In order to improve the stealth and attack capabilities of drones in complex battlefield environments, the following AI technologies and strategies can be used: 1. **Autonomous path planning**: - Use AI algorithms to optimize paths in real time to avoid detection by enemy radar and air defense systems. For example, using deep learning and reinforcement learning techniques, it is possible to autonomously identify and select stealth paths. 2. **Multi-spectral stealth technology**: - AI can help optimize the shell material and coating of drones, and adjust thermal, acoustic, and electromagnetic characteristics to reduce the possibility of being detected by enemy detection equipment. 3. **Intelligent tactical decision-making**: - Through machine learning algorithms, drones can make autonomous tactical decisions, adapt to the ever-changing battlefield environment, and choose the optimal attack strategy. 4. **Intelligent obfuscation technology**: - Use AI to generate false signals to interfere with enemy radar and sensor systems to improve stealth. Generative adversarial networks (GANs) can be used to simulate and generate deceptive signals. 5. **Cooperative operations and swarm intelligence**: - AI can support cooperative operations between multiple drones and improve overall combat effectiveness. Through distributed algorithms, drone groups can self-organize and coordinate to achieve team attacks or decentralized defense. 6. **Real-time data analysis and perception**: - Deploy advanced computer vision and sensor data fusion technologies to improve the accuracy and speed of target identification and situational awareness, and enhance the strike capability of drones. 7. **Low-energy and high-performance computing**: - Implement high-performance edge computing technology on drones to reduce communication and data processing delays, maintain concealment and improve response speed. 8. **Electronic warfare and network attack capabilities**: - Use AI for network defense and electronic attacks to enhance the ability to destroy enemy communications and control systems. By combining these technologies, drones can achieve significant improvements in stealth effects, tactical flexibility, and attack efficiency, enhancing their survivability and combat capabilities in complex battlefield environments.