We are immersing ourselves in the world of cyberspace and bringing hacking to our indoors.
Just like in the digital world, where hackers use a “botnet” to coordinate large-scale tasks, we are creating a “Human Bot-Net”, where all of us, enthusiastic cultivators, come together to achieve a common goal: hacking our cannabis plants and discovering the genetics that respond best to mutation.
And why are we doing it as hackers? Through a “Brute-Force” to nature!
Did you read about brute force attacks in the hacking world?
It is when we try all possible combinations of a key until we find the correct one and access someone’s information.
So, with hundreds of us testing different genetics and growing conditions, we are doing a brute force attack on cannabis genetics until we discover which combination produces the most potent and productive plant.
And of course, once we have found our ideal genetics, we will “overclock” it.
Like gamers who increase the speed of their processors for additional performance, we duplicate the chromosomes of our plants to obtain larger, stronger and more productive cannabis plants.
So, yes, we are hackers. But instead of codes and systems, we are hacking nature itself.
Join our “Human Bot-Net” and help take Argentina’s cannabis world to new limits!
import time import random
class
CannabisPlant
:def
__init__
(self
, name, chromosome_sets=2
):self
.name = nameself
.chromosome_sets = chromosome_setsdef
mutate
(self
, method):self
.name}...") time.sleep(2
)if
method == "colchicina
":self
.chromosome_sets *=2
self
.name} ahora es un poliploide con {self
.chromosome_sets} sets de cromosomas!")class
Grower
:def
__init__
(self
, name, plants=None
):self
.name = nameself
.plants = plantsif
plantselse
[]def
add_plant
(self
, plant):self
.plants.append(plant)def
apply_treatment
(self
, plant_name, method):for
plantin
self
.plants:if
plant.name == plant_name: plant.mutate(method)break
else
:def
welcome_message
():def
create_growers
(num_growers): growers = []for
iin
range(num_growers): growers.append(Grower(f"Cultivador_{i+1
}"))return
growersdef
start_experiment
(growers):for
growerin
growers: plant_name = f"Planta_{random.randint(1
,1000
)}" grower.add_plant(CannabisPlant(plant_name)) grower.apply_treatment(plant_name, "colchicina
")def
main
(): welcome_message() num_growers =int
(input
("Introduzca el número de cultivadores en nuestra botnet humana: "))if
num_growers >1000
:else
:if
__name__ == "__main__
": main()