An opensource modular and scaleable agricultural environment monitor and controller for any crop, any where in the world, using any cultivation method such as:
- hydroponics
- traditional
- aquaponics
- aeroponics
- greenhouse
- closed environment
- To be approachable for people new to art and science of devops and/or plant production by providing educational resources.
- Able to be replicated using easily accessible parts.
- Level of complexity to be determined by each maker.
- Provide a part of the technical solution to the political problem of food scarcity.
These are some of the guiding philosophies that shape how the project develops and its function:
- Dentralization
- Opensource
- Peer-based-production
- Code is Free Speech
- Privacy and Anonymity
- Trustless
- Apolitical
This is an (expanding) list of the tools required for development (not necessarily deployment):
- Arduino
- RaspberryPi
- Linux
- Docker
- C
- C++
- Python
- BaSH
- HTML5
- CSS3
- Markdown
- Photoshop
- GIMPshop
- Javascript Potentials:
- Go
- Rust
- PHP
- Lua
- ParaSail
- Blockchain
- Nostr
- LoRa
- Bluetooth
- XMPP protocol
- Threads
- X
- Nostr
- Mastodon
- Odysse
- Steemit
- Element*
- SimpleX
- Briar
- Session
- Wire
- Signal
- Discord?
- Surespot (pi test first)
- IRC
- XMPP
- Keybase*
*these platforms also provide the ability for project development
- Gitlab
- dev.io
COMMUNITIES AND CHANNELS
- Element
- SimpleX Chat
- Signal
- IRC
- Session
- Wire
- Email List
- Keybase
- The online one i forgot<<<<<<<<< EDUCATION SOURCES
- Learning Arduino and Raspberry Pi
- Linux
- Networking
- CS50
- Coding Books
- Coding Sites