moved from TSYS Group handbook

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# Materials Provided to United States Government
This is a collection of all data/information assets provided to the United States government. Listed in chronological order of submission.
* [RFI Response](./USGAssets/RFIResponse-W56KGY-18-R-AISR.pdf)
* [NSF SBIR Submittal - June/July 2021 ](./USGAssets/JuneJulySBIRSTIRSubmittedProjectPitch.pdf)

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# Company and Team
[ref](https://seedfund.nsf.gov/project-pitch/)
### Charles Wyble
### Brian
### Mark
### Scott

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SbirPitch/innovation.md Normal file
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# Technology Innovation (500 words)
[ref](https://seedfund.nsf.gov/project-pitch/)
Our SBIR Phase I will focus on the market viablity of the mass production of balloon technology to carry payloads for commercial and government use.
### Origin
We originally began as a means to provide internet to groups not serviced by other businesses who saw it unprofitable to build the internet infrastructure for these communities.
### Key Innovations
We have curated and integrated a unique set of open source technologies that have only recently become widely available.
- Lora
- Tile38
- Throw in some machine learning or blockchain if you need too.
### Applied Research
Furthermore, we are applying promising theoretical research on balloon technology.
- Czech Researcher
- In house numerical analysis

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# Market Opportunity
[ref](https://seedfund.nsf.gov/project-pitch/)
We see two viable markets for our technology
1. To create network of balloons to act as a internet service provider to service
the 50 million home that have only 1 25Mps Internet Provider or none at all [src](https://arstechnica.com/information-technology/2017/06/50-million-us-homes-have-only-one-25mbps-internet-provider-or-none-at-all/)
2. Provide flight hour service to the US federal government to connect agnositc payloads.

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# Objectives and Challenges
[ref](https://seedfund.nsf.gov/project-pitch/)
The Objectives of Suborbital Phase I is to find the material and labor costs of producing an airworthy balloon which
- Complies with regulatory constraints (geofencing, etc) and safety.
- Carries an agnostic payload which can transmit without any interferences from our own avionics
- Withstands environmental conditions of high altitudes, such as, UV, low temperatures and low pressures.
- Has the ability to be serviced and maintained
- Has the ability to integrate to a larger network which meets the navigation and communication requirements
This work could ultimately create a network of balloons that could be managed as an ISP for communities that do not have internet service. It could also be used to move payloads for governments. Creating a government contracting firm that specializes in deploying balloons with agnostic payloads.

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