constrained and unreliable WAN interconnects. • Evaluate and possibly improve connectivity and data ingestion options to better support various field protocols. • Evaluate and extend existing CLI tools to

camera, the configuration just like `rtsp://: @:/Streaming/channels/<stream_number>/` # `` and `` are the login authentication element # `` # `<stream_number>` is the channel number, if it is equal to `1`, it indicates that the main stream is being captured; if it is equal to `2`, it indicates that the secondary stream is being captured nels/<stream_number> and are the login authentication element is the IP-address of camera is the port number of RTSP protocol, the default value is 554 <stream_number>

camera, the configuration just like `rtsp://:@: ˓→/Streaming/channels/<stream_number>/` # `` and `` are the login authentication element (continues on next `554` # `<stream_number>` is the channel number, if it is equal to `1`, it indicates ˓→that the main stream is being captured; if it is equal to `2`, it indicates that ˓→the secondary stream is being of IP-camera, it’s normal format is rtsp:// :@:/Streaming/channels/<stream_number> – and are the login authentication element – is the IP-address

service Function { rpc Call(FunctionMessage) returns (FunctionMessage) {} // rpc Talk(stream Message) returns (stream Message) {} } // FunctionMessage function message message FunctionMessage { uint64

Function { rpc Call(FunctionMessage) returns (FunctionMessage) {} // rpc Talk(stream Message) returns (stream Message) {} } // FunctionMessage function message message FunctionMessage { uint64