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NEW QUESTION # 52
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: C
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 # 53
A retail store is setting up guest Wi-Fi on a Cisco 9800 WLC. The IT team has these requirements:
- Guests are prompted for web authentication.
- After login, traffic is restricted to internet-only access.
- Guest WLAN must be available throughout all sales floors.
- Guest WLAN must not impact the existing corporate WLAN.
- Guest SSID must not require a password.
Which set of configurations must the IT team deploy to meet the requirements?
Answer: C
Explanation:
For a retail guest WLAN deployment, Cisco best practices dictate using central web authentication (web-auth) combined with access control lists (ACLs) to enforce network segmentation and restrict guest traffic to internet-only access. Central web authentication allows all guest devices to be redirected to a captive portal for login without requiring a pre-shared key or WPA2-Enterprise credentials, satisfying the "no password" requirement. Applying an ACL that blocks access to internal subnets ensures that guest traffic cannot interfere with corporate networks while still permitting internet connectivity.
NEW QUESTION # 54
An engineer is migrating to a new Cisco Catalyst CW9800-H1 WLC to modernize the wireless infrastructure and enable advanced monitoring capabilities. The organization operates more than 150 access points and uses Cisco Catalyst Center for centralized network management and assurance. As part of the deployment, the engineer must enable wireless service assurance and wireless telemetry to monitor client connectivity, roaming behavior, and performance metrics across the wireless network. Which configuration must be applied in Cisco Catalyst Center when onboarding the WLC?
Answer: A
Explanation:
When onboarding a Cisco Catalyst CW9800-H1 WLC into Cisco Catalyst Center for enterprise-scale wireless monitoring, proper credential configuration and service enablement are critical. Device controllability ensures that the Catalyst Center can communicate with and manage the WLC and its associated access points, while wireless assurance provides telemetry data for client connectivity, roaming, and performance metrics. The recommended approach is to enable CLI, SNMP, and NETCONF credentials during discovery to allow full management access. Enabling device controllability globally allows the Catalyst Center to push configurations and query device status without restriction. Assigning the WLC to a site with wireless assurance enabled activates telemetry data collection, ensuring detailed visibility into client behavior and network health. Options A and B misalign telemetry and controllability settings, which can result in incomplete monitoring. Option C enables wireless assurance globally but does not globally enable device controllability, limiting operational control. Cisco best practices dictate that for large-scale deployments with hundreds of APs, global device controllability paired with site-level wireless assurance guarantees consistent, non-disruptive monitoring and enables full utilization of advanced features. Reference topics:Wireless Monitoring and Management - WLC onboarding, Catalyst Center telemetry, device controllability, wireless assurance, large-scale AP management.
NEW QUESTION # 55 
Refer to the exhibit. A wireless controller is deployed at a branch location to facilitate secure client connectivity. A network engineer configures a WLAN using 802.1X to align with company security policies.
Which configuration enables client authentication for this WLAN?
Answer: D
Explanation:
The command that enables 802.1X client authentication for this WLAN issecurity dot1x authentication-list ISE_GROUP. On a Cisco Catalyst 9800 WLC, the WLAN configuration defines Layer 2 security behavior, including whether the SSID uses 802.1X and which AAA method list is used for EAP/RADIUS authentication. Cisco documents the CLI workflow for 802.1X WLAN authentication as entering WLAN configuration mode and applyingsecurity dot1x authentication-list < authenticate-list-name > , explicitly describing this as the step to enable the authentication list for 802.1X security. Cisco's Catalyst 9800 configuration example also shows the exact formsecurity dot1x authentication-list ISE_GROUPand states that the WLAN is then configured with 802.1X authentication.
no ip mac-bindingdisables IP-to-MAC binding checks and does not select a RADIUS method list.aaa override enableallows authorization attributes from AAA/ISE to be applied after authentication, but it does not initiate
802.1X authentication.wlan branch1 policy branch1_policymaps the WLAN to a policy profile through a policy tag, but it is not the authentication command. Reference topics:802.1X WLAN security, RADIUS AAA method lists, Catalyst 9800 WLAN configuration, and secure client onboarding.
NEW QUESTION # 56
Refer to the exhibit.
import requests
import json
API_ENDPOINT_URL = "https://your-network-platform.com/api/v1/wireless-
clients"
AUTH_TOKEN = "YOUR_SECRET_AUTH_TOKEN"
headers = {
"Content-Type": "application/json",
"Authorization": f"Bearer {AUTH_TOKEN}"
}
print("Requesting wireless client data from the API...")
try:
response = requests.get(API_ENDPOINT_URL, headers=headers, timeout=10)
response.raise_for_status()
client_data = response.json()
print("Successfully retrieved and parsed data.\n")
print("--- Wireless Client Details ---")
if isinstance(client_data, list) and client_data:
for client in client_data:
mac_address = client.get("macAddress", "N/A")
ip_address = client.get("ipAddress", "N/A")
ssid = client.get("ssid", "N/A")
print(f"Client MAC: {mac_address}, IP: {ip_address}, SSID: {ssid}")
else:
print("No client data found or the data format is unexpected.")
except requests.exceptions.RequestException as e:
print(f"An error occurred during the API request: {e}")
except json.JSONDecodeError:
print("Failed to parse the API response. It may not be valid JSON.")
A network engineer is investigating how json library is used within a Python script designed to access response content from a Cisco wireless network API endpoint. The engineer wants to better understand how the script uses these elements to process device information. Which approach does the script use to achieve its data extraction goal?
Answer: A
Explanation:
The correct answer is loads function because the script's extraction goal depends on deserializing JSON response data into native Python objects that can be indexed and queried.
Cisco Catalyst Center APIs use REST methods and require payloads to and from the REST interface to be in JSON format, including wireless and client information workflows. In the exhibit, the call client_data = response.json() decodes the HTTP response body into Python data structures. That behavior is functionally aligned with json.loads(): JSON objects become Python dictionaries, JSON arrays become Python lists, and strings/numbers become Python-native equivalents. Python's JSON decoder documentation shows this JSON-to-Python conversion model explicitly, including object-to-dict and array-to-list mappings.
After decoding, the script validates that client_data is a list, iterates through each client record, and uses dictionary .get() to extract macAddress, ipAddress, and ssid. The Requests library documents that Response.json() decodes a JSON response body as a Python object and may return a dictionary or list, which is exactly what the script consumes. dumps performs the opposite operation, split only tokenizes strings, and to_dict is not used here.
NEW QUESTION # 57
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