First of all, the condition of the vehicles is more complicated. Compared with anti-eavesdropping detection in the building environment, anti-eavesdropping detection in vehicles has higher requirements for the professional capabilities of the inspectors. They not only need to master the theory of anti-eavesdropping detection and various professional equipment, but also have certain professional knowledge of vehicles. According to statistics, on average, each vehicle has approximately1Ten thousand independent and non-detachable components. As cars become increasingly intelligent, there are more and more electrical devices inside them. Many vehicles are equipped with a large number of electronic control systems, electronic navigation systems, electronic sensors and complex electrical circuits. From the perspective of vehicle models, the inspected vehicles include automobiles, sports cars, electric vehicles, medium and large-sized vehicles, special vehicles, and even modified vehicles, and their complexity is growing geometrically. If inspectors lack understanding of the vehicle's condition, mechanical components and electrical circuit structure, or due to changes in the internal structure after vehicle maintenance and renovation, leakage, incorrect inspection, or inability to determine whether there is a threat are likely to occur.

Second, the detection environment cannot be controlled. Due to the objective reasons of vehicle storage and use and the requirements of the inspected units, vehicle anti-eavesdropping detection is usually carried out through on-site inspection or off-site inspection. As the inspected units are not familiar with the requirements for the environment and auxiliary equipment of vehicle anti-eavesdropping detection, they cannot guarantee the basic detection conditions, which objectively increases the difficulty of detection, such as poor environmental privacy and poor lighting conditions.Underbody inspectionPoor conditions, complex on-site radio frequency signal environment, extreme climate, etc.

Third, improper use of detection equipment. Some professional equipment used in anti-eavesdropping detection of building environments is not applicable to anti-eavesdropping detection of vehicles. If one lacks professional experience and skills, it is difficult to achieve the desired detection effect. For example, signal interference from spectrum analyzers or near-field receiving devices. Of course, radio frequency signal detection is crucial for vehicle anti-eavesdropping detection. Although the performance of professional spectrum analyzers is impeccable, if there are a large number of interfering radio frequency signals in the detection environment (such as cellular signals, radio stations,WiFiSignals, etc.)Unprovoked radio frequency signals will increase the workload of detection and waste precious detection time. Another example is the node detector. The advantage is that it can effectively detect whether the electronic devices in the detection area are in the state of being turned on, off or having their batteries removed. However, it is not applicable to vehicles equipped with a large number of electronic components and electronic circuits. The use of nonlinear vehicle detection is prone to false alarms.

Shandong Seenboom is engaged inUndercarriage security checkThe industry includes20After many years of history, we have successfully completed the including08The Olympic Games of that year12Annual World Expo, BRICS Summit70More than the anniversary military parade2000 Terminal customer cases. Ensuring your and your vehicle's safety, Seenboom is more professional!