, slugs, and root-eating pests
● What makes pest detection and crop monitoring easier on a vertical system
● How water use is reduced by 95% with recirculating irrigation in towers
● Why tower-grown lettuce requires less post-harvest washing and has longer shelf life
● How tower farming improves labor conditions with ergonomic harvesting
● What causes growth inconsistency in soil and how towers ensure uniform results

This video is 4 minutes long and covers the following:

This chapter 4 minutes long and covers the following:
• What types of crops benefit from using a cucurbit grow cage and why it’s essential for heavy or vining plants
• How the cage structure supports 11-pot towers that are 2.5 meters (about 8 feet) tall
• Why the double cabling system offers extra plant support, especially during fruiting
• How young vines use the inner cable to reach the outer support cable with ease
• Why bungee cords make the cables easy to install, remove, or adjust
• What bar dimensions are recommended for building the cage frame
• Why oversized bars are unnecessary and affect practicality
• How air circulation and optimal yield depend on the tested blueprint dimensions
• Why some clients modify cage height or width and the impact it can have
• How to secure the cage with a cement base and why terracotta tiles are preferred over cement flooring

This video is 11 minutes long and covers the following:

• What greenhouse options exist, from low-tech to fully climate-controlled setups
• How hybrid greenhouses offer a balance of affordability, airflow, and pest protection
• Why anti-insect netting, retractable shade cloths, and circulation fans matter
• What makes climate-controlled greenhouses ideal for precise temperature and humidity control
• How polycarbonate compares to polyethylene in durability and climate protection
• Why crop compatibility is essential when controlling internal climate
• How features like cooling pads, extraction fans, and CO₂ sensors work together
• What makes climate-controlled greenhouses more power-intensive
• Why standard greenhouse specs don’t always suit vertical Tower Farms
• How Agrotonomy’s consultation service ensures a custom-fit solution and lower cost

Once you sign up, you’ll have lifetime access to the Masterclass. There’s no time limit, no expiration date, and no recurring fees. You can revisit the lessons, documents, and resources anytime at your own pace.

Yes. While there are no scheduled updates at this time, we may add new chapters and expand the Masterclass in the future. All future updates will be included at no extra cost and automatically accessible to existing customers. Once you’ve signed up, you’ll receive everything that’s added in the future without needing to pay again.

This Masterclass is not designed for aeroponic towers for home-use.

While many of the insights and techniques we share can still apply on a smaller scale, the course is primarily intended for vertical farming using commercial-sized aeroponic towers with fully automated irrigation and nutrient dosing systems.

It is geared toward individuals who are either planning to set up a Tower Farm or already operating one and looking to improve their efficiency, output, and bottom line.

The Masterclass is hosted on a dedicated online learning platform built for fast and reliable video streaming. It includes 25 video chapters, each paired with an extended written transcript that offers additional technical details along with both metric and imperial measurements. All included free publications are provided as downloadable PDF files. You can access the full course anytime with your personal login.

When you sign up for the Agrotonomy Masterclass, you’ll receive the following 5 e-books free of charge:

The Cultivation Guide for Aeroponic Towers ($49 value)

Vertical Farming with Aeroponics ($39 value)

Solar-Powered Aeroponic Tower Farming ($39 value)

Crop Yields on Aeroponic Towers ($15 value)

Grow Cage for Aeroponic Towers ($45 value)

We understand that many of our followers have purchased our eBooks before enrolling in the Masterclass. However, the value of those previous purchases cannot be applied retroactively. The eBooks are included as a bonus for new students, but past eBook purchases are separate from the Masterclass offering and cannot be deducted from the course price.

We accept Visa, MasterCard, PayPal, and Apple Pay.

If you prefer to pay by bank transfer, please contact us at masterclass@agrotonomy.com to request our account details.

Yes. When you reach the checkout page, you may see the option to pay in installments through third-party financial institutions such as Klarna, Afterpay, or Affirm. These options are offered automatically based on your country and eligibility.

Currently, payment plans are only available in select regions, including the United States, Canada, the United Kingdom, most of Europe, Australia, and New Zealand. They are not supported in all countries worldwide.

Eligibility is determined by the financial institution, not by us. If you qualify, the option will appear at checkout without any additional steps.

The Agrotonomy Masterclass is currently available in English only. However, we plan to offer subtitles in multiple languages starting in 2026. Until then, all video lessons, documents, and resources are in English.

By purchasing or accessing the Agrotonomy Masterclass, you agree to the following terms and conditions. Please read them carefully before proceeding.

Terms and Conditions

By purchasing or accessing the Agrotonomy Masterclass, you agree to the following terms and conditions. Please read them carefully before proceeding.

1. No Refund Policy

All sales are final. Due to the digital nature of the Masterclass and the immediate access provided upon purchase, we do not offer refunds under any circumstances. This policy is clearly stated before checkout and is accepted upon payment.

2. Access and Usage

When you enroll, you receive a personal, non-transferable license to access the Masterclass content. Sharing login details or redistributing course materials is strictly prohibited. We reserve the right to revoke access without notice if misuse is detected.

3. Intellectual Property

All videos, documents, and materials within the Masterclass are the exclusive property of Agrotonomy. You may not copy, reproduce, distribute, or use any part of the content for commercial purposes without prior written permission.

4. Free Publications

Any free e-books, PDFs, or downloadable resources included with the Masterclass are for your personal use only. They may not be shared, distributed, reuploaded, or used for any commercial or educational redistribution without written permission from Agrotonomy.

5. Account Responsibility

You are responsible for maintaining the confidentiality of your account login. If you believe your account has been compromised, notify us immediately at masterclass@agrotonomy.com

6. Limitation of Liability

All the information featured in the Agrotonomy Masterclass is based on our hands-on experience farming with aeroponic towers in different climates and environments around the world. While we share what has worked for us, we cannot guarantee results. There are many factors beyond our control including water quality, environmental conditions, equipment choices, and crop management practices that can impact your outcome. Agrotonomy is not responsible for any direct or indirect damages resulting from the use or misuse of the information provided.

Privacy Policy

At Agrotonomy, we value your privacy. This Privacy Policy explains how we collect, use, and protect your information when you visit our website or enroll in the Agrotonomy Masterclass.

1. Information We Collect

We may collect the following information:

• Personal Information: Your name, email address, billing address, and payment details when you make a purchase or sign up for our Masterclass
• Technical Data: IP address, browser type, device information, and pages visited on our site
• Usage Data: Interactions with course materials, progress tracking, and support requests

2. How We Use Your Information

We use your information to:

• Process payments and provide access to the Masterclass
• Communicate important updates and support-related information
• Improve our website and course experience
• Comply with legal and regulatory obligations

3. Third-Party Services

We may use trusted third-party services for payment processing. These providers only receive the data necessary to perform their specific functions and are required to handle your data securely.

4. Data Protection

We implement reasonable security measures to protect your personal information. However, no online system is 100% secure and we cannot guarantee absolute protection.

5. Your Rights

You have the right to:

• Access, correct, or delete your personal data
• Withdraw consent at any time
• Contact us with any privacy concerns at: masterclass@agrotonomy.com