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Torpedopot

Hybrid growing system

Executive Summary

Countries are facing increasing pressure to strengthen domestic food production due to rising import dependency, climate variability, and inefficiencies in traditional farming systems, resulting in inconsistent yields, water limitations, high labor demands, and post-harvest losses.

This proposal introduces a national-scale pilot deployment of 5,000 TorpedoPot self-growing planters using a miniature, semi-automated growing facility model. The system integrates precision irrigation, solar-powered infrastructure, and centralized water and nutrient delivery to ensure uniform plant growth while reducing water waste and labor dependency.

Designed for climate resilience, the system is protected from drought and flooding, deployable on degraded land, and reduces soil dependency. It delivers up to 90% labor reduction, 40% fertilizer savings, and 90% water savings, while minimizing human error. In addition, the model supports reduced post-harvest losses, improved market access, price stability for producers, and increased national food security.

The system is designed for long-term durability, with an expected lifespan of up to 20 years, ensuring sustained performance and strong return on investment.

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Hybrid Growing System

Soil

TorpedoPot operates as a hybrid cultivation system that combines the strengths of both soil-based and hydroponic growing methods to optimize plant performance. By incorporating soil or soil-like substrates, the system can leverage natural biological processes such as microbial activity and organic matter interactions to enhance nutrient complexity and bioavailability, contributing to improved flavor and plant health.

Hydroponics

TorpedoPot integrated hydroponic fertigation which delivers nutrients in fully soluble, plant-available forms to maximize uptake efficiency and drive higher yields. This dual capability allows TorpedoPot to balance the benefits of natural soil ecosystems with the precision and consistency of hydroponics, resulting in both high-quality produce and high-output production efficiency within a single adaptable platform.

It Grows Everything

Torpedopot is a modular growing system that traditional growing obsolete! can grow corn, eggplants strawberries and watermelon in the same Torpedopot . It can be connected to feed a city.

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Architecture

The project utilizes a cluster-based infrastructure model, grouping 500 TorpedoPot planters into a single operational unit. Each cluster functions as a self-contained production system, equipped with dedicated water, nutrient, and power infrastructure to

ensure operational independence, redundancy, and scalability. Core components include a water infrastructure system consisting of pumps, manifolds, and piping; 10,000-liter water storage tanks; integrated fertigation systems for precise nutrient mixing and delivery; and solar-powered energy systems with backup support. Each cluster is fully installed and configured as a standalone unit, enabling efficient deployment, simplified maintenance, and seamless expansion across multiple sites.

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Category	Traditional Farming	Hydroponics	TorpedoPot (Hybrid)	Economic Impact
Labor Costs	High (manual)	Moderate	Low (automated)	↓ Up to 90% labor savings
Water Usage	High waste	Low (recirculated)	Very low (precision + controlled)	↓ Up to 90% water savings
Fertilizer Use	Inefficient, runoff	Efficient	Highly efficient (precision fertigation)	↓ Up to 40% savings
Yield Consistency	Variable	High	Very high (controlled + adaptable)	↑ Stable production
Crop Loss	High (weather/soil)	Low	Very low (protected root system)	↓ Reduced losses
Land Efficiency	Low density	High density	High-density + flexible deployment	↑ More output per area
Market Access	Inconsistent	Consistent	Highly reliable supply	↑ Premium pricing potential
Maintenance Costs	High	Moderate	Low	↓ Reduced OPEX
Scalability	Limited	Moderate (fixed systems)	High (modular clusters)	↑ Easy expansion
Climate Resilience	Low	Moderate	High (soil + hydro hybrid protection)	↓ Risk exposure
ROI Potential	Unpredictable	Moderate	High (cost + yield optimized)	↑ Strong investment case

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Torpedopot

Curved Planter

November of 2018. During this two-year window, Massachusetts residents were, and are still able to grow up to 6 cannabis plants per person or 12 plants overall per residence. Sell your products in our planters. All users have to do is plug it up and watch it grow.

Curved planter Series

You can use our Curved Planters to grow in backyards, rooftops, balcony’s, window sills, and more. You can isolate your plants. Planter (P20-1) grew 40 eggplants in nine months.

Torpedopot Curved Planters allows for explosive plant growth on a Horizontal plane.---- Torpedopot gives farmers the ability to grow more crops than any vertical farm will ever be capable of, while generating returns that will forever be out of reach by their vertical farming counterparts.

Click to see video

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Torpedopot

Curved Planter

Customize your planter

Height of your Curved Planter is (6-19 ) inches
Diameter of the Curved Planter is 6-25) inches
Color of the planters can vary
We can form plastics, wood, aluminum, etc

Growing techniques

There are no hard fast rules for how many plants can be placed in a Torpedopot . Torpedopot’s Curved Planters allows the plant’s root systems to

optimize capillary action. They are designed to deliver the most optimal level of nutrients and water to enable quick and abundant yields that will continue throughout the typical growing season and even after the first frost has hit.

Type of Planter

Number of Planters in 2,000 sq ft

Number of plants/planter

Total Amount of Plants

Torpedopot Curved (P20-1)

400 to 800

1 to 30

400 to 12K

SKU	Description
P6-1	Depth 6.75"" - Liquid Volume 7.2pt
P9-1	Depth 6.75"" - Liquid Volume 7.2pt
P12-1	Depth 9.25" - Liquid Volume 2.7 gal
P16-1	Depth 12.2" - Liquid Volume 6.0 gal
P20-1	Depth 15.5" - Liquid Volume 13.5 gal
P25-1	Depth 18.5“ - Liquid Volume 21.4 gal

Game Changer

If you are harvesting fruit, seeds, stems, leaves, roots, then Torpedopot Curved Planters are for you. These planters can quickly grow potatoes, carrots tomatoes, watermelon, beets, cantaloupe, small trees, bushes, cannabis and more. Through its patented and fully automated technology it is poised to change the face of farming and home gardening forever.

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Strawberry Production Cost

One 24-inch TorpedoPot

can produce 150 strawberries, then 5,000 TorpedoPot planters

750,000 strawberries. That is the output per production cycle. If you run multiple cycles per year, total

2 cycles/year = 1,000,000 to 1,500,000 strawberries

The main benefit is high-density, controlled production. TorpedoPot enables large strawberry output in a compact space improving water and nutrient efficiency, and delivering more uniform fruit quality, with added protection against flooding, poor soil, and disease
Automation reduces labor, maintenance, and human error, enabling more consistent yields, lower risk, and scalable, easy-to-maintain deployment across multiple sites.

Consistent production improves market access, reduces post-harvest losses, and supports higher output, better quality, and a more resilient strawberry production system.

The total cost of deploying 5,000 10 cluster-based infrastructure units is approximately $600,000, with each cluster costing $60,000 and supporting 500 TorpedoPot planters. When combined with planter procurement, the total core system investment is approximately $1.1 million, providing a scalable and modular foundation for agricultural production

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Torpedopot Hummer

Hummers come In various sizes. You can select the planter's height, diameter, number of grow sites, the layout of growing locations, color materials, etc. These planters have digital and manually controlled watering capabilities. The type of watering that takes place in the Torpedopot is fundamental to the biodiversity of the soil. They are highly efficient in that you'll get the most growing area for your money using the least amount of resources.

Absolute Masterpiece

Torpedopot Hummer is a small pressurized growing container that works 24 hrs/day growing your plants. You don’t have to be there.! Hands down, it can outgrow any planter in the world. It has a small compact design that is aesthetically pleasing and powerfully functional. The growing chamber is filled with nutritious food that plants will eat during the growing season. You can network Hummers to create the largest pressurized plant plumbing community in the world.

Convenient and easy to carry mobile growing solution that displays well.

Accepts seeds or seedlings.

Excellent for research and development

Customize your own planter

Because its raised off the ground, you can inspect every bug and defect.

Determine the quality of your seeds and their germination rates

Test seed purity, viability, vigor, and other traits
Grow many varieties of plants in one planter
Assembly is less than 5 minutes
Virtually no weeding
Blocks small rodents from eating your roots
Plants grow faster, reach maturity quicker
95% efficient, no wasted water
Reduces dependency water, fertilizer, and pesticides
An indoor and outdoor growing solution
Comes in different colors

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Torpedopot

Hummer

Type of Planter

Number of Hummers in 2,000 sq ft

Number of plants/planter

Total Amount of Plants

Torpedopot Hummer (H33)

400

(4–24)

9,600

Height specifications: (1-3 ft)
Diameter specifications (2 to 12 inches)
Pick your color. Color coding helps to prevent mix-ups
The diameter of the planting holes (Perch Holes) (.25 to 1 inch )
The amount or frequency of the holes (1 to 36)
The +Spatial arrangement of planting sites
We can customize your planters out of glass, stone, wood, etc

There are no hard fast rules for how many plants you can grow in a Torpedopot . You can adjust your planter to meet a variety of feeding requirements. It does not matter if your harvesting flowers, seeds, buds, fruit, or foliage, Torpedopot , can be used as a tool to mature your plants and increase their chance of survival.

SKU	Description
H13	1-ft tall 12-inch diameter
H23	2-ft tall 12-inch diameter
H33	3-ft tall 12 inch diameter

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Torpedopot Hummer

One 5-ft tall 12-inch diameter TorpedoPot can produce 200 strawberries, then 5,000 TorpedoPot planters 1,000,000 strawberries. That is the output per production cycle. If you run multiple cycles per year, total 2 cycles/year = 2,000,000 strawberries

The main benefit is high-density, controlled production. TorpedoPot enables large strawberry output in a compact space improving water and nutrient efficiency, and delivering more uniform fruit quality, with added protection against flooding, poor soil, and disease
Automation reduces labor, maintenance, and human error, enabling more consistent yields, lower risk, and scalable, easy-to-maintain deployment across multiple sites.
Consistent production improves market access, reduces post-harvest losses, and supports higher output, better quality, and a more resilient strawberry production system.

The total cost of deploying 5,000 10 cluster-based infrastructure units is approximately $750,000, with each cluster costing $60,000 and supporting 500 TorpedoPot planters. When combined with planter procurement, the total core system investment is approximately $1.3 million, providing a scalable and modular foundation for agricultural production

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Original Torpedopot

Two Growing Surfaces

The Original Torpedopot merges the height of the Stick and the depth of the Curved Planter and dives them into multiple growing areas. Depending upon what you are growing, you can germinate or place 16 seedlings in the Stick portion of the planter. you can also add an additional 16 plants into the curved base planter. We have grown as much as 100 plants in the 4ft tall planter for harvesting over 200 flowers. Each plants nutritional and root requirements are different. Torpedopot gives you the tools to determine which growing environment is good for your plants.

Torpedopot provides an environment which allows plants to achieve their full potential. Most plants are not happy in their environment. Existing growing conditions prohibit plants from expressing their vibrant colors and complex behaviors. Most plants are struggling to optimize the right amount of sunlight, shade, water, bacteria, fungus, rain, etc. Torpedopot has been designed to reduce the shock of not having a luscious plantation or a perfect growing environment. Torpedopot optimizes the conditions in which plants can achieve their full potential. Torpedopot has been scientifically designed to grow your plants for you!

500 Banana Peppers

20 Cannabis Plants

52 Eggplants

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Original Torpedopot

There are no hard fast rules for how many plants can be placed in a Torpedopot . Just remember, only give your plants the water and nutrients that they need.

Type of Planter	Number of Planters in 2,000 sq ft	Number of plants/planter	Total Amount of Plants
Torpedopot Curved (T2584)	400	1 to 200	400 to 80K
Excellent for mid-size farmers

SKU	Description
T2033	20" Planter (3-ft tall, 3-inch diam Torpedo)
T2043	20" Planter (4-ft tall, 3-inch diam Torpedo)
T2083	20" Planter (8-ft tall, 3-inch diam Torpedo)
T2544	25" Planter (4-ft tall, 4-inch diam Torpedo)
T2554	25" Planter (5-ft tall, 4-inch diam Torpedo)
T2584	25" Planter (8-ft tall, 4-inch diam Torpedo)

Height: (3-8 ft)
Diameter (2 to 12 inches)
Pick your color: Color-coding helps to prevent mix-ups
The diameter of the planting holes (Perch Holes) (.25 to 1 inch)
The amount or frequency of the holes (1 to 36)
The spatial arrangement of planting sites
We can form plastics, wood, aluminum, etc

One planter T2584 can yield 4 lbs Pinto Beans

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Original Torpedopot

One T2584 25" Planter (12-ft tall, 6-inch diam Torpedo) TorpedoPot can produce 800 strawberries, then 5,000 TorpedoPot planters 4,000,000 strawberries. That is the output per production cycle. If you run multiple cycles per year, total 2 cycles/year = 8,000,000 strawberries

The main benefit is high-density, controlled production. TorpedoPot enables large strawberry output in a compact space improving water and nutrient efficiency, and delivering more uniform fruit quality, with added protection against flooding, poor soil, and disease
Automation reduces labor, maintenance, and human error, enabling more consistent yields, lower risk, and scalable, easy-to-maintain deployment across multiple sites.
Consistent production improves market access, reduces post-harvest losses, and supports higher output, better quality, and a more resilient strawberry production system.

The total cost of deploying 5,000 10 cluster-based infrastructure units is approximately $1,500,000, with each cluster costing $80,000 and supporting 500 TorpedoPot planters. When combined with planter procurement, the total core system investment is approximately $2.5 million, providing a scalable and modular foundation for agricultural production

One planter T2584 can yield 4 lbs Pinto Beans

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Torpedopot Stick

Agribusiness

Torpedopot Stick is a taller version of the Hummer. The major difference between the two is the Hummer is a stand-alone portable planter while the Stick is a mobile planter that's mounted on a rack or a wall. Torpedopot Stick grows a large number of plants. Sticks can be designed to fit any environment. The Stick can grow over 1.5 million chives in one acre per year. Torpedopot Stick boasts many advantages over conventional farming. It provides substantially increased yields for an array of crops whose payback period is less than a year. High profits are driven through a significant reduction in variable costs.

Grows more plants than traditional farming or hydroponics combined
Use the same Torpedopot for an array of crops
Is a mobile farm that can be easily erected and dismantled
Requires no machinery or tools, and setup is fast
Allows smooth transition into multiple growing seasons
Plants grow fuller and reach maturity quicker
You can grow crops organically
Germinates seeds and manages plants throughout their full lifecycle
less than one hour of monitoring per growing season.
Uses less space, water, fertilizers, fungicides, pesticides, and herbicides
Weeds are virtually eliminated

Benefits

17 ft tall - Germinated six-hundred Siberian tomato plants

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Torpedopot

Stick

•Height of your Stick (3-over 100 ft)

•The diameter of the Stick is 2 to 24 inches

•Establish color codes for your planters to prevent mix-ups

•The diameter of the planting holes (Perch Holes) (.25 to 1.5 inches )

•The amount or frequency of the holes (1 to 36)

•The diameter of the planting holes (Perch Holes) (.25 to 1 inch)

•The amount or frequency of the holes (1 to 36)

•The spatial arrangement of planting sites

•We can form plastics, wood, aluminum, etc

Efficiency

Torpedopot dramatically reduces the variable costs associated with traditional farming methods outdoors as well as new-age hydroponic, aquaponic, and aeroponic techniques indoors. The cost associated with acquiring thousands of dollars of growing equipment including trays, tables, shelves, lighting, seeders, watering, soil, planters, vegetative reproduction, harvesters, and other capital intensive equipment is eliminated.

The costs associated with managing hundreds to thousands of acres of farmland including the need to laser leveling, tilling the land multiple times per season, air injection seed planting, cultivating with large tractors over thousands of hours, and the cost to irrigate, fertilize, and apply pesticides and fungicides are all virtually eliminated.

Type of Planter	Number of Sticks in 2,000 sq ft	Number of plants/planter	Total Amount of Plants
Torpedopot Stick (S124)	400	80-160	32 - 64K

SKU	Description
S84	8-ft tall 4-inch diameter
S124	12-ft tall 4-inch diameter
S164	16-ft tall 4-inch diameter
S204	20-ft tall 4-inch diameter

3,000 chives in 2 sq ft

Customize your planter

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Torpedopot Stick

One S308 30-ft TorpedoPot

can produce 2000 strawberries, then 5,000 TorpedoPot planters

10,000,000 strawberries. That is the output per production cycle. If you run multiple cycles per year, total 2 cycles/year = 20,000,000 strawberries

The main benefit is high-density, controlled production. TorpedoPot enables large strawberry output in a compact space improving water and nutrient efficiency, and delivering mo_3,r₀e_{00 c}u_hivn_esi_if_no_{2 s}r_qm_ftfruit quality, with added protection against flooding, poor soil, and disease
Automation reduces labor, maintenance, and human error, enabling more consistent yields, lower risk, and scalable, easy-to-maintain deployment across multiple sites.
Consistent production improves market access, reduces post-harvest losses, and supports higher output, better quality, and a more resilient strawberry production system.

The total cost of deploying 5,000 10 cluster-based infrastructure units is approximately $5,000,000, with each cluster height costing $100,000 and supporting 500 TorpedoPot planters. When combined with planter procurement, the total core system investment is approximately $5.6 million, providing a scalable and modular foundation for agricultural production

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Why Plants Die

What’s required of me

All you need to do is add soil, seeds, or seedlings, turn on the Torpedopot irrigation system, and walk away for the rest of the year. Organically fertilize when needed, and you’ll be amazed at how your plants thrive.

Torpedopot helps you achieve consistent and predictable growth year-round.

What should you expect

You can produce multiple harvests in a year depending on the crop and growing conditions. it’s not uncommon for experienced growers to get 2-3 harvests annually from a single planting. However, the exact number of harvests will vary widely based on the seed stock, soil, climate, and watering frequency.

Plants experience death when their growth environment becomes unsustainable. Torpedopot optimizes this environment, allowing plants to grow fuller and more fruitful. Each plant receives maximum nutrition throughout its entire lifecycle.

Automate Your Plant Watering

Inconsistent watering creates the growth of predatory fungal and bacterial communities, potentially leading to biotic collapse. Torpedopot is an automated irrigation system that not only waters your plants but also promotes the growth of beneficial fungal communities

Upgrade your plan:

Site Assessment elevation, water, soil, light, cross-contamination, etc.
Training: Develop training programs for schools, colleges and universities
Online Support – 8-hour support/ 24-hour support for emergencies
Onsite setup and training for professional growers
Hire urban farmers to service markets, hotels, government institutions
Setup harvesting, manufacturing, packaging, and canning automation
Onsite – Onsite training and support personnel
Tracing/tracking software to actively manage your food system
Software – E-commerce software for e-purchase www.agriculturalblockchain.com
Blockchain – Build a supplemental food system for a region, country, or business

Torpedopot is a leading provider of precision growing equipment, offering state-of-the-art technology to help you achieve maximum yields.

With the right environmental conditions, you can enjoy consistent and predictable growth all year-round. Our cutting-edge equipment is designed to maximize your results, ensuring that every seed reaches its full potential. It’s important to keep in mind that seed quality is a critical factor in achieving success, so it’s recommended to opt for high-quality seeds to reduce the risk of issues.

Unfortunately, many bad seeds are in circulation, so it’s essential to take extra care when selecting them. Most environments have multiple growing cycles; the plant’s unique genetics drive each growing season. With Torpedopot’s innovative equipment, you can stay ahead of the competition and enjoy high-quality yields all year round. So why wait?

Invest in Torpedopot today and start feeding the world!

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Contract Growing Protocol

Growing Assessment

Precision Growing

Chemical/Biological Analysis is performed by Torpedopot team/client Cultivator to determine if it can you receive a greater yield. Output: Increased Yield
Sustainability Analysis is used to determine if the new technology provides predictable and sustainable economic stable return. Output: Predictable yield
Social Analysis determines if the planters can be accepted throughout the facility. Research, laboratories, etc. Output : Business acceptability

PSD

One of the reasons why our clients love our planters is because you can use soil or liquid nutrients. Torpedopot is the best in hydroponics and traditional gardening. Start your plants growing in a fungal media, then switch them over to a hydroponic feeding schedule. Our planters leverage fungal and synthetic substrates. You can easily make changes to the growing environment. When seedlings are underperforming in the soil, you can feed them a nutrient-rich liquid diet. Take control of your plant's behavior.

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Growing Protocol

Independent Monitoring and Reporting

We use an independent third party to conduct testing. The average, it will take cannabis plants approximately (1-7 days) to germinate Your Seeds, (3 weeks – 8+ weeks) for vegetative growth, and (5 weeks – 16+ weeks) for the flowering stage. During the sixth month growth cycle we will analyze the proof of concept. Consequently, there are no federal standards for testing. Typically, states require some type of chemical analysis.

Biological Analysis

Plant growth
Germination
Vegetation health
Soil testing

Monitoring

Reporting

Chemical Analysis

Cannabinoids
Terpenes
Heavy metals
Pesticides
Fungicides
Solvents
Moisture content
Foreign matter
Pathogens such as Escherichia coli, Salmonella, and Aspergillus

Technical Analysis

Greater yields
Production activities sustainable
Substantial economic returns
Planter/environment specifications

Social Analysis

Applications through out the facility, research, development, nursery, etc.
Expanded applications

PSD

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Professional Services Division (PSD)

Darral Addison

Founder & CEO at Torpedopot

darral@torpedopot.com www.Torpedopot.com www.agriculturalblockchain.com

Feeding the world is our passion

Intellectual property

In alignment with U.S. A and international patent protection laws, Torpedopot wholly owns the design and utility of its Self-growing Planters.