Artificial intelligence is making Drones more smarter than we think!

Drones are getting smarter than we think and are being used for more than just photography and videography. 

• Drones are now being used in industrial and commercial applications, from inspecting power lines to searching for missing persons.

• But what is AI? Well, AI stands for artificial intelligence. It's a type of software that uses algorithms to perform tasks without needing human intervention or supervision. In other words, it learns on its own how to perform certain tasks without any help from humans or computers.

AI has been around for almost 50 years now. The first commercial application of AI was with IBM's Deep Blue Supercomputer in 1997 at the time when chess was considered one of the most challenging games in terms of computational power and difficulty. Since then, artificial intelligence has evolved into something so much more complex than these simple examples would suggest.

•  Drones are  increasingly being used for more than just surveillance and military purposes.
•   In fact, drones are helping firefighters save lives by delivering medical supplies to remote areas, transporting food and water to communities in need, and even providing search-and-rescue missions.

• Using AI technology to make drones more intelligent has been proven to be a successful strategy. One company that has done this is "Skycatch", a drone maker based in Israel that has developed its own proprietary software platform called Skycatch Visual Intelligence Platform (VIP).

VIP uses machine learning methods to recognize objects and then classify them into various categories based on their shape, size and other characteristics. This allows the drone to recognize objects like cars or people without having prior knowledge about what they look like. It can also differentiate between similar objects in different environments as well as identify which ones it shouldn't hit during flights because they're too close together or have specific characteristics such as propellers or wings that may interfere with its flight path.

The VIP platform is a collaborative effort between Skycatch's engineers and data scientists who work together to refine the system's algorithms so that it can better identify objects in real time when they're captured by cameras mounted on the drone's

It's not hard to imagine the future of drones: autonomous flights, self-flying vehicles and even flying cars. But these technologies aren't just for science fiction anymore.

Here are some surprising ways drones are helping our lives today:

1. Drones are making farming more efficient

Drones can be used for crop monitoring and management, which saves time and money for farmers. They can also help identify where there are pests or weeds, which helps farmers decide how to treat their crops effectively.

2. Drones are helping people with disabilities

Drones can help people with disabilities get outside and do things that they couldn't do before — like ride a bike or play soccer. The DroneDeploy platform is one example of a company that makes it possible for anyone to fly a drone at home with their smartphone or tablet computer (no pilot license required).

How to build a Drone [ DIY ]

 

DIY Drone Building

Building a drone can be a fun and rewarding DIY project. Here are the general steps to follow:

• Determine the type of drone you want to build: There are various types of drones, such as racing drones, photography drones, and delivery drones. Determine the type you want to build and the purpose it will serve.

• Gather necessary components: The components required to build a drone include a frame, motors, propellers, electronic speed controllers (ESCs), flight controller, battery, transmitter, receiver, and a camera (if needed). You can purchase these components separately or buy a drone kit that includes all the necessary parts

• Assemble the drone frame: The drone frame is the foundation of the drone. Follow the instructions that come with the frame to assemble it. Ensure that all the components are securely attached to the frame.

• Install the motors and propellers: The motors and propellers are what propel the drone. Install the motors and propellers according to the instructions that come with them.

• Connect the electronic speed controllers (ESCs): The ESCs control the speed of the motors. Connect the ESCs to the motors according to the instructions that come with them.

• Install the flight controller: The flight controller is the brain of the drone. It receives input from the transmitter and sends signals to the ESCs to control the speed and direction of the motors. Follow the instructions that come with the flight controller to install it.

• Install the battery: The battery powers the drone. Install the battery according to the instructions that come with it. Ensure that the battery is securely attached to the drone.

• Connect the transmitter and receiver: The transmitter is used to control the drone, while the receiver receives signals from the transmitter and sends them to the flight controller. Connect the transmitter and receiver according to the instructions that come with them.

• Install the camera (if needed): If you want to use your drone for photography or videography, install the camera according to the instructions that come with it.

Test the drone: Once the drone is fully assembled, test it in a safe and open area. Ensure that it takes off and lands smoothly, and responds well to the controls.

Note: Building a drone requires technical expertise and knowledge of electronics. It is important to follow safety precautions and seek assistance from a professional if necessary.

AI in Drones & Unmanned Aerial Vehicles

Artificial intelligence (AI) is transforming the way drones and unmanned systems operate, making them more efficient and capable of performing a wide range of tasks. Here are some of the ways in which AI technology is being used in drones and unmanned systems:

Autonomous navigation:

Drones and unmanned systems can use AI algorithms to navigate through complex environments without human intervention. These algorithms can analyze data from sensors such as cameras, lidar, and radar to create a 3D map of the environment and then use this information to plan a safe and efficient route.

      

Object detection and tracking:

AI algorithms can be trained to detect and track objects in real-time, such as vehicles, people, or animals. This can be useful for surveillance, search and rescue operations, and wildlife monitoring.

  

Predictive maintenance:

Drones and unmanned systems are prone to wear and tear, but AI algorithms can be used to monitor their performance and detect potential issues before they become serious problems. This can help to prevent costly downtime and reduce the risk of accidents.

Crop monitoring:

AI algorithms can analyze data from

   

drones and unmanned systems equipped with multispectral sensors to identify areas of crops that require attention, such as areas that are experiencing drought or nutrient deficiencies. This can help farmers to improve crop yields and reduce waste.

Delivery services:

Drones equipped with AI algorithms can be used for delivery services. These algorithms can be used to optimize routes, avoid obstacles, and even make decisions about when and where to land.

In conclusion, AI technology is revolutionizing the way drones and unmanned systems operate, making them more efficient, capable, and safer to use. As AI technology continues to evolve, we can expect to see even more exciting developments in this field.