Systems and methods to dynamically reprovision network devices in a predefined area

A method performed by a first network device, comprising:

• storing a plurality of reprovisioning parameters from one or more additional network devices in a predefined area, the plurality of reprovisioning parameters comprising operating context information associated with one or more roles corresponding to one or more sub-areas in the predefined area;
• receiving at least one connectivity signal over a period of time from a second network device;
• determining a direction of arrival associated with the at least one connectivity signal;
• identifying a first sub-area corresponding to the direction of arrival;
• generating an acknowledgement signal to be transmitted in the direction of arrival;
• in response to transmitting the acknowledgement signal, establishing a communication link between the first network device and the second network device;
• and
• transmitting the plurality of reprovisioning parameters via the communication link to the second network device, wherein:
• the plurality of reprovisioning parameters comprise a plurality of roles;
• a first role of the plurality of roles corresponds to a first sub-area in the predefined area;
• and
• performing the first role at the first sub-area in the predefined area by the second network device comprises defining a first plurality of operating state parameters and performing the first role at the first sub-area in response to a first trigger within the first sub-area.

A non-transitory computer readable medium in a first network device storing instructions that when executed by a processor cause the processor to:

• store a plurality of reprovisioning parameters from one or more additional network devices in a predefined area, the plurality of reprovisioning parameters comprising operating context information associated with one or more roles corresponding to one or more sub-areas in the predefined area;
• receive at least one connectivity signal over a period of time from a second network device;
• determine a direction of arrival associated with the at least one connectivity signal;
• identify a first sub-area corresponding to the direction of arrival;
• generate an acknowledgement signal to be transmitted in the direction of arrival;
• in response to transmitting the acknowledgement signal, establish a communication link between the first network device and the second network device;
• and
• transmit the plurality of reprovisioning parameters via the communication link to the second network device, wherein:
• the plurality of reprovisioning parameters comprise a plurality of roles;
• a first role of the plurality of roles corresponds to the first sub-area in the predefined area;
• and
• performing the first role at the first sub-area in the predefined area by the second network device comprises defining a first plurality of operating state parameters and performing the first role at the first sub-area in response to a first trigger within the first sub-area.