00:00Railway is available on various tracks and there is a range of hours to make it on the railway station.
00:05From the railway station, Mootner-Sariga-RPF – Robo Coupler.
00:11In this railway station, we have a rear-screened face recognition car view in front of the vehicle.
00:18Cover with face recognition, some features, and come along with the tête.
00:55This project name is called Robocop, which gives the security to the public and actually parallel is security and parallel is surveillance.
01:02So the purpose of this project is to identify one goal.
01:07So the number of people who are able to travel is a very big challenge for the police safety department.
01:17So the opportunity is to start a facial recognition system.
01:21There is also a messaging system that can be done automatically by the internet of things.
01:28So the robot can control two and four motion ahead.
01:31So this particular project is we can make it the robot to go forward, left, right, and parallel is a path that we search for the robot automatically.
01:39So if you want to identify one goal, you can see the images that can be done automatically, right, left, right, right, right, right, right, right, right, right.
01:55You have some physical movements.
01:58If physical movements are the same, make the robot to two and four, right and left automatically.
02:03After that, there are 360 degrees surveillance.
02:06Here is a camera.
02:07So the back side also you have the another camera.
02:09These two cameras are the same, it is open to the other.
02:12This is the first of its kind in the country.
02:16So there were different robots that have to come through.
02:20For most of the time, there are different robots that can be used to be done.
02:25It is very effective in the automatic detection system.
02:26So for example, when you take the right direction from the right direction, the different surveillance system.
02:28With the right direction, the security system does, you have to come through the electronic system.
02:33Actually there were, in particular industrial activity there were different robots, academic and industry.
02:40But this was the first time Indian Railways were taken into the department.
02:44What did you do with this robot? Cost effectiveness is also very important.
02:49So there are a wide range of costs.
02:51There is a lot of automatic robot costs.
02:56So the railway department has to take this initiative to fix this particular cost.
03:02The robot is actually going to have an announcement in this particular activity.
03:09So in this particular announcement, if we do an initiative, we will have an announcement automatically.
03:28In the public general, there is a red line, amber light.
03:34In this particular indication, there is an announcement in this particular environment.
03:39The police work is not in public work.
03:42There is also maintenance.
03:44There is a lot of technical information.
03:48There is a lot of technical information.
03:49There is a lot of technical information.
03:51There is a lot of technical information.
03:53There is a lot of technical information.
03:55Through the remote board, there is an audiobook of the robot's to help reduce the battery.
03:57There is a lot of technical information.
03:58There is a lot of technical information.
03:59There is a lot of technical information about this robot.
04:01There is an advantage in real-time implementation.
04:03But we need to increase our applications in real-time implementation.
04:08We will increase the applications given by the Railway Protection Force, we have been initiated that particular application.
04:18When we are ready, we will detect the robot in a particular position.
04:27We will be able to detect the robot in a particular position.
04:32So that depends on the semi-autonomous principles.
04:34This is not man replacement.
04:36This is dependable on the police department.
04:38So police department has encrypted images with the intruder.
04:43It is obviously dependent on both the things.
04:45We have been able to do a robot in a particular position.
04:48We have been able to do a robot in a particular position.
04:51We have been able to do this.
04:53We have a lot of initiative in the company today.
04:57In 2014, we have been able to do the innovation hub in the Andhra Pradesh.
05:02In 2016, we have been able to do this because of the initiative with the help of Chandrababh Nadi Garu.
05:09It will give immense inputs, especially in platform areas where there are blind spots, where there are no CCTV cameras.
05:16The movement will give a lot of inputs to our security control.
05:19And we have the criminals' data bank, which can be stored in the robot, even in the control, from where, through FRS systems, we can detect the intruder or criminals moving in the station area.
05:31This has been made in a budget of about 20 lakh, and since it is first of its kind, the budget is always higher.
05:40As we all know, in any technology, when a technology comes, then the costs are high, then the system of the mass production comes into play.
05:50So we are sure that with more and more demands coming up for this, the prices will go down.
05:55We have been able to do the upgrade of the railway in the Andhra Pradesh.
06:08Korma Raju, KTV News, Vishak Bhatnam.
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