低空安全态势感知与管控车载系统刑侦与司法鉴定应用介绍
作者：毕思特科技 来源：毕思特科技 浏览数：16 发布时间：2026/2/28 8:50:32
低空安全态势感知与管控车载系统刑侦与司法鉴定应用介绍
低空安全态势感知与管控车载系统（机动式无人机探测反制平台），是刑事技术侦查与司法鉴定领域的核心机动式低空安防装备，集成无线电频谱侦测、目标识别、精确定向与信号反制全流程能力，破解 “低慢小” 无人机带来的新型办案管控难题，为立体化治安防控与司法鉴定全链条提供坚实技术支撑。
该系统深度适配刑事侦查全流程核心场景：可在重大刑事案件现场快速部署，搭建低空电子防护圈，防范无人机非法拍摄、泄露侦查秘密、干扰勘查秩序，保障现场勘查的保密性与原始性；可在监狱、看守所等重点监管区域建立动态防控网，防范无人机投送违禁品、非法窥探；可在应急处突、反恐防爆现场快速响应，阻断涉事方无人机侦察、攻击链路，保障处置行动安全；也可为重大活动、敏感设施搭建临时低空禁飞区，防范非法无人机入侵。
在司法鉴定技术领域，该系统有效解决了无人机违法案件取证难、溯源难、定性难的痛点。设备可完整留存无人机信号特征、飞行轨迹、出现时段、反制处置全流程日志，形成不可篡改的原始电子数据；其侦测数据可与视频监控、电子物证检验结果双向印证，完善证据链，为非法飞行行为溯源、操控者定位、案件性质认定提供核心技术依据，为电子物证司法鉴定、司法认定提供合规、完整的证据支撑。
典型应用案例：在某重大刑事案件现场勘查中，该系统快速部署后成功侦测并迫降 2 架非法闯入拍摄的无人机，完整留存其信号特征与飞行轨迹，为查处非法窥探侦查秘密的违法行为提供了核心电子证据，保障了勘查工作合规开展。在某监狱系列无人机投送违禁品案件侦办中，系统精准定位操控者位置，同步固定全时段飞行数据，经电子物证司法鉴定形成完整证据链，助力案件快速破获。
厂家信息：北京毕思特联合科技有限公司
网址：https://www.bestlh.com
地址：北京市亦庄开发区经海六路一号院尖子班C9独栋
电话：010-56526048
Application of Vehicle-Mounted Low-Altitude Security Situation Awareness and Control System in Criminal Investigation and Forensic Science Identification
Global site URL：https://xilankeji.en.alibaba.com
The Vehicle-Mounted Low-Altitude Security Situation Awareness and Control System (Mobile UAV Detection and Countermeasure Platform) is core mobile low-altitude security equipment for criminal technical investigation and forensic science identification. It integrates full-process capabilities including radio frequency spectrum detection, target identification, precision direction finding and signal countermeasure, addresses new challenges in case handling and regulation brought by low, slow and small (LSS) UAV targets, and provides solid technical support for three-dimensional public security prevention and control as well as the full workflow of forensic science identification.
This system is fully adaptable to core scenarios throughout the full process of criminal investigation. It can be rapidly deployed at major criminal case scenes to establish a low-altitude electronic protection perimeter, preventing unauthorized photography, disclosure of investigation secrets and disruption of investigation procedures by UAVs, to preserve the confidentiality and integrity of the crime scene investigation. It can build a dynamic prevention and control network around key supervision areas such as correctional facilities and detention centers, to guard against contraband delivery and unauthorized surveillance via UAVs. It enables rapid response at emergency response, counter-terrorism and anti-explosion scenes, blocking the reconnaissance and attack links of UAVs used by involved parties to ensure the safety of disposal operations, and is also applicable to set up temporary low-altitude no-fly zones for major events and sensitive facilities to prevent unauthorized UAV intrusions.
In the field of forensic science identification, this system effectively solves the core pain points of difficult evidence collection, traceability and case qualification in UAV-related illegal cases. The equipment can completely retain tamper-proof original electronic data including UAV signal characteristics, flight trajectories, occurrence time, and full-process countermeasure operation logs. Its detection data can be mutually corroborated with video surveillance records and forensic digital examination results to complete the evidentiary chain. It provides core technical basis for the traceability of unauthorized flight activities, localization of operators and determination of case nature, as well as compliant and complete evidence support for forensic digital evidence identification and judicial adjudication.
Typical Application Cases
In the scene investigation of a major criminal case, the system, after rapid deployment, successfully detected and forced the landing of two unauthorized UAVs intruding for photography. It fully recorded the signal characteristics and flight trajectories of the UAVs, provided core digital evidence for investigating and punishing the illegal act of unauthorized snooping on investigation secrets, and ensured the compliant execution of on-site investigation. In the investigation of a series of UAV-enabled contraband smuggling cases at a correctional facility, the system accurately located the operator’s position and simultaneously fixed full-time flight data. The data formed a complete evidentiary chain through forensic digital evidence examination, and facilitated the rapid detection of the case.