Abstract: In various examples, systems and methods of dynamic channel selection for wireless communication in the presence of interference. In various examples, first interference data for a first gateway device may be determined. In some cases, a wireless transmission scheme may be switched from a static wireless transmission scheme to a frequency hopping wireless transmission scheme based on the first interference data. In some examples, the first gateway device may send first instructions indicating that the first gateway device is switching to the frequency hopping wireless transmission scheme to a first remote computing device.

Abstract: This disclosure describes techniques for managing clock drift compensation in a network of node devices. In some embodiments, such techniques may comprise determining a current status of a network that includes a set of node devices operating in a first mode, determining, based on the current status of the network, a quantity of the set of node devices to be switched to a second mode, determining, based on one or more characteristics of individual node devices in the set of node devices, a subset of the set of node devices including a selection of the quantity of node devices from the set of node devices, and providing, to individual node devices in the subset of the set of node devices, instructions to cause the individual node devices to switch from the first mode to the second mode.