Method and side-view mirror system of vehicle for monitoring ambient parameters during vehicle mobility

A side-view mirror system of a vehicle for monitoring a plurality of ambient parameters during vehicle mobility, wherein the side-view mirror system comprises:

• a first set of sensors placed at a hollow casing of a right side-view mirror of the vehicle behind a right reflective glass;
• a second set of sensors placed at a hollow casing of a left side-view mirror of the vehicle behind a left reflective glass,
• wherein the right side-view mirror and the left side-view mirror comprise openings with louvers to expose the first set of sensors and the second set of sensors to ambient environment and receive the first set of ambient parameters and the second set of ambient parameters, wherein the louvers prevent water and large objects from enter the openings,
• wherein at least one first sensor of the first set of sensors and at least one second sensor of the second set of sensors is configured to identify a first set of ambient parameters;
• a data management controller is located in one of the right side-view mirror and the left side-view mirror of the vehicle and connected to a communicator, located in the other one of the right side-view mirror and the left side-view mirror of the vehicle, and each of the first set of sensors and the second set of sensors, and configured to:
• extract a second set of ambient parameters from the first set of ambient parameters,
• receive a set of parameters associated with the ambient and predominately external to the vehicle by the communicator,
• generate a common message comprising the extracted second set of ambient parameters and the set of parameters associated with the vehicle,
• send, by the communicator, the common message to at least one of a cloud-server and a side-view mirror system of another vehicle for the monitoring, wherein the common message further comprises a packet identifier (ID), a device ID identifying the side-view mirror system of the vehicle generating the common message, a timestamp and a real time location of the vehicle at a time when the common message is generated.