Q14. To monitor Avaya Surge™ IoT Controller, which Avaya Surge™ IoT Controller port is used to communicate between ONA and ODL?

Q15. What is the default operating mode of the ONA?

Q16. Which three key features are provided by the Avaya Surge™ IoT solution for Healthcare/Clinical Segmentation? (Choose three.)

Q17. Each ONA follows an ONA Life Cycle Management to describe its states.
When the ONA is in the Active state, which statement is true?

Q18. Avaya has introduced the Surge IoT solution to deliver, which three advanced networking technologies for Internet of Things? (Choose three.)

Q19. When the link state does not contain any link information, and the Tunnel view link state does not contain link information to ONA, which corrective action will you take for the OMA?

Q20. Which set of rules does the Avaya Surge™ IoT solution implementation network use to manage the traffic flow thorough the ONA from Avaya Surge™ IoT managed devices?

Q21. Which interface is used for High Availability and Clustering of the Avaya Surge™ IoT Controller?

Q22. To allow communication between ONA and the Avaya Surge™ IoT Controller appliance, which two protocols are used in an Avaya Surge™ IoT solution? (Choose two.)

Q23. What are the two advanced features of the Avaya Surge™ IoT Inventory Management module?
(Choose two.)

Q24. A customer is implementing an Avaya Surge™ IoT Controller in their Hospitality network.
Which three basic requirements are needed to setup the Avaya Surge™ IoT Controller? (Choose three.)

Q25. Which two types of authentication mechanisms are used to onboard ONA devices? (Choose two.)

Q26. When the status of the ONA device state is in the Inactive state, which two tasks should you perform? (Choose two.)

Q27. For authentication, which three type of certification do the ONA and Avaya Surge™ IoT Controller share? (Choose three.)

Q28. Which administration view provides a status view of Leader Node, Master Node, and the services that are functioning on each of these servers?