ABSTRACT
A system (100) and method for monitoring and ensuring uptime and efficiency of at least one remote device (102) is disclosed. An agent system (122) performs real time monitoring of the remote device (102). A server system (142) receives device information of the remote device (102) from the agent system (1...
The present disclosure relates to system (100) and method for hybrid edge artificial intelligence on a clip from audio video source (110), connected over a network (145). The clip is recorded by the audio video source (110) upon detection of motion in a video captured by the video source (110) and sent to the edge s...
A system (105) and a method (200, 250) for low power artificial intelligence is disclosed. The system and method classifies validity of received frame from audio video source and further picks right frame based on source dependent timer, using source health classifier (140) and source frame timer (155). Upon receivi...
ABSTRACT
A system (115) and method (600) for remote assessment of purity of precious metals is disclosed. The system (115) has a remote assessment system (112), a server sub-system (132) and one or more user sub-systems (142). The system (115) is characterized in such a way that the server sub-system (132) helps to...
[Class : 9] Computer Hardware; Computer Software; Downloadable Software; Computer Software Applications; Computer Software Platforms; Software Applications For Handheld And Smart Devices; Software Applications For Internet Of Things Enabled Device
[Class : 42] Software As A Service; Software As A Service Using Cloud Computing, Internet Of Things, And Artificial Intelligence; Services Related To The Research And Development Of Software
[Class : 9] Computer Software; Downloadable Software; Computer Software Applications; Computer Software Platforms; Software Applications For Handheld And Smart Devices; Software Applications For Internet Of Things Enabled Devices;