This article comes from: Sebastian Völkl@basti_vkl
The 2024 London Defense Technology Hackathon is a grand event that stimulates innovation and encourages collaboration, sponsored by EMC (Edge Matrix Computing). This hackathon aims to combine the potential of AI with the Web3 revolution and promote innovation in AI and decentralized technology. The goal of the competition is to find and incubate (d)apps with breakthrough advances in AI and Web3, redefining the possibilities of the intersection of AI and blockchain technology1.
This hackathon will provide up to US$1 million in bonuses, computing power resources and fund support to promote the development of AI applications and products within the EMC ecosystem. Whether you are a developer, designer, data analyst, technology enthusiast or industry expert, this is a great opportunity to showcase your skills, solve problems, and meet like-minded people. EMC is the world’s leading AI DePIN and AI computing power application network, and has established computing power networks and AI+ Web3 communities in more than 30 countries and regions around the world. The theme of this hackathon is “Shaping the Future with DeAI – Innovate, Incubate, Accelerate”
“High-speed Interceptor Shooting Down Orlan Drone” project:
Here is some information found through the Internet:
Shooting down the Orlan drone by a high-speed interceptor is an exciting technical challenge designed to address the drone threat. Let’s take a deeper look at this project.
Project goals:
High-Speed Interceptor: This is a fighter jet specifically designed to quickly intercept and shoot down enemy aircraft. It usually has excellent speed, mobility and weapon systems.
Orlan drone: Orlan is a small Russian-made drone used for reconnaissance, surveillance and other missions. It may be used for hostile or illegal activities.
Technical challenges:
Rapid response: High-speed interceptors need to identify and quickly approach drones in a short period of time.
Precision strike: Shooting down drones requires a highly precise weapon system to avoid accidental injury to other targets.
Communication interference: Drones may use encrypted communications, making it difficult to interfere or interfere with.
Solution:
Radar and sensors: High-speed interceptors are equipped with advanced radars and sensors to quickly detect and track drones.
Missile systems: High-speed interceptors may carry air-to-air missiles used to shoot down drones. These missiles require highly accurate guidance systems.
Electronic warfare systems: In order to cope with communication interference, high-speed interceptors may be equipped with electronic warfare systems to interfere with drone communications signals.
Application scenarios:
Military defense: High-speed interceptors can be used to protect airspace from enemy drones.
Counter-terrorism operations: In counter-terrorism operations, high-speed interceptors can respond quickly to potential drone threats.
This project represents the scientific and technological community’s continuous innovation and improvement of its ability to respond to drone threats.
If you want to learn more, you can click on the link below the video.
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Link:https://x.com/basti_vkl/status/1782112719090352486
Video: