A user computing device (102,104) for remotely monitoring online battery activity comprising: input/output hardware; network interface hardware; a processor; and a memory component that stores logic that, when executed by the processor, causes the user computing device to perform at least the following: search for batteries within range of the network interface hardware; receive a wireless communication signal from a battery (106,110) via the network interface hardware; determine, from the wireless communication signal, one or more battery characteristics of the battery (106,110) including a physical location of the battery (106,110); output a first user interface (330,430,530,630,730,830,930,1030) via the input/output hardware, wherein the first user interface includes data related to the battery characteristic of the battery (106, 110) and an option (538, 636) related to the battery (106, 110) that can be selected via the input/output hardware; predict based on the battery characteristic of the battery (106, 110) an expected time when the battery (106,110) should be replaced; determine whether an unused or partially used battery is available and located within said range of the network interface hardware and determine whether said unused or partially used battery is compatible with a device that the battery (106, 110) currently powers, and in response to selection of the option (538, 636) in the first user interface via the input/output hardware, output a second user interface via the input/output hardware, wherein the second user interface includes data representative of a physical location of said unused or partially used battery. input/output hardware; network interface hardware; a processor; and a memory component that stores logic that, when executed by the processor, causes the user computing device to perform at least the following: search for batteries within range of the network interface hardware; receive a wireless communication signal from a battery (106,110) via the network interface hardware; determine, from the wireless communication signal, one or more battery characteristics of the battery (106,110) including a physical location of the battery (106,110); output a first user interface (330,430,530,630,730,830,930,1030) via the input/output hardware, wherein the first user interface includes data related to the battery characteristic of the battery (106, 110) and an option (538, 636) related to the battery (106, 110) that can be selected via the input/output hardware; predict based on the battery characteristic of the battery (106, 110) an expected time when the battery (106,110) should be replaced; determine whether an unused or partially used battery is available and located within said range of the network interface hardware and determine whether said unused or partially used battery is compatible with a device that the battery (106, 110) currently powers, and in response to selection of the option (538, 636) in the first user interface via the input/output hardware, output a second user interface via the input/output hardware, wherein the second user interface includes data representative of a physical location of said unused or partially used battery. search for batteries within range of the network interface hardware; receive a wireless communication signal from a battery (106,110) via the network interface hardware; determine, from the wireless communication signal, one or more battery characteristics of the battery (106,110) including a physical location of the battery (106,110); output a first user interface (330,430,530,630,730,830,930,1030) via the input/output hardware, wherein the first user interface includes data related to the battery characteristic of the battery (106, 110) and an option (538, 636) related to the battery (106, 110) that can be selected via the input/output hardware; predict based on the battery characteristic of the battery (106, 110) an expected time when the battery (106,110) should be replaced; determine whether an unused or partially used battery is available and located within said range of the network interface hardware and determine whether said unused or partially used battery is compatible with a device that the battery (106, 110) currently powers, and in response to selection of the option (538, 636) in the first user interface via the input/output hardware, output a second user interface via the input/output hardware, wherein the second user interface includes data representative of a physical location of said unused or partially used battery.