Introduction SD-WAN is a software-defined approach to managing the WAN. In the past, MPLS networks were used to ensure reliable connectivity between users connecting at the branch to applications running on servers in the datacenter.
DNAC Series This is part of a DNAC series:
Part 1: Getting started Part 2: Cisco DNA Center - Devices Part 3: Cisco DNA Center - Assurance Part 4: Cisco DNA Center - Sites Part 5: Cisco DNA Center - Discovery (POSTMAN) Part 6: Cisco DNA Center - Discovery (Python) Part 7: Cisco DNA Center - CommandRunner (Python) Part 8 (this post): Cisco DNA Center - Flow-Analysis (POSTMAN) Part 9: Cisco DNA Center - Flow-Analysis (Python) Introduction In this we have been showing some POSTMAN samples for running a Network Discovery and Command Runner.
DNAC Series This is part of a DNAC series:
Part 1: Getting started Part 2: Cisco DNA Center - Devices Part 3: Cisco DNA Center - Assurance Part 4: Cisco DNA Center - Sites Part 5 (this post): Cisco DNA Center - Discovery (POSTMAN) Part 6: Cisco DNA Center - Discovery (Python) Part 7: Cisco DNA Center - CommandRunner (Python) Part 8: Cisco DNA Center - Flow-Analysis (POSTMAN) Part 9: Cisco DNA Center - Flow-Analysis (Python) In this tutorial, we will look into (and experiment) with some more advanced features of DNAC, like Network Discovery and Command Runner.
DNAC Series This is part of a DNAC series:
Part 1 (this post): Getting started Part 2: Cisco DNA Center - Devices Part 3: Cisco DNA Center - Assurance Part 4: Cisco DNA Center - Sites Part 5: Cisco DNA Center - Discovery (POSTMAN) Part 6: Cisco DNA Center - Discovery (Python) Part 7: Cisco DNA Center - CommandRunner (Python) Part 8: Cisco DNA Center - Flow-Analysis (POSTMAN) Part 9: Cisco DNA Center - Flow-Analysis (Python) What is Cisco DNA Cisco DNA is Cisco’s architecture for enterprise networks.
