Abstract: The present disclosure relates to real-time surveillance/monitoring of an environment using an Internet of Things (IoT) based integrated device. The integrated device comprises replaceable sensors and programmable image/video capturing device, that are communicatively connected to a processor. The processor correlates sensor data and data related to the images, audios and videos received from the replaceable sensors and the programmable image/video capturing device to validate occurrence of event in the environment. Later, information related to the validated events are transmitted to edge nodes, cloud servers, user devices or other sensor nodes for effective monitoring of occurred events. The integration of programmable image/video capturing device with the replaceable sensors helps in reducing chances of false event detection, as well as allows users to program the image capturing device for detection of various events.

Abstract: The present disclosure relates to real-time surveillance/monitoring of an environment using an Internet of Things (IoT) based integrated device. The integrated device comprises replaceable sensors and programmable image/video capturing device, that are communicatively connected to a processor. The processor correlates sensor data and data related to the images, audios and videos received from the replaceable sensors and the programmable image/video capturing device to validate occurrence of event in the environment. Later, information related to the validated events are transmitted to edge nodes, cloud servers, user devices or other sensor nodes for effective monitoring of occurred events. The integration of programmable image/video capturing device with the replaceable sensors helps in reducing chances of false event detection, as well as allows users to program the image capturing device for detection of various events.

Abstract: A telecommunications system and method is disclosed for enabling a calling subscriber to invoke the forwarding of a call to a voice mail system for the called subscriber on a call-by-call basis in order to leave a message for the called subscriber without disturbing (ringing) the called subscriber. The associated disadvantage with this “Direct Voice Mail Access” (DVMA) feature is that the called party will lose control over his/her call forwarding to voice mail feature for that particular call. Therefore, in order to overcome this disadvantage, another feature, “Direct Voice Mail Access Blocking” (DVMAB) can be implemented to allow the called subscriber to inhibit direct access to their voice mail by the calling subscriber.