Methods and systems for facilitating multiple communication technologies using a single chip radio

A single-protocol based one-chip radio device present in an Internet of things (IoT) environment, the single-protocol based one-chip radio device comprising:

• memory;
• a firmware control module coupled with the memory;
• and
• one or more processors configured to be electrically connected to the firmware control module and the memory,
• wherein the memory store one or more computer programs including computer-executable instructions that, when executed by the one or more processors, cause the single-protocol based one-chip radio device to:
• receive a firmware update package, wherein the firmware update package includes one or more firmware resources associated with one or more connectivity protocols,
• determine a size of flash memory and one or more hardware resources at a controller level of the single-protocol based one-chip radio device, based on receiving the firmware update package,
• correlate the received firmware update package with the size of the flash memory, the one or more hardware resources available at the controller level, and a current IoT context associated with the IoT environment,
• dynamically select one or more firmware resources from the received firmware package for updating firmware of the single-protocol based one-chip radio device based on the correlation, and
• update firmware of the single-protocol based one-chip radio device using the dynamically selected one or more firmware resources.

One or more non-transitory computer-readable storage media storing computer-executable instructions that, when executed by one or more processors of a single-protocol based one-chip radio device present in an Internet of things (IoT) environment, cause the single-protocol based one-chip radio device to perform operations, the operations comprising:

• receiving a firmware update package, wherein the firmware update package includes one or more firmware resources associated with one or more connectivity protocols;
• determining a size of flash memory and one or more hardware resources at a controller level of the single-protocol based one-chip radio device, based on receiving the firmware update package;
• correlating the received firmware update package with the size of the flash memory, the one or more hardware resources available at the controller level, and a current IoT context associated with the IoT environment;
• dynamically selecting one or more firmware resources from the received firmware package for updating firmware of the single-protocol based one-chip radio device based on the correlation;
• and
• updating firmware of the single-protocol based one-chip radio device using the dynamically selected one or more firmware resources.