Thanks for the references.
534 karma · joined February 8, 2019
#plant-whisperer #lambda-chef #emacs-warrior (previously #vim-pilgrim)
Thanks for the references.
I actually graduated from college this year; and for personal reasons I've had to change countries; now I'm in another Master's program... ready to drop out anytime. The whole project has been dead for months once in a while! I'm more trying to leverage ML for optimizing things. I guess that's what modern farming is missing (not ML per se, but optimization).
I'm trying to raise some investment (or in the worst case bootstrap and risk everything in the next few months), then I will go crazy with the idea.
Yes, you don't really need sunlight whatsoever. I was myself shocked until I recalled high school biology concept of genotype and phenotype i.e. the genetic structure that manifests itself given the right physical conditions (at least of plants.) As for the plants' nutrients, here's a classic- Teaming with Nutrients: The Organic Gardener's Guide to Optimizing Plant Nutrition, by Lowenfels. I was amazed to find how complex, yet simple plants are.
My vision is to have distributed farms (as opposed to conventional wisdom, i have found that smaller indoor farms will be more profitable) every eight blocks or so.
Not really- It's quite manual (as of now). I had to change my country almost three times since I started; so I'm rather focussing more on data, and training algorithms part to figure out the right parameters (and the farm is a just a testbed). One example would be to have a $5 camera for measuring growth than buying a $100 3D what not camera.
While in college (CS & Math), I got heavily interested in growing food in the most efficient and healthiest way possible. I was a dreamer when I started so I thought more of how to grow 'earthly' produce on Mars, but then I realized that my own planet Earth is so massively underserved.
It's basically like this- I mastered growing leafy greens in indoor closed environmenet, then I tried to cover all the major physical and biological markers, then I try to optimize the most optimal levels of 5-6 variables (currently) that I can fully control and may produce the best phenotype- CO2, O2, Light, Nitrate, P, K. These parameters have their own sub definitions.
So far I have had great results. I am trying to raise investment so I can finally make it a reality. Check the numbers here: hexafarms.com (no fluff)