Who developed Indrajaal

 

Who developed Indrajaal

What is anti drone technology?

developed Indrajaal  AI-powered anti-drone system

Developed by Hyderabad grounded Grene Robotics =

 

Indrajaal( magical net) is said to be the world’s only far- reachCounter-Unmanned Aircraft System( C- UAS) that can  descry  independent drones over an area of 4,000 square kilometres.

Equipped with advanced artificial intelligence, machine- learning41( 6) algorithms, and state- of- the- art  tackle,’ Indrajaal’ holds the capability to  fleetly  descry, and neutralise unauthorised drone  exertion in real- time.

 It takes between 30 seconds and a many  twinkles.=

It’s able of  securing  pivotal  installations  similar as nuclear installations and  oil painting  equipages but can also identify and destroy  colorful  pitfalls.   Indrajaal’ can prove useful in high- profile events  similar as government summits, sporting events, and artistic carnivals, where security against unauthorised drone breakouts is  pivotal.

Who developed Indrajaal

 

what is Drones

A drone, in the  environment of  ultramodern technology,  generally refers to an unmanned upstanding vehicle( UAV) or an unmanned aircraft system( UAS). Drones are basically aircraft that don’t bear a  mortal airman on board and are ever operated or can followpre-programmed flight paths. They’re used for  colorful purposes, including

1. == Recreational Use ==

 numerous people use drones for fun and  rest,  similar as flying them in  premises  or  landing upstanding  prints and  vids.

2. == Photography and Videography == Drones equipped with high- quality cameras are generally used for upstanding photography and videography. They can capture stunning upstanding shots and give unique perspectives.

3. == Commercial and Industrial Applications == Drones have multitudinous artificial  operations, including  husbandry( monitoring crops), construction(  point surveying and progress  shadowing),  structure  examination( islands, channels), and mining( surveying and mapping).

Who developed Indrajaal

4. == Hunt and Deliverance == Drones equipped with thermal cameras and other detectors can be used in hunt and deliverance operations to detect missing persons or assess disaster- stricken areas.

5. == Environmental Monitoring == Drones are employed to cover and collect data on the terrain, including wildlife shadowing, mapping  timbers, and assessing the health of ecosystems.

6. == service and Defense == Military drones, also known as unmanned combat upstanding vehicles( UCAVs), are used for surveillance, surveillance, and combat operations. They’re operated ever to perform  colorful tasks in warfare without putting  mortal  aviators at  threat.

7. == Package Delivery == Some companies are exploring the use of drones for delivering packages and goods, which could potentially give  briskly and more effective delivery services.

8. == Scientific Research == Experimenters use drones to study colorful aspects of the natural world, including rainfall patterns, ocean currents, and geological  conformations.

 Drones come in  colorful sizes and configurations, from small consumer drones that can fit in the  win of your hand to large military drones with long- range capabilities. They’re controlled using remote  regulators, mobile apps, or indeed specialized software for  independent flight. The technology behind drones continues to advance  fleetly, leading to new and innovative  operations across multiple  diligence.

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Who developed Indrajaal

what ia  Challenges

It is likely to develop a Play station Mentality in Killing.

People with good gaming skills are being recruited by Non-state Actors.

Eyes in the sky – violates the privacy aspect – Ethically

Who developed Indrajaal

Anti Drones Technolog

1. Radar Systems: Radar is commonly used to detect and track drones. Specialized radar systems can differentiate between drones and other flying objects and provide valuable data for tracking and response.

2. Radio Frequency (RF) Detection: RF sensors can detect the radio signals used by drones for communication with their operators. This technology can help identify the presence of unauthorized drones.

3. Acoustic Sensors: Acoustic sensors can listen for the sound of drone propellers or engines, enabling the detection of drones in areas where they may not be easily seen.

4. Optical and Infrared Systems: Cameras and infrared sensors can be used to visually detect and track drones. These systems can provide a visual confirmation of the drone’s presence.

5. GPS Spoofing and Jamming: These techniques can disrupt the GPS signals that drones rely on for navigation, causing them to lose their way or return to their operators.

6. Capture Nets and Countermeasures: Some anti-drone systems employ nets or projectiles to physically capture drones and bring them to the ground safely.

7. Directed Energy Weapons (DEWs): High-energy lasers or microwave systems can be used to disable or destroy drones in flight by targeting their electronics or propulsion systems.

8. Drone Jammers: These devices emit jamming signals to disrupt the drone’s communication and control signals, effectively forcing it to land or return to its operator.

9. Drone Interceptors: Some systems use other drones equipped with nets or other capture mechanisms to physically intercept and disable rogue drones.

10. Machine Learning and AI: Advanced software systems, often powered by machine learning and artificial intelligence, can analyze data from multiple sensors to detect and predict drone threats more effectively.

11. Geofencing: Many consumer drones come with built-in geofencing capabilities, which prevent them from flying into restricted or no-fly zones, such as airports or government facilities.

Who developed Indrajaal

thank

what is AI // क्या है ai //type of ai

what is machine learning (ml)?what is a risk to data when training a machine learning (ml) application?

Reinforcement learning- (RL)-What is RL in reinforcement?-introduction

first Python programming-introduction Python programming