The HamShack Expedition Console, an Introduction

    As mentioned in my previous post, I've been experimenting with remote deployed websites on a raspberry Pi using Python (Flask library), and Chat GPT. I've learned that most AI tools get you close, but not quite there, but with proper prompting, they get better. I give "Assistant" (the name i gave my instance of Chat GPT) feedback.

 Right now, I'm building an app i can use to track certain observations, and publish them out as they happen. My idea is to provide a dynamic experience that allows live tracking of an expedition for an experience that will be eventually included in a citizen science project. Then I will condense the experience to a video that will auto publish to YouTube. I want to document an experience in an interesting way, create valuable scientific data that I can share with a larger community interested in that data, make it entertaining enough that people regularly enjoy what I publish.

 I guess what I'm creating is a publishing app. It will have a web app driven front end, where content is generated and sent via API to the end project. After feeding Assistant some documentation about some of the radios and systems I had it create some documentation around this project. We're calling the project "HamShack" and it's what we refer to as an "Expedition Console". Here's what it looks like so far:

NOTE: Content below was generated with the help of Chat GPT.

Building the KG4GVL HamShack Expedition Console 

Rev 1.0 (Concept)

Purpose

Create a portable expedition console integrating amateur radio,

Raspberry Pi computing, GNSS navigation, imaging, and scientific field

observation into a modular platform.

Project Roadmap

1.  POTA field operating station

2.  Raspberry Pi4 field computer

3.  Nature/science observation platform

4.  Fully integrated KG4GVL Expedition Console

Design Philosophy

The Raspberry Pi is the mission computer. The QCX+ remains the

operator’s CW radio. The QDX serves as the digital-mode radio. Eventually there will be two radios: the primary will be A QRP Labs QMX, and a backup like the QCX+ 20m. 

The QLG2 provides authoritative time and location. When the radio changes, the GPS satellite receiver will change too. The system should continue

functioning even without Internet access. Power supply focuses on Battery operation with various charging methods.

Core Hardware

Mission Computer - Raspberry Pi4 - Flask web dashboard - SQLite

database - Python services

QCX+ - Manual CW operation - POTA - CAT integration where appropriate

QDX - FT8, WSPR and other digital modes - USB audio and CAT -

Computer-assisted operation. 

QLG2 - GNSS position - UTC time - Maidenhead grid - PPS for future

precision timing

Camera - Field documentation - Geotagged images - Wildlife observations

Suggested Software Layout

/******

--REDACTED--

******/

Mission Profiles

POTA: - QCX+ - GPS - Logging

Digital: - QDX - FT8/WSPR - Propagation experiments

Science: - GPS tracking - Photos - Species observations - Future

eBird/iNaturalist support

Guiding Principles

-   Modular design

-   Radios remain independently usable

-   Offline-first operation

-   Expandable architecture

-   Reusable software services

-   Flask provides the interface, not the application logic

Future Ideas

-   Offline maps

-   Battery monitoring

-   Solar integration

-   Weather sensors

-   SDR support

-   Expedition reports

-   Automated logging

Prepared collaboratively by KG4GVL and ChatGPT (Assistant) as a living

design document.

***END***

The App/overall system we develop will be something I hope the ham radio community will support. I've specifically redacted some details from this document so that readers will be curious enough to check out Github when we get the application far enough along that it's useable. 

What do you think? 

Finally, please consider supporting my blog via the paypal link in the upper right hand corner. This will allow me to get some of the hardware and ChatGPT services I'll need to feed this effort.

A special thank you goes to 

1. The SolderSmoke podcast for encouraging me in the design of radio systems.

2. The Ham Radio Workbench podcast for introducing me to some of the tools and design philosophy I'll be using to create this thing.

3. QRP Labs and Hans Summers, G0UPL. His phenomenal line of kits encourage experimentation and use. I love them. Every ham radio operator should own one of his radios. 

Finally, please consider supporting my blog via the paypal link in the upper right hand corner. This will allow me to get some of the hardware and ChatGPT services I'll need to feed this effort.

73,

GB Hoyt KG4GVL.