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| Section | Objectives |
|---|---|
| Topic 1: Wireless Security | - 802.1X and authentication methods - WPA/WPA2/WPA3 security mechanisms |
| Topic 2: Wireless Deployment and Design | - Channel planning and interference mitigation - Site survey and RF planning |
| Topic 3: Troubleshooting and Monitoring | - Wireless connectivity troubleshooting - Performance monitoring and diagnostics |
| Topic 4: Mobility and Roaming | - Client roaming behavior - Mobility groups and handoff mechanisms |
| Topic 5: Wireless Fundamentals | - WLAN components and architecture basics - 802.11 standards overview - RF principles and radio frequency behavior |
| Topic 6: Cisco Wireless Architecture | - Lightweight Access Point (LAP) operation - Wireless LAN Controller (WLC) concepts |
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NEW QUESTION # 96
What defines device sensitivity in a wireless environment?
Answer: D
Explanation:
Device sensitivity in a wireless environment refers to receiver sensitivity: the minimum RF signal level a client or AP radio must receive to successfully detect, demodulate, and decode a transmission. Cisco defines receiver sensitivity as the minimum signal power level, expressed in dBm or mW, required for a receiver to accurately decode a given signal. Cisco RF design guidance further states that sensitivity indicates the lowest received power before the receiver considers the signal unintelligible.
Therefore, option A is correct because sensitivity is fundamentally about the radio's capability to process a received signal at low power levels. A more sensitive receiver can decode weaker frames, improving effective coverage and receive performance, provided the signal-to-noise ratio and interference conditions remain acceptable. Cisco also notes that individual device sensitivity determines how well a device can hear and demodulate RF energy, which directly affects contention behavior and WLAN performance in dense environments. Redundant gateways, beacon interval synchronization, and key refresh schedules are Layer 3 availability, 802.11 timing, and security-key management topics; they do not define RF receiver sensitivity.
NEW QUESTION # 97
Refer to the exhibit. A JSON response from a wireless management API contains access point inventory and interface state information. Which JSON expression retrieves the MAC address of the second interface on the first access point?
Answer: A
Explanation:
The correct expression is accessPoints[0].interfaces[1].macAddress. The JSON object contains a top-level key named accessPoints, whose value is an array. Array indexing begins at zero, so accessPoints[0] selects the first access point object, ap-west-1. Inside that object, the interfaces key also contains an array. Therefore, interfaces[1] selects the second interface object, which has slot: 1, status: "down", and macAddress: "CC:FA:00:11:22:34". The final selector, .macAddress, returns that MAC address value.
This structure is directly aligned with Cisco automation workflows, where RESTCONF and Catalyst Center APIs exchange structured data in JSON. Cisco documents that Catalyst Center REST API payloads are JSON-formatted, and its example describes JSON as key-value data separated by colons. Cisco also states that Catalyst 9800 RESTCONF uses structured XML or JSON with YANG models for programmatic device access. Option B selects ap-east-2. Option C selects the first interface on ap- west-1. Option D references a non-existent second interface on ap-east-2.
NEW QUESTION # 98 
Refer to the exhibit. A network engineer is deploying a new Cisco 9800 WLC and is performing the Day-0 setup. The IP address and subnet mask have been assigned to the management interface, and network connectivity between the WLC and the upstream switch has been verified. Which CLI command must the engineer use next to configure management access?
Answer: B
Explanation:
After assigning an IP address to the management interface of a Cisco 9800 WLC, the next step in Day-0 deployment is configuring the default route to ensure management traffic can reach devices outside the local subnet. The correct command isip route 0.0.0.0 0.0.0.0 < gateway > , which establishes a default route for all traffic destined for networks not explicitly known in the routing table. In this case,ip route 0.0.0.0 0.0.0.0
10.1.10.1sets the upstream router at 10.1.10.1 as the default gateway, allowing the WLC to communicate with the broader network for management and client services. Option A,route add default gw, is Cisco IOS classic syntax but not valid in IOS XE WLC CLI. Option B is invalid syntax for default routing. Option C,ip default- gateway, is only used for Layer 2 management devices without routing capabilities, whereas a WLC requires a proper Layer 3 route. Configuring the default route ensures that remote administration, SNMP, syslog, and device registration functions operate correctly. Cisco Wireless Core Technologies recommend this step as part of initial WLC setup to establish full network reachability for management access. Reference topics:Wireless Network Implementation - Day-0 WLC setup, management interface configuration, default route, IP routing in Cisco 9800 IOS XE.
NEW QUESTION # 99
An engineer has been tasked with configuring a Cisco Catalyst 9100 AP to join a WLC using a static configuration as DHCP and DNS discovery methods are not available. The engineer has set the AP hostname to `AP053540555', and has configured the AP with a static IP address, subnet mask, and default gateway. The engineer must now configure the AP to discover the primary WLC with hostname `WLC-PRIMARY' and IP address `192.168.100.10'. Which CLI command must the engineer use on the AP?
Answer: A
Explanation:
The correct AP-side command is capwap ap primary-base WLC-PRIMARY 192.168.100.10.
Cisco's Catalyst AP command reference shows the syntax for configuring the primary controller as capwap ap primary-base <controller-name> <controller-ip-address>, and provides the same structure in its example: capwap ap primary-base wlc-5520 209.165.200.224. Cisco's Catalyst
9800 AP join documentation also identifies the primary controller discovery entry as capwap ap primary-base <wlc-hostname> <wlc-IP-address>.
This command statically primes the lightweight AP with the preferred WLC when DHCP option
43, DNS discovery, broadcast discovery, or prior learned controller information is unavailable.
The hostname AP053540555 is only the AP's local identity and is not part of the WLC discovery command. Option A omits the primary-base keyword, so it is not valid syntax. Option B places keywords in the wrong order and does not match Cisco CAPWAP AP CLI. Option C omits the required controller name before the IP address.
NEW QUESTION # 100
Which solution enables a seamless user experience when roaming in a wireless network?
Answer: B
Explanation:
Fast transition is the correct solution because it refers to IEEE 802.11r Fast BSS Transition, which reduces the authentication delay when a wireless client roams from one AP to another.
Cisco describes 802.11r Fast Transition as a feature for seamless wireless roaming and states that, after configuration, the WLAN supports faster client roaming between access points. Cisco's Catalyst 9800 roaming documentation also identifies 802.11r as the mechanism focused on seamless transition between APs, while 802.11k and 802.11v assist with neighbor reporting and network-assisted roaming decisions.
The core advantage is that key negotiation and authentication preparation occur before or during the roam, reducing the interruption experienced by latency-sensitive applications such as voice, video, collaboration tools, and real-time enterprise applications. Static VLAN policy only controls segmentation and does not accelerate roaming. Optimized roaming can help discourage sticky clients from remaining associated to poor-quality APs, but it is not the primary fast-roam authentication mechanism. A redundant RF profile is not an 802.11 roaming solution.
NEW QUESTION # 101
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