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Restrictions for Autonomic Networking

General Restrictions

• Autonomic networking only supports unique device identifier (UDI)-based devices.

• Autonomic networking and Zero Touch Provisioning (ZTP) are different zero touch solutions. It is recommended that you do

not test or use autonomic networking and ZTP at the same time.

Information About Autonomic Networking

Overview of Autonomic Networking

The aim of autonomic networking is to create self-managing networks to overcome the rapidly growing complexity of the Internet

and other networks to enable their further growth. In a self-managing autonomic system, network management takes on a new role:

instead of controlling the network elements individually and directly, the administrator defines network-wide policies and rules that

guide the self-management process.

The following diagram provides a high-level architecture of an autonomic network.

Figure 1: High-Level Architecture of an Autonomic Network

Autonomic Networking is controlled by a separate software entity running on top of traditional operating systems that include

networking components, such as IP, Open Shortest Path First (OSPF), and so forth. Traditional networking components are unchanged

and unaware of the presence of the autonomic process. The autonomic components use normal interfaces that are exposed by the

traditional networking components and interact with different devices in the network. The autonomic components securely cooperate

to add more intelligence to devices so that the devices in an autonomic network can autonomically configure, manage, protect, and

heal themselves with minimal operator intervention. They can also securely consolidate their operations to present a simplified and

abstracted view of the network to the operator.