Traditional video surveillance is a passive system characterized by synchronous monitoring and remote control. It allows for reviewing footage after an event has occurred. Due to its lack of intelligence, it relies on human operators for real-time monitoring, analysis, and alarm notifications. Whether it's reviewing video footage, real-time supervision, or issuing alerts, human intervention is key. However, with the continuous growth of surveillance devices and monitored areas, the volume of surveillance data has increased significantly. Human resources are limited, making it impossible to maintain efficient, real-time, and comprehensive surveillance or make judgments and issue alerts based on real-time monitoring. Furthermore, the substantial increase in video data poses significant challenges for network transmission and data storage.
The limitations of network bandwidth and server capacity in traditional video surveillance systems force the use of high compression digital technologies. This compression can lead to a loss of image clarity. Additionally, traditional networks are susceptible to interference from the surrounding environment, creating issues for post-processing. To address these challenges, some organizations have had to invest in high-speed fiber optic networks to ensure data transmission and video clarity. While this approach does resolve problems, it also leads to increased technology costs.
The evolution of surveillance technology, including Indoor/Outdoor Home Security, Wireless Cameras, and Light Bulb Cameras, seeks to overcome these shortcomings, providing more efficient and effective monitoring and analysis capabilities.
The limitations of network bandwidth and server capacity in traditional video surveillance systems force the use of high compression digital technologies. This compression can lead to a loss of image clarity. Additionally, traditional networks are susceptible to interference from the surrounding environment, creating issues for post-processing. To address these challenges, some organizations have had to invest in high-speed fiber optic networks to ensure data transmission and video clarity. While this approach does resolve problems, it also leads to increased technology costs.
The evolution of surveillance technology, including Indoor/Outdoor Home Security, Wireless Cameras, and Light Bulb Cameras, seeks to overcome these shortcomings, providing more efficient and effective monitoring and analysis capabilities.
