00:00foreign
00:13foreign
00:15foreign
00:15have a ministry of electron information technology
00:18.
00:20We have some of our
00:23robots, which we have to develop.
00:26We have to manage your
00:30management.
00:30We will pick up and then flower picking
00:32.
00:32.
00:33.
00:34and then the flower has the separation of the flower.
00:37So, we will have the model here.
00:39We have a testing.
00:42They have two more years ago.
00:44After a year or two years, this is the refinement of technology.
00:48So, we will have this process to automate this process.
00:51We have a machine that has been built by the bed.
00:55So, it has been making machine and planting machine.
00:58We have our planting machine.
01:00We have the university of the first generation.
01:01has been built in our station. So, our goal is that bed preparations, planting, harvesting,
01:11and weed management for machines. So, this is the university
01:16with some other institutions, which we have collaboration in Agribots. So,
01:23we will be able to do this. So, Minister of Electronics and IT and SCOST,
01:30I have a technology that has been created in the world, which is automated or robotic harvesting of Kesar.
01:41With Kesar, the challenge is that only in 15 days, Kesar can harvest the flower.
01:51So, at that time, for 15 days, the manual labor is a challenge.
02:00To address this, we have a robotic system.
02:06This is automated plucking.
02:09This is not only automated, but the speed will increase.
02:15If Kesar has 2,000 flowers, it will be 4,000.
02:22So, this robotic machine will be automatically cut to Kesar.
02:28The labor will be replaced.
02:31If labor is limited, it will be used to use the machine.
02:35Because in Kashmir, in 15 days, the labor needs to be used for harvesting.
02:41So, labor can be done with this machine.
02:46So, it will be used in the world of Kesar's production.
02:47So, the product will be improved.
02:51And the quality will also be used for the product of Kesar's production.
