1. What are the main services available in CMX and DNA Spaces, and how do they enhance the
customer experience? 2. How can you deploy Analytics services in CMX and DNA Spaces? 3.
What steps are involved in deploying location-specific guest portals for customers? 4. Explain
the process of configuring AWIPS (Advanced Wireless Intrusion Prevention System) on the
MSE (Mobility Services Engine). 5. Discuss the importance of MSE efficiency in the context of
location accuracy. 6. How does location accuracy impact the effectiveness of personalized
marketing campaigns in a retail environment? 7. What are the key factors to consider when
designing location-aware applications for customers? 8. Explain how CMX and DNA Spaces can
help in optimizing store layouts and product placements. 9. How can historical location data
collected by CMX and DNA Spaces be used to improve customer experiences in the future? 10.
What security measures should be in place to protect the location data collected by CMX and
DNA Spaces? 11. Apply your knowledge of CMX and DNA Spaces to explain how indoor
navigation applications work. 12. Discuss the role of heatmaps in analyzing customer movement
and behavior within a store. 13. How can retailers leverage the insights provided by CMX and
DNA Spaces to offer loyalty programs and incentives to customers? 14. Explain the process of
integrating CMX and DNA Spaces with a CRM (Customer Relationship Management) system
for a more personalized shopping experience. 15. Apply your knowledge of MSE optimization to
describe how it can reduce false location triggers and enhance the accuracy of location-based
notifications..
1. What are the primary EAP types commonly used for wireless network .pdf
1. 1. What are the primary EAP types commonly used for wireless network authentication, and
how do they differ? 2. Explain the concept of inner and tunneled EAP methods. How do they
enhance security in wireless networks? 3. How can you implement 802.1X and EAP
authentication using a AAA server? 4. What steps are involved in profiling a client device using
the controller and ISE for network access control? 5. After profiling, how can ACL, VLAN, and
QoS policies be implemented on a client device? 6. Discuss the fundamentals of guest and
BYOD wireless deployments and their importance in modern networks. 7. What is the function
of LWA (Loyalty, Wi-Fi, and Authentication) in a wireless network, and what are the various
implementation options for LWA? 8. Explain the function of CWA (Central Web
Authentication) in wireless networks and how it is implemented with ISE for user authentication.
9. How can a client use the self-provisioning feature of ISE to deploy a native supplicant for
secure network access? 10. With the aid of a diagram, illustrate the inner and tunneled EAP
methods and their components. 11. Explain the step-by-step process of implementing a VLAN
policy on a client device after profiling. 12. What are the key considerations when setting up a
guest wireless network, and how can security be maintained while providing internet access to
visitors? 13. Demonstrate how a client can initiate the self-provisioning process using ISE to
configure their device for network access. 14. Discuss the advantages and potential challenges of
implementing LWA in a public Wi-Fi environment. 15. Explain the role of Central Web
Authentication (CWA) in preventing unauthorized network access. Provide a detailed example of
how it works in practice.
