Which video migration flow is the best choice when implementing a fully Connected Public Safety vehicle?
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A. B. C. D.B.
The best video migration flow for a fully connected public safety vehicle depends on several factors, including the type of data to be collected, the level of security required, the available bandwidth, and the communication infrastructure available.
Answer option A includes in-vehicle video storage, enterprise wireless, enterprise video storage, handheld devices, and body cameras. This option suggests that the data collected from the vehicle's cameras will be stored in the vehicle itself, transmitted wirelessly to the enterprise storage, and accessed through handheld devices or body cameras. While this option may offer some level of convenience, it may not be the best choice for public safety vehicles that require real-time data transmission and access.
Answer option B suggests that body cameras and handheld devices are the primary sources of data collection, followed by in-vehicle video storage, enterprise wireless, and enterprise video storage. This option may offer some level of convenience, but it may not be the most efficient way to collect data from a fully connected public safety vehicle. Moreover, relying solely on body cameras and handheld devices may not provide enough coverage or quality of data needed for certain public safety applications.
Answer option C includes in-vehicle video storage, enterprise wireless, body cameras, handheld devices, and enterprise video storage. This option suggests that in-vehicle video storage is the primary source of data collection, followed by wireless transmission to the enterprise storage and access through handheld devices or body cameras. This option may be the best choice for a fully connected public safety vehicle as it allows for real-time data transmission and access while maintaining a secure data storage environment within the vehicle.
Answer option D suggests that enterprise wireless and enterprise video storage are the primary sources of data collection, followed by in-vehicle video storage, handheld devices, and body cameras. This option may be a viable choice for some public safety applications, but it may not be the most efficient way to collect data from a fully connected public safety vehicle. Moreover, relying solely on enterprise wireless and enterprise video storage may not provide enough coverage or quality of data needed for certain public safety applications.
In conclusion, answer option C is the best choice for a fully connected public safety vehicle as it offers real-time data transmission and access while maintaining a secure data storage environment within the vehicle.