As I being an Indvidual who is about to see the world, People often deny my Ideas as it is worth unsatisfying. An inexperienced guy often tends to be Unsupportive by People. From my childhood, I was quite inspired by people who stood socially committed. These people has usually inspired me a lot, I believe this is one step of me going toward indeed to achieve my goal.
Being an Engineer, I realized contributing to the Technology was my goal to the society. and my country being an Agriculture driven nation has always been excelled in promoting revolution on Agriculture. On behalf of same I started thinking of Ideas that would intelligently decrease Workflow as well as promote youth and people to bring into this world of agriculture
We are a group of engineering students hailing from Kerala who shares the dream of creating and successfully launching an AI product which can revolutionize the way people think and live.To achieve this target we have applied for the online based training platform that SV.CO offers. This program had been a dream for all of us from the moment we were introduced to this programme.Developing a prototype,Learning from the most successful entrepreneurs, All of these perks made us apply for the programme without thinking of the course fee we have to pay after getting selected in the interview.We had successfully completed all the tasks like creating a video and developing an Car E-commerce application that had to be done to get into the program.
People found it too difficult to make a a small farm so that we can build organic Food right here
A few months ago, we began to think with Automated Gardening System, with the help of sensors and the open-source microcontroller Arduino to create an automated garden that could compete with commercial farms.
It allows sustainable gardening by using sensors to determine soil moisture, as well as a webscraper to determine future weather. It uses this information to save water by only using the requisite amount. Requirements for this project include experience soldering, some basic programming experience, and much patience for debugging.
Further improvements include implementing the wifly shield as well as doing a better calibration of the moisture sensors. The value that we have for the necessary moisture content to water is estimated and a more careful analysis would help conserve even more water. We would also like to plot real-time data from our garduino using matplotlib and ipython.