In today’s society, security issues have attracted much attention as they are directly related to people’s lives and property safety. To reduce safety accidents and enhance people’s sense of security, smart security monitoring systems have become an important solution. Dake Intelligence, as a company focused on helping users build an all-round intelligent security system, is committed to contributing to social security prevention and control through its technology and safeguarding people’s peaceful lives.
System Overview and Characteristics
IP-based Video Surveillance: Leveraging IP network transmission for video streams, enabling remote monitoring and intelligent management. 03 Data Transmission and Storage Technology Wired Transmission: Data is transmitted through wired media such as cables or optical fibers, offering the advantages of stability, reliability, and fast transmission speeds. Cloud Storage: Storing data on cloud servers provides a solution with large capacity, high reliability, and easy scalability. Wireless Transmission: Data transmission is facilitated through wireless communication technologies (such as Wi-Fi, 4G/5G, etc.), offering convenience and flexibility, suitable for mobile monitoring and remote transmission scenarios. 04 System Architecture and Components Front-end Equipment: Includes cameras, sensors, and other data acquisition devices responsible for collecting video, audio, and alarm signals. Back-end Processing Center: Processes, analyzes, stores, and manages the received signals, including video compression, image recognition, and data storage functions. Transmission Network: Used to transmit signals collected by front-end equipment to the back-end processing center, employing either wired or wireless transmission methods. Monitoring Center: Provides a human-machine interaction interface to achieve centralized management and control of the entire smart security surveillance system. System Functions 01 Real-time Monitoring Features Video Stream Transmission: Real-time transmission of video streams captured by front-end cameras to back-end servers for real-time monitoring and recording via protocols such as RTSP, RTMP. Multi-View Display: Supports the simultaneous display of multiple video streams on a single interface, facilitating the monitoring of multiple areas at once. PTZ Control: For cameras with pan-tilt-zoom (PTZ) capabilities, remote PTZ control can be achieved, allowing for remote adjustment of camera direction and focus parameters. 02 Alarm Processing Features Anomaly Detection: Real-time monitoring of anomalies in video content, such as intrusions, objects, and fires, through video analysis algorithms, triggering alarms. Alarm Linkage: Upon detecting anomalies, a series of linked actions can be triggered, including audio-visual alarms, sending alarm messages, and initiating recording. Alarm Recording and Inquiry: The system records all alarm events and provides inquiry functions for users to view and handle alarm events. 03 Data Storage and Replay Features Video Recording Storage: Supports the recording of real-time monitoring video streams and saving them to local hard drives or network storage devices. Replay: Offers a replay feature, allowing users to select specific time periods and cameras for review to check past surveillance conditions. Data Backup and Recovery: Supports backup and recovery operations for video files to prevent data loss or corruption. 04 System Management and Maintenance User Management: Provides user registration, login, and permission management functions to ensure the security and stability of the system.
Equipment Management: Conduct unified management and configuration for front-end cameras, back-end servers and other equipment, including operations such as device addition, deletion, and parameter setting.
Log Management: Record the system’s operation logs and operation logs to facilitate users to troubleshoot and maintain the system. System Upgrade and Expansion: Support the system’s online upgrade and expansion functions to adapt to the changing security needs and technological developments. Applications in Different Fields: Commercial Field 01: The intelligent security monitoring system is widely used in shopping malls, banks, hotels and other places, which can effectively monitor and prevent the occurrence of vicious events such as theft and robbery. Transportation Field 02: In traffic intersections, expressways and other places, the intelligent security monitoring system can monitor traffic conditions in real time, record illegal acts, and assist traffic police in handling traffic accidents. Community Residential Area 03: By installing an intelligent security monitoring system in the community, it can increase the sense of security of residents and prevent criminal acts such as theft and robbery. Schools and Hospitals 04: The intelligent security monitoring system can monitor potential safety hazards in the industrial production process, prevent accidents, and improve production efficiency. As places with dense personnel, schools and hospitals pay great attention to safety issues. The intelligent security monitoring system can ensure the safety of students and patients and provide a safe and comfortable learning and medical environment. Industrial Field 05: The intelligent security monitoring system can monitor potential safety hazards in the industrial production process, prevent accidents, and improve production efficiency.
