Yes, in theory, it is possible to induce an autonomous vehicle to make an incorrect response by forging signals. This involves attacks on the vehicle's sensors or software systems, such as: 1. **Sensor interference**: Autonomous vehicles rely on a variety of sensors (such as cameras, lidar, radar, etc.) to obtain environmental information. Malicious attackers may use lasers or other devices to interfere with these sensors, causing the vehicle to misjudge the environment. 2. **Signal spoofing**: Attackers may forge road signs, traffic light signals, or GPS signals to cause the vehicle to make incorrect judgments about the surrounding environment. For example, a forged traffic sign may be recognized by the camera as a valid sign, causing the on-board system to respond incorrectly. 3. **Software attack**: Hacking into the vehicle's computing system to implant malware or modify the decision-making algorithm may cause the vehicle to respond urgently when there is no actual danger, or not respond in actual dangerous situations. These attacks usually require a deep understanding of the vehicle and its control system, as well as sophisticated implementation techniques. To deal with these potential threats, autonomous driving technology developers usually take a variety of safety measures, including redundant systems, multi-layered safety protocols, and anomaly detection mechanisms to improve the robustness and safety of the system.