1. What is Lextor?
Lextor is a connected system where robots talk. It is artificially intelligent and can perform wide range of tasks.
2. How does it work?
It works in 5 steps:
1. Identification
The robots will be designed to work over an area and identify everything it can using a camera mounted on it.
2. Processing
A Raspberry Pi Pocket Sized PC along with Windows IOT Core/Linux Distro will be used for sending the images to the Cloud and running algorithms
3. Cloud
Azure will be used along with many Open Source libraries to run different algorithms.
4. Algorithms
The algorithms azure will be running will be license plate recognition system, face recognition system, speed detection, fire detection, etc.
5. Output
The robots will be equipped to perform several tasks like informing nearby medical support or changing traffic lights, etc.
3. Why is this platform required?
This platform is required to fulfil the following objectives:
· To provide a platform wherein users can avail multiple land, air or water facilities, such as surveillance and maintenance, to boost efficiency of their sectors, all using robots.
· To make available these services using latest technology- i.e., by a swarm of robots in air (swarm of drones), on land (swarm of land robots) or under water (swarm of aqua-robots), all controlled by an Artificial Intelligence.
· Through this, to make as many people and sectors as we can, ultimately a part of our broad vision goal to accomplish UN’s Sustainable Development Goals before 2030.
· To provide a great connected healthcare to people
· A create a decentralized system in order to do tasks faster
· Provide a system for control and management of traffic using UAV
4. What type of robots will be performing the services?
The robots will be designed and pre-programmed by us, and therefore will operate autonomously in all the 3 domains- air, land and water. Drones (UAVs) will work in air, the wheeled robots will cover the land, and the aqua robots will be in action under waters.
5. How are the robots controlled and monitored?
Monitoring and evaluation is done by various algorithms that provide easy functionality of the system, like the examples below. Azure is the cloud platform we used in order to deploy our code.
· Speed and accidents. Various sensors shall be used so that the drone detects speed of the vehicles and also find places where accidents can occur or have occurred.
· License Plate Recognition. By using OpenALPR, the drone will be able to identify any license plate, making it very easy to detect the owner of the vehicle involved in accidents or any illegal activity.
· Facial Recognition. OpenCV and Python Libraries will be used to detect faces which can be run in databases like Aadhar in India that stores face of every citizen.
· Artificial Intelligence. The received inputs need to be worked upon and since Humans cannot be always there to take actions we will need an artificial intelligence that takes specific actions on the basis of received inputs.
6. How is it better than the existing platforms doing similar business?
· Through our platform, we'll be creating swarm of robots of each domain (air, land and water) which will be controlled by AI.
· Our platform will be allowing 'interconnection between the robots of the 3 domains' so that they work with coordination.
· Single platform will be able to contribute to UN's sustainable goals by AI in multiple ways.
· Lextor may work autonomously in future.
7. Who all can avail the services from this platform?
Lookup our services section for this information. Here
8. What makes lextor worth the investment?
Multiple Possibilities. One Platform. Many services can be carried out by this single platform, making it cost effective. The services are not limited to our current targets but can be expanded wherever required.
Latest Technology. Robots are the NOW main trend, and in our platform, they are controlled by Artificial Intelligence. The design of our platform is simple, as it is taken directly from the nature, hence allowing us to make our platform even more efficient with network designs like Artificial Neural Network (ANN) (design taken from the human brain).
Better World. Delivered. With our platform, we assure that we will contribute to make this world a better place, and the consumers too will become a part of the process, as our broad vision goal is to work towards sustainable development by targeting on U.N. Sustainable Development Goals.
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