1. Lacto fermented food, you can spend plenty of time making unique food not available anywhere. Good niche to start is lacto fermented hot sauce. You can go very mild or crazy hot depending on your preference.
2. Sourdough is pretty understood, but there is hardly anything about gluten free sourdough. Basic principles are the same, you make a starter from flour and water, but you need to make it across different gluten free flour and combine them at the end. Endless possibilities with playing with ratios, toppings, etc.
3. Building meshcore / meshtastic nodes for your local area. There are kits / ready make nodes online or you can build your own.
4. Building a cyberdeck. You can start small with ready made parts, while you work towards designing your own PCB, handling battery with BMS, CADing everything, 3d printing, etc. You can specialise by only doing themed cyberdecks like only wearable or only fallout inspired.
5. Self host at home, but only rootless, distroless podman containers.
6. Automate all you can at home and integrate into home assistant. Install wleds, sync them to the music or use them as visual notification for things you care about
I would appreciate more data on the gluten-free sourdough. I have a family member who has a wheat/gluten allergy and spends a tonne of money on special diet bread.
Do you have any good starting points or resources to share?
I admit I haven't gotten around to search very deeply for them yet as I just started thinking about this again yesterday but previous attempts have not given me any good information just one off recipes rather than creating a new bubbly family member to store in your fridge ;)
That looks awesome, thank you for your hard work! I would love tinker with it, but I'm not sure how to abstract things connected to those supported u_controller boards? Example, 7x16 Pico unicorn hat is driven by RP2040 PIO.
PIO isn't abstracted yet, we use rp2040js which has a full PIO emulator that executes the actual PIO instruction set (MOV, SET, PUSH, PULL, etc.) cycle by cycle, including the FIFOs and clock dividers. So it's not an abstraction. it's a direct emulation of the PIO state machines, same as how avr8js runs real AVR instructions
