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Roadmap Request for Proposal

Professional Services Division (PSD)

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The Request for Proposal is a written response to an inquiry from (Your company). (Your company) would like more information about the feasibility of converting a two-hundred thousand square foot vertical, fully-automated, and self-growing facility for processing over one million pounds of cannabis annually. This document is not a contract, nor is Torpedopot™ bound by any of the claims made in this document. The Request for Proposal is simply a roadmap that describes Torpedopot™ development methodology. The Request for Proposal draws attention to milestones the project team must undertake to achieve project objectives, deliverables, and acceptance criteria.

Upon written consent from Torpedopot™ Professional Services Division and the client, the contents of this document can be placed in a Statement of Work to be executed as a contract.

Request for Proposal

Interpreting this document

PSD

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Infrastructure Assessments and Growing Protocol

Torpedopot™ Growing Protocol tracks your plant's growth and behavior. Torpedopot™ extracts data from your plant's environment while they sleep, eat, and grow!

Request for Proposal

PSD

Torpedopot™ understands your regulatory framework as well as your technical and biological environment. We are professional growers. Our Infrastructure Assessment and Growing Protocol are designed to merge your plant's physiology into their new growing environment. Your cannabis plants will experience their full lifecycle in your care. Our planters simulate real-world conditions, so you can control taste, look, feel, potency, cannabinoids, terpenes, color, texture, smell, etc. Great for research and development!

Infrastructure Assessments

Torpedopot™ will assess your current designs, architectural layout, piping, HVAC, and facility, equipment, utilities, as well as data collected from sensors, monitoring devices, and cloud services to ensure the future state is sustainable.

Growing Protocol

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Infrastructure Assessment

Imagine having forty-thousand, twenty-foot tall self-growing cannabis towers producing one-million pounds of cannabis annually. When you take into consideration that the system utilizes a fraction of water, space, soil, and labor, to house this much harvest, it is profound. To be successful, we must precisely understand your process parameters, acceptance criteria, and system specifications. Your production facility must sustain full automation. Change in system parameters impacts your plant's growth.

Your plant's complete lifecycle (germination, cultivation, testing, harvesting, processing, and packaging) will take place in one containerized gardening system. Your facility must be able to scale with your operations. Torpedopot™ is a mobile solution that can quickly scale your operations to double production output. Torpedopot™ can scale faster than any growing application in the world.

Plants full lifecycle

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Infrastructure Assessment

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Request for Proposal

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Growing Protocol

Precision Growing

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Growing Assessment

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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

Request for Proposal

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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Independent Monitoring and Reporting

Biological Analysis

Plant growth
Germination
Vegetation health
Soil testing

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Monitoring 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.

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

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Roles and responsibilities

We bill clients for actual work scope based on hourly rates of labor. Customers are charged for the amount of hours spent on a specific project. Expense reports submitted by employees will be managed by the project manager.

Role	Task	Deliverables
Agronomist (A)	Execute Growing Assessment and Growing Protocol	Protocol and Assessment
Engineering (E)	Asses facilities, utilities , architecture, processes	Assessment packages
Project Management (P)	Mange personnel , timelines, and resources	PM documents
Build team (B)	Build the planters to specification	Requirement /Specs
Install/Operate (I)	Install planters	Installation Cert
Verification testing (V)	Verify and certify that the planters are operational	Verify functionality
Sensors & monitoring (S)	Install sensors and monitoring equipment	Sensor I/O
Data Acquisition team (D)	Data Collection system/Cloud monitoring capabilities	Data Acquisition
Validation Team (C)	Validate the complete system	Validated system
Technical Writer (T)	Develop procedure and policies and train personnel	Procedures and training

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Agile Project Methodology

Initiation - Resources

Assessment facilities/utilities

Growing Assessment

Installation/operation

Sensor and Monitoring

Data acquisition

Validation

Procedure and policies

We have embraced the Agile project management methodology. There are eight major milestones in the project: however demands and solutions can only evolve through the collaborative effort of self-organizing and cross-functional teams.

M1- Initiation and resources - Interviews leadership

M2 - Assessment F&U – layout and design requirements

M3 - Growing Assessment - Agronomist Protocol

M4 - Installation/operation - Install growing equipment

M5 - Sensors - verify sensor are operational

M6 - Data Acquisition - install software/server

M7 - Validation - Verify end to end operations

M8 - Process and procedures - Write and develop

Milestone (M)

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Typical Timeline – Core Team

Onboard staff
Interview staff and management
Understand managements goals

1^ST Month Role: (A, E, P, and, T)

Initiate Facility Assessment
Initiate Growing Assessment
Implement strategic goals
Submit specifications/build planters

2^ND Month (A, E, P, B, O, and, T)

Role

Role
Agronomist (A)
Engineering (E)
Project Management (P)
Build team (B)
Install/Operate (I)
Verification testing (V)
Sensors & monitoring (S)
Data Acquisition team (D)
CSV Validation Team (C)
Technical Writer (T)

Initiate growing protocol
Install demo units to verify growth
Make any facility upgrades

3^RD Month (A, E, P, B, O, and, T)

Ensure planters operate
Ensure Planter grows plants
Verify operational functionality

4^TH Month (A, E, P, B, O, V, and, T)

Install sensors
Install demo units to verify growth
Make any facility upgrades

5^TH Month (A, E, P, O, S, and, T)

Install hardware
Install software
Ensure communications

6^TH Month (A, E, P, O, S, D, and, T)

Develop validation Plan
End to end testing
Use a risk approach

7^TH Month (A, E, P, O, S, C, and, T)

Develop procedures
Define processes
Continuous improvement

8^TH Month (A, E, P, O, S, C, and, T)

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Avg Burn Rate

1^ST Month Role: (A, E, P, and, T)

2^ND Month (A, E, P, B, O, and, T)

Hourly rate

Role	Bill rate
Agronomist (A)	125/hr
Engineering (E)	160/hr
Project Management (P)	120/hr
Build team (B)	60/hr
Install/Operate (IO)	60/hr
Verification testing (V)	125/hr
Sensors & monitoring (S)	125/hr
Data Acquisition team (D)	125/hr
CSV Validation Team (C)	125/hr
Technical Writer (T)	125/hr
Master Consultant (MC)	250/hr

3^RD Month (A, E, P, B, O, and, T)

4^TH Month (A, E, P, B, O, V, and, T)

5^TH Month (A, E, P, O, S, and, T)

6^TH Month (A, E, P, O, S, D, and, T)

7^TH Month (A, E, P, O, S, C, and, T)

8^TH Month (A, E, P, O, S, C, and, T)

80K/month

100K/month

Pricing does not include expenses, equipment, parts, destination charges, waste disposal, facility remediation. Our services are billed on an hourly basis.

Professional Services Division (PSD)

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Billing requirements

Darral Addison

Founder & CEO at Torpedopot™

(c) 1-215-290-9013

darral@torpedopot.com

www.Torpedopot.com

www.agriculturalblockchain.com

Feeding the world is our passion

Net 15 - weekly invoice
PIA - One months expenses and wages for the core team must be paid before receiving a good or service

Professional Services Division (PSD)

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.
However, all unique growing processes that are implemented as a result of the Torpedopot™/(Your Company) memorandum of understanding is exclusive to (Your Company).

Terms