Artificial intelligence (AI) technology can significantly improve the stealth of drones and their ability to break through the enemy's defense system. Here are some specific methods: 1. **Stealth flight planning**: Through AI algorithms, optimized flight paths can be planned based on factors such as terrain, weather conditions, and enemy radar coverage to avoid being discovered as much as possible. 2. **Dynamic obstacle avoidance**: Sensors and control systems using AI technology can detect man-made obstacles in the environment (such as missiles, radars, etc.) in real time and quickly adjust the flight trajectory of the drone to avoid being hit. 3. **Intelligent electronic warfare**: Through AI-driven electronic warfare systems, drones can actively interfere with enemy radar and communication systems to reduce the probability of being detected. 4. **Stealth design**: AI models can help design the shape and material of drones to make them have better stealth performance, reduce radar reflection cross-sectional area, reduce heat source signals, etc. 5. **Autonomous decision-making**: AI systems can enable drones to make autonomous decisions in complex environments, such as identifying targets, choosing the best attack plan, and responding to unexpected events. 6. **Fusion sensors**: AI technology can integrate multiple sensor data, such as spectrum, sound waves, magnetic fields, etc., to improve the perception and stealth of drones. 7. Adversarial Learning: AI algorithms can improve the stealth of drones through adversarial learning, making them more difficult to detect in enemy radar and surveillance systems. The integration of these technologies can significantly improve the stealth of drones and their ability to break through the opponent's defense system, making them better adapted to the modern warfare environment. However, it is also necessary to pay attention to the impact of the development of these technologies on security and ethical issues.