What changed in this filing

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Item 2. Management’s Discussion and Analysis

2023-02-08 compared with 2022-11-09 · 65 added, 50 removed, 114 unchanged (50% of the section changed)

24 unchanged sentences

owners that operate within infrastructures that cannot be reasonably protected by traditional fire sprinklers.

with Sparx Technologies, LLC (“Sparx”) to pioneer the fire protection industry with a commercially available wireless

electronic fire sprinkler network and develop the industry’s first commercially available wireless electronic fire sprinkler

system that can be adaptable for a variety of different applications and customers.

1 Traditional fire sprinklers are primarily mechanical

devices that contain a heat-sensitive element that could be in the form of a glass bulb or a fusible metal link that will rupture or melt

at a certain temperature threshold, activating the sprinkler and allowing water to flow.

Traditional sprinklers will not turn on all at

Traditional fire

sprinklers are primarily mechanical devices that contain a heat-sensitive element that could be in the form of a glass bulb or a

fusible metal link that will rupture or melt at a certain temperature threshold, activating the sprinkler and allowing water to

Traditional sprinklers will not turn on all at once.

Each one activates independently, on its own.

We intend, with Sparx

Technologies, LLC (“Sparx”), to pioneer the fire protection industry with a commercially available wireless electronic

fire sprinkler network and develop the industry’s first commercially available wireless electronic fire sprinkler system that

can be adaptable for a variety of different applications and customers.

On August 29, 2022, we entered into and consummated a Patent License Agreement

38 unchanged sentences

circuit boards, benchtop test electrical assemblies with DC and AC power supplies, troubleshoot designs with multimeters, and create wiring

The Company has now begun to finalize the advanced wireless sprinkler design

and build a prototype to be utilized in wireless fire suppression technology.

A prototype is in the development stage.

A utility patent

is anticipated to be filed upon by the end of this year.

The Company, via Sparx Technologies, LLC, has now begun to finalize a

battery-operated wireless electronic sprinkler network design and build a prototype to be utilized in wireless fire suppression

A prototype is in the development stages.

It is the Company’s intent, in the near future, to launch a website that

will include development updates regarding this process.

At this time, the website is in the beta stages and is believed to be

several months away from being made live for public viewing.

The website is being designed by our sole officer, Cassandra DeNunzio.

January 4, 2023, the Company issued 75,000 shares of our Common Stock to a non-related party in exchange for their services related to

designing a component of the battery-operated wireless electronic sprinkler network that is currently being developed by Sparx Technologies,

As mentioned previously, the battery-operated wireless electronic sprinkler network, remains in the prototype stages of development

On January 20, 2023, Sparx Technologies, LLC filed a utility patent

application with the USPTO under 35 USC 111(a) for a Mesh Network Fire Suppression System and Associated Methods with Serial No.

A prior provisional application with Serial No.

63/304,302 was issued by the USPTO on January 28, 2022.

In addition, an

international patent application (PCT) was also filed with the USPTO on January 23, 2023, resulting in international patent pending

An international application Serial No.

PCT/US23/11314 was issued by the USPTO.

The Company plans to commercialize Licensor’s wireless fire suppression

technology into a fire protection/fire safety product line and seek approval from regulators.

We plan to offer our advanced proprietary

wireless sprinkler technology in the design, installation, and system integration to protect a variety of premises including commercial

buildings and industrial sites from highly challenging fires.

We believe that there is a lot of room for innovation and opportunity

to meet the fire protection needs of today's modern businesses and building owners.

The design of fire sprinklers has not changed significantly

over the last fifty or so years and still consists of mostly simple mechanical components 1 .

Traditional sprinklers cultivated

from 19 th century science use the same physical element to detect fires as they do to cause water to flow.

Because the heat-sensitive

operating element of traditional fire sprinklers shares two important primary functions, this technology can face significant complications.

If a fire starts near the ground under a storage rack in a tall warehouse, significant fire spread can occur by the time a fire is detected

at the ceiling, where sprinklers are commonly located.

Because detection and activation are combined functions of traditional sprinkler

technology, a single sprinkler could operate and a phenomenon known as sprinkler skipping can occur that will cause sprinklers farther

away from the fire origin to activate earlier than those that are closer and fire can continue to spread 2 .

Our patented technology

will allow for the decoupling of fire detection from sprinkler activation and will provide us with the ability to have greater control

over sprinkler operations and respond to fires very early on in fire development.

We believe that we can disrupt the fire sprinkler industry

with our ability to leverage electronics and software in fire sprinkler system design by fundamentally changing the way the industry approaches

fire suppression.

We intend to create a framework for fire protection that will

allow for wireless communication and electronic detection and actuation of sprinklers.

With this framework, we will be able to use the

same basic hardware components, and program application-specific algorithms 3 tailored to the building, environment, and the

structure and commodities the system is designed to protect.

Our framework will allow us to make minimal, non-invasive changes when applying

our patented technology from one customer-specific application to the next, allowing us to formulate solutions for various HCFs quickly

and effectively.

Having the ability to pull additional levers with software and algorithms will give us the edge we need to deliver where

traditional sprinklers cannot.

We will be able to use software to change the way sprinklers respond to fires without redesigning the physical

components of the sprinkler itself.

This flexibility and adaptability will give Sparx an advantage when it comes to making design changes

and expanding our product offerings.

We plan to offer our advanced

proprietary wireless sprinkler technology in the design, installation, and system integration to protect a variety of premises

including commercial buildings and industrial sites from highly challenging fires.

We believe that there is a lot of room for innovation and

opportunity to meet the fire protection needs of today's modern businesses and building owners.

The design of fire sprinklers has

not changed significantly over the last fifty or so years and still consists of mostly simple mechanical components 1 .

Traditional sprinklers cultivated from 19 th century science use the same physical element to detect fires as they do to

cause water to flow.

Because the heat-sensitive operating element of traditional fire sprinklers shares two important primary

functions, this technology can face significant complications.

If a fire starts near the ground under a storage rack in a tall

warehouse, significant fire spread can occur by the time a fire is detected at the ceiling, where sprinklers are commonly located.

Because detection and activation are combined functions of traditional sprinkler technology, a single sprinkler could operate and a

phenomenon known as sprinkler skipping can occur that will cause sprinklers farther away from the fire origin to activate earlier

than those that are closer and fire can continue to spread 2 .

Our patented technology in the product(s) we seek to offer,

will allow for the decoupling of fire detection from sprinkler activation and will provide us with the ability to have greater

control over sprinkler operations and respond to fires very early on in fire development.

We believe that we can disrupt the fire

sprinkler industry with our ability to leverage electronics and software in fire sprinkler system design by fundamentally changing

the way the industry approaches fire suppression.

Via Sparx Technologies, LLC, we intend to create a

framework for fire protection that will allow for wireless communication and electronic detection and actuation of sprinklers.

this framework, we will be able to use the same basic hardware components, and program application-specific algorithms 3

tailored to the building, environment, and the structure and commodities the system is designed to protect.

Our framework will allow

us to make minimal, non-invasive changes when applying our patented technology from one customer-specific application to the next,

allowing us to formulate solutions for various highly challenging fires quickly and effectively.

Having the ability to pull additional

levers with software and algorithms will give us the edge we need to deliver where traditional sprinklers cannot.

We will be able to

use software to change the way sprinklers respond to fires without redesigning the physical components of the sprinkler itself.

flexibility and adaptability will give Sparx an advantage when it comes to making design changes and expanding our product

“A History of Fire Sprinklers - IFSEC Global:

12 unchanged sentences

Liquidity and Capital Resources

Our cash balance is $0 as of September 30,

Our cash balance is $0 as of December 31,

Our cash balance is not sufficient to fund our limited levels of operations for any period of time.

11 unchanged sentences

We have recorded a net loss of $2,054 for

the three months ended September 30, 2022 and a net loss of $782 for the three months ended September 30, 2021.

the three months ended December 31, 2022 and a net loss of $16,829 for the six months ended December 31, 2022.

We have recorded a net loss of $1,850 for

the three months ended December 31, 2021 and a net loss of $2,632 for the six months ended December 31, 2021.

Until we are able to

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Compared sentence by sentence after normalising whitespace, quotation marks, case and digits, so re-formatting and restated figures do not read as changed language. Wording changes appear as one removal and one addition. The current filing and the prior one are authoritative.

What changed 10-Q

Item 2. Management’s Discussion and Analysis