We want to build batteries powered, autonomous, low cost (to be easily available globally), airship to monitor,

1- 24x7 monitoring of Agriculture to better protect and enhance yearly yield.
2- Regional environmental data to protect environment,
3- Low cost commute for carrying,
(a) Food
(b) Commuting waste to remote sites
(c) Year round, 24x7 monitoring of different habitats, environmental conditions globally to better protect and enrich environment.
4- Emergency situations monitoring to eradicate root causes, like wild fire.

Project Proposal

1. High-level project introduction and performance expectation

General Information About Design

1. The purpose of the design: 

Since the proposed design is autonomous, fast quality decision making and corrective actions are the critical factors in achieving success towards design requirements.  

2. Application Scope:

(a) Extend the flight time by using solar, wind as potential energy sources for recharging batteries.

(b) Quality transfer of desired data.

3. Targetted Users:

As described in the project idea description, their is a phenomical number of end users of this product (Agriculture, Transportation, Security, Environment, etc.)

4. Detailed Description: 

We have worked with Intel FPGA's and found the integrated quality solutions design, developing and deploying solutions as the key reason to use Intel platform for our design needs.

2. Block Diagram

3. Expected sustainability results, projected resource savings

1. Successful prototype design to autonomously carry a payload of 250Kg to desired destination.

2. Once #1 is successfully and repeatly achieved then scaling up the designing different prototypes for monitoring, load carrying etc.