Management of resource constrained devices in the internet of things

Abstract

The embedded computing devices deployed within the Internet of Things are expected to be resource constrained. This resource constraint not only applies to memory and processing capabilities, but the low-power radio standards utilized further constrain the network interfaces. The IPv6 protocol provides a suitable basis for interoperability in the IoT, due to its large address space and a number of existing protocols that function over IP and its flexibility. We investigate how existing IP-based network management protocols can be implemented on resource-constrained devices. We present the resource requirements for SNMP and NETCONF on an 8-bit AVR based device.