Chapter 3621 The “Fatal Flaw” of Intelligent Cluster Attack UAVs
… “In addition, at the software level, we are also constantly optimizing the intelligent algorithm of the drone so that it can predict the battlefield situation more accurately and avoid potential risks in advance.
By introducing deep learning and reinforcement learning technologies, drones will be able to continuously learn and evolve, improving their ability to make autonomous decisions and cope with complex environments.
We also plan to deeply integrate the drone group with the ground command system, satellite communication system and other unmanned combat platforms to build a seamless and highly coordinated combat network.
In this network, the drone swarm will not only be a tool to perform tasks, but also a key node in the entire combat system. They can share intelligence information in real time, coordinate operations, and form a strong overall combat capability.
Looking to the future, we firmly believe that intelligent cluster attack drones will play an increasingly important role in modern warfare. They will not only change the traditional combat model and improve the military's combat effectiveness, but will also provide soldiers with safer and more efficient
Support, reduce casualties, and realize intelligent, precise and humane warfare."
"Mr. Wu, how powerful is this intelligent cluster attack drone? It is definitely a battlefield sword in our hands. But if it is mastered by the enemy, how should we deal with it? With such a powerful attack capability, we
How should we defend ourselves?" Suddenly, a middle-aged officer asked Wu Hao.
Upon hearing the officer's question, everyone nodded with solemn expressions on their faces, and then looked at Wu Hao, waiting for his answer.
Yes, this intelligent cluster attack drone was developed by them. They must have a way to restrain this weapon, so everyone wants to hear Wu Hao's answer.
Hearing this question and facing the concerned eyes of everyone, Wu Hao did not panic, but spoke very calmly and calmly, his voice full of confidence and determination: "I completely understand the concerns of the leader, Director Zhao, and all colleagues.
.
Today, with the rapid development of military technology, any advanced technology may become a double-edged sword.
But please be assured that we have fully considered information security and defense strategies when developing this intelligent cluster attack drone."
“First of all, from the perspective of information security, we use the most advanced encryption technology to ensure that the communication link between the drone and the command system cannot be easily intercepted or cracked.
At the same time, we have also established multi-level protection mechanisms, including physical isolation, network firewalls, intrusion detection systems, etc., to comprehensively protect the security of drone control instructions and data transmission.
In addition, we regularly conduct security audits and vulnerability scans on the system to ensure that any potential security risks can be discovered and repaired in a timely manner."
“Secondly, we have implemented strict technical confidentiality measures to prevent the enemy from obtaining our drone technology through reverse engineering or technology theft.
From R&D and design to production and manufacturing, every step follows the highest confidentiality standards to ensure that core technologies are not leaked.
At the same time, we have also installed a self-destruct device on the drone. Once the drone falls into the hands of the enemy or is illegally controlled, we can remotely trigger the self-destruct program to ensure that key technologies will not fall into the hands of the enemy."
Speaking of this, Wu Hao paused for a moment and gave everyone some time to react and think before he continued: "Furthermore, in response to the situation where the enemy may use similar technologies to attack us, we have already started corresponding countermeasures.
Technical research.
We are developing a comprehensive air defense and anti-drone system that integrates radar detection, photoelectric tracking, electromagnetic interference, laser strike and other means to effectively identify, track and destroy incoming enemy drones.
, including this intelligent cluster attack drone.
Specifically, our anti-drone system will first conduct a wide-area search through radar and photoelectric sensors. Once a suspicious target is found, it will immediately identify and track it.
Subsequently, the system will select the most appropriate countermeasures based on the target's threat level. For low-threat targets, we can use electromagnetic interference technology to disrupt its communication links or navigation systems, forcing it to lose control or deviate from its route.
For high-threat targets, such as intelligent cluster attack drones, we will activate laser strikes or missile interception systems to directly destroy these threats.
In addition, we are also actively exploring ways to use artificial intelligence technology for automatic identification and interception.
By training deep learning models, we can enable the system to more accurately identify the characteristics and behavior patterns of enemy drones, thereby achieving more efficient and precise countermeasures."
Speaking of this, Wu Hao paused, looked at the thoughtful people in the audience, smiled slightly, and said: "In fact, this intelligent cluster attack drone itself has a huge weakness or fatal flaw, which no one has discovered yet.
.”
After hearing Wu Hao's words, everyone was surprised at first, and then they all showed curiosity, waiting for Wu Hao's answer.
Many people even began to urge Wu Hao to stop selling out and speak up quickly.
Wu Hao smiled slightly and glanced at every military leader, technician and tester present. Their faces were full of expectation and curiosity.
He took a deep breath and said slowly: "Everyone, the power of intelligent cluster attack drones has indeed given us an unprecedented advantage on the battlefield.
But as everyone is worried, any advanced weapon has its vulnerabilities, and the biggest weakness of this drone lies in the period between its takeoff and the release of the small attack drone.
Although the UAV we designed has a high degree of intelligence and autonomous decision-making capabilities, before it can truly turn into countless 'sharp blades', it is still a relatively large one that takes a certain amount of time to reach its optimal combat status.
Flying platform.
This period of time is a critical moment that we call the ‘window period’.”
Chi Zhengyang frowned slightly when he heard this, then relaxed it, as if thinking about the deep meaning of Wu Hao's words. He asked: "Xiao Wu, what specific defenses or countermeasures do we have for this 'window period'?
Where are the measures?”
Wu Hao nodded and continued: "First, we must strengthen early warning and detection capabilities.
By upgrading our radar system, we adopt more advanced detection technology, such as the combination of phased array radar and quantum radar, to improve the detection accuracy and distance of low-altitude, slow-speed targets.
At the same time, multi-source intelligence integration such as satellites and drone reconnaissance networks are used to form all-weather, all-round monitoring of potential threats."
"Secondly, during the 'window period', we can use high-speed interceptor missile systems, such as our independently developed 'Skynet' series, to carry out precise strikes against UAVs during the take-off stage or climbing.
These missiles have high maneuverability and powerful destruction capabilities, and can intercept and destroy targets in a very short time."
