CWICP-202 Dumps (V8.02) – Verified CWICP-202 Exam Questions from DumpsBase to Ensure Your CWNP Wireless IoT Connectivity Professional (CWICP) Exam Success

1. In wireless IoT troubleshooting, what can cause excessive retries and packet loss in a communication session?

2. Which of the following wireless IoT technologies support mesh networking? (Select two)

3. What strategies can help mitigate risks in wireless IoT networks? (Select two)

4. Which of the following are common threats in wireless IoT networks? (Select two)

5. Which responsibilities are associated with the PHY layer in a wireless IoT network? (Select two)

6. Which of the following are key principles of IoT security? (Select two)

7. Which wireless IoT technologies use the IEEE 802.15.4 MAC standard? (Select two)

8. What is the main advantage of using sub-1 GHz frequencies for IoT devices?

9. Which of the following is a key function of the MAC layer in IoT devices using Wi-Fi?

10. Which techniques are used by the MAC layer to improve security in wireless IoT networks? (Select two)

11. Which wireless IoT technology is best suited for long-range, low-power communication?

12. Which of the following is a common threat to wireless IoT networks?

13. Which of the following IoT technologies provide multiple modulation schemes to enhance performance? (Select two)

14. Which transport layer protocol is typically used for real-time IoT applications where low-latency is critical?

15. In the context of Zigbee networks, what role does the MAC layer play?

16. Which of the following is a security protocol designed specifically for low-power, constrained IoT devices?

17. Which security protocols are commonly used in wireless IoT networks? (Select two)

18. Which layer is responsible for ensuring reliable communication between IoT devices and applications in wireless IoT?

19. Which MAC layer protocols are used in wireless IoT communication? (Select two)

20. Which tools are commonly used to troubleshoot network issues in wireless IoT solutions? (Select two)

21. Which IoT security challenge is most directly addressed by implementing mutual authentication?

22. What type of attack involves an unauthorized device impersonating a legitimate IoT device to gain network access?

23. Which protocol is used for constrained devices and supports lightweight communication in IoT networks?

24. Which of the following factors directly affects the data rate of a wireless IoT connection?

25. When planning a wireless IoT solution for a large industrial site, what is a key consideration for ensuring reliable connectivity?

26. Which of the following IoT wireless technologies operates in the unlicensed 2.4 GHz band?

27. Which features enhance the security of IoT devices? (Select two)

28. Which wireless IoT technologies utilize spread spectrum techniques for communication? (Select two)

29. Which of the following IoT connectivity technologies is most commonly used in industrial environments due to its high reliability and deterministic nature?

30. Which of the following are characteristics of Zigbee in IoT applications? (Select two)

31. Which strategies help mitigate connectivity issues in wireless IoT networks? (Select two)

32. What is the first step in troubleshooting an IoT device that fails to connect to a wireless network?

33. Which of the following methods can be used to protect wireless IoT networks from Denial of Service (DoS) attacks?

34. Which of the following is a primary advantage of Wi-Fi HaLow over traditional Wi-Fi for IoT applications?

35. Which upper-layer protocols are commonly used in IoT applications for communication? (Select two)

36. What are common troubleshooting techniques for dealing with intermittent IoT device connectivity? (Select two)

37. Which technologies primarily focus on low power consumption at the PHY layer for IoT devices? (Select two)

38. Which features are essential for an IoT communication protocol at the upper layers? (Select two)

39. What protocol is responsible for providing MAC layer security in IEEE 802.15.4 networks?

40. Which wireless IoT technologies utilize the IEEE 802.15.4 PHY standard? (Select two)