Teal Blue Futuristic Metaverse Presentation.pdf

Teal Blue Futuristic Metaverse Presentation.pdf

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  DEFENSE AND DEFENSE AND SECURITY SECURITY ROBOTICS ROBOTICS
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  Defense and Security Robotics? Safety and Defense Robotics is the field that studies how to use robots and robot technologies in defense and combat settings. These robots are made to do different jobs that will help defense and security forces do their jobs better, make them more aware of their surroundings, and lower the risks to people working in difficult and dangerous places such as Unmanned Aerial Vehicles (UAVs). What is
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  Unmanned Aerial Vehicles (UAV) DEFINITION:Unmanned aerial vehicles, more frequently referred to as drones, are unmanned aerial vehicles that are capable of flying on their own or being controlled remotely. The sensors, cameras, and other data-collecting equipment that are installed in them are extremely advanced. CHARACTERISTIC : UAVs, or drones, are autonomous, fast, and versatile. UAVs can carry cameras and sensors, making them ideal for monitoring and data collection. They can be operated remotely, are affordable, and easy to set up, making them valuable for emergency response and infrastructure inspection. UAVs can fly for long durations, use GPS, and communicate in real time, making them useful in many industries.
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  function & application UAVsare often employed for surveillance and reconnaissance. They monitor broad areas, borders, and key infrastructure with real-time pictures and data from cameras and sensors. Surveillance and Reconnaissance: Military and Defense: UAVs do intelligence, surveillance, and reconnaissance for the military. They are acquiring more advanced technologies for strategic purposes and can now gather vital information without endangering lives. Search and Rescue: UAVs are vital to search and rescue. Their airborne view helps find missing people and assess catastrophe zones, speeding up reaction times. UAV
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  most recent technology development Real-timeassessment, large-scale mapping, and activity monitoring are common military and civilian uses of UAV Remote Sensing (UAV-RS) technology. It efficiently maps landslide-prone areas, monitors crops, and provides continuous surveillance, saving money and field patrols. The UAV-RS market is expected to expand from USD 27 billion to USD 58 billion by 2026. Its popularity in defense, security, logistics, transportation, environmental survey, agriculture, and other areas shows its growing role. For automated flights, autonomous drones need AI and pre-programmed code. AI algorithms give precise flight, takeoff, and landing instructions. IoT sensors, in-flight cameras, and remote mapping track destinations. AI allows continuous surveillance, movement detection, and video capture. Along with onboard image processing, drones use machine learning (ML) to recognize and track objects and move smoothly between destinations. UAV Technology in Remote Sensing AI and Drones
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  data and statistic Theglobal market for UAVs was $24.72 billion in 2020 and is predicted to reach $70.91 billion by 2030, expanding 11.7%. Revenue is highest in North America, at $9.80 billion in 2020 and $24.22 billion by 2030. Military spending and desire for better monitoring solutions drove the increase. Defense modernization and military contracts offer development potential, but UAVs are expensive. The market is split by type, application, weight, and region, with AeroVironment, Airbus, BAE Systems, DJI, and Lockheed Martin at the forefront. Security and terrorism risks increase global demand for better monitoring, which boosts government UAV spending. These versatile aircraft observe military, commercial, and logistics applications well. The expensive cost of UAVs prevents wider adoption, despite their benefits. Long-term contracts and agreements with military organizations are crucial for UAV acquisition and business connections.
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  Customs and BorderProtection (CBP) uses the MQ-9 Predator B UAS for border protection. VADER and SeaVue maritime radars are on MQ-9 Predator B drones. The software infrastructure coordinates law enforcement resources through monitoring, detection, and data analysis. us uav’s border protections Hardware and Software Structure:
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  u s ua v ’ s b o r d e r p r o t e c t i o n s The CBP uses the MQ-9 Predator B UAS for Air, Maritime, and Land Law Enforcement, Domain Awareness, Extended Border and Foreign Operations, and Contingency and National Security Operations. Domain awareness, border security, and law enforcement are significantly enhanced. Drones detect, track, and stop illegal border crossings, investigate, gather intelligence, and conduct reconnaissance patrols to address vital security issues. Type of Application and Problem Solved A key mission of the MQ-9 Predator B UAS is to predict, detect, identify, classify, track, prevent, and intercept border traffic that threatens U.S. security. In fiscal year 2022, AMO UAS operators detected 104,755 suspected illicit cross-border and marine trade. Drone missions also seized 9,189 pounds of marijuana and 28,934 pounds of cocaine, proving their practicality. Function and Performance The MQ-9 Predator B is crucial to CBP's air and maritime operations. It can carry multiple sensor packages and provide long-range persistent surveillance. The Guardian marine drone can perform air and maritime tasks. In fiscal year 2022, the MQ-9 program flew 11,386 hours, proving its durability and border monitoring capabilities. Specification
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  Future application in malaysia Using UAVsin Malaysia would improve national security by providing continuous monitoring, especially in distant and difficult terrains. These UAVs with maritime radar sensors might scan Malaysia's large coastline, improving maritime domain awareness and enabling fast threat responses. Unmanned aerial vehicles (UAVs) also lower working costs and risks to people because they can work in places where people would be dangerous or expensive to be. This proactive approach lets officials quickly deal with illegal activities like drug trafficking and crossing the border without permission, which makes law enforcement work more effective overall.
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  References Air and MarineOperations' Unmanned Aircraft System. (2023, August 18). U.S. Customs and Border Protection. Retrieved December 11, 2023, from https://www.cbp.gov/about/history/cbp-20-20-establishment/air-and-marine-operations- unmanned-aircraft-system Allied Market Research. (2023). Unmanned Aerial Vehicle (UAV) Market Statistics 2030. https://www.alliedmarketresearch.com/unmanned-aerial-vehicle-market- A09059#:~:text=Unmanned%20Aerial%20Vehicle%20(UAV)%20Market%20Statistics%202030%20%2D&text=North%20A merica%20was%20the%20highest,a%20significant%20CAGR%20of%2015.6%25. Alpha-Numero. (2022). Current Trends and Future of UAV Technology. Alpha-Numero. Retrieved December 11, 2023, from https://alpha-numero.com/current-trends-and-future-of-uav-technology/