View Full Cisco Meraki 500-220 Exam Dumps and Practice Test Dumps.

 

Question 341

Configuring Meraki Systems Manager enrollment settings?

1. Deploy MDM via Apple DEP or dashboard enrollment link.
2. Write client serial numbers on paper maintenance logs.
3. Unplug all endpoint devices from wireless networks.
4. Mail USB flash drives containing agent files to users.

Correct Answer: 1

Explanation:

Administrators streamline enterprise device management by configuring Meraki Systems Manager enrollment settings directly within the dashboard, enabling automated onboarding via Apple Device Enrollment Program (DEP) or secure self-service portal links. This centralized mobile device management (MDM) framework allows IT teams to push security policies, configure Wi-Fi profiles, and distribute software applications seamlessly across corporate endpoints. Automated enrollment minimizes administrative overhead during large-scale deployments, ensures consistent security baseline enforcement on remote devices, and protects corporate data integrity by maintaining strict compliance visibility over all registered smartphones, tablets, and laptops.

Question 342

Setting up rogue DHCP server alert notifications?

1. Listen for audio static on copper telephone wire pairs.
2. Configure DHCP event alerts in dashboard settings.
3. Shouting warning messages across office rooms during shifts.
4. Wrap switch ports in thick layers of electrical tape.

Correct Answer: 2

Explanation:

Network operators protect local area networks against unauthorized IP address distribution by configuring rogue DHCP server alert notifications within the Meraki switch dashboard settings. When DHCP snooping rules detect unauthorized offer messages originating from untrusted access ports, the cloud platform instantly triggers automated email or SMS notifications to designated IT personnel. This proactive alerting framework ensures rapid incident response, prevents catastrophic network outages caused by rogue devices, and maintains strict Layer 2 security compliance across distributed enterprise branch switching infrastructures without requiring constant manual dashboard monitoring.

Question 343

Analyzing historical client application traffic patterns?

1. Weigh access point hardware units on laboratory scales.
2. Measure patch cord length using wooden rulers.
3. Dashboard Layer 7 application usage analytics reports.
4. Count manual tick marks on desks with pens.

Correct Answer: 3

Explanation:

The dashboard Layer 7 application usage analytics reports provide network administrators with deep historical visibility into bandwidth consumption categorized by specific software applications and traffic types over customizable date ranges. Engineers can instantly identify which users or devices consume excessive capacity across video streaming, cloud backup, or collaboration platforms, facilitating accurate capacity planning. This deep visibility empowers IT teams to detect shadow IT applications, optimize available bandwidth allocation for critical business workflows, and implement precise traffic shaping rules without deploying complex external probes.

Question 344

Managing administrative account session timeout periods?

1. Configure dashboard session timeout security policies.
2. Unplug management laptops every afternoon at closing.
3. Write expiration hours on paper sticky notes.
4. Force manual reboots of core routing appliances.

Correct Answer: 1

Explanation:

Organizations harden cloud management access security by configuring administrative account session timeout policies directly within the Meraki organization security settings. This security control ensures that inactive dashboard management sessions automatically terminate after a specified period of inactivity, preventing unauthorized access if an administrator leaves a workstation unattended. Enforcing strict session expiration rules mitigates the risk of session hijacking, protects sensitive network configurations against unauthorized tampering, and satisfies enterprise compliance mandates for cloud-managed enterprise infrastructure.

Question 345

Configuring MX security appliance warm spare?

1. Solder dual motherboard chips together physically.
2. Set up VRRP high availability in dashboard.
3. Mail redundant hardware units daily to branches.
4. Broadcast backup IP signals over radio frequencies.

Correct Answer: 2

Explanation:

Organizations achieve high availability for edge routing by implementing security appliance warm spare configurations that pair two Meraki MX firewalls using Virtual Router Redundancy Protocol (VRRP) heartbeat monitoring in the dashboard. The primary appliance processes active traffic while the secondary standby unit continuously monitors its health, instantly assuming the virtual IP address and forwarding responsibilities if the primary device experiences a hardware failure or power outage. This seamless failover configuration protects enterprise networks against unexpected single points of failure at the WAN perimeter.

Question 346

Monitoring switch port error rate statistics?

1. View port error and discard graphs in dashboard.
2. Touch physical switch chassis metal casing surfaces.
3. Smell exhaust airflow for burning electronic odors.
4. Count blinking LED indicators with stopwatches.

Correct Answer: 1

Explanation:

Network engineers monitor local area network health and physical layer integrity by reviewing port error, CRC alignment error, and packet discard graphs available directly within the Meraki switch port status dashboard. Real-time telemetry alerts technical teams instantly if excessive frame errors occur due to faulty cabling, transceiver degradation, or duplex mismatches. Continuous error tracking enables proactive troubleshooting before physical layer anomalies escalate into service-affecting outages, ensuring reliable data transmission across enterprise switching fabrics.

Question 347

Configuring custom firewall port forwarding rules?

1. Write translation scripts on classroom blackboards.
2. Unplug all upstream carrier broadband modems.
3. Define port forwarding rules in MX dashboard.
4. Broadcast routing packets over analog lines.

Correct Answer: 3

Explanation:

Network engineers configure custom port forwarding rules within the Meraki security appliance dashboard to allow external clients to access internal servers—such as web servers, database clusters, or VoIP systems—hosted behind the firewall. By mapping specific public WAN ports to designated internal IP addresses and private port numbers, administrators ensure secure inbound traffic routing. This configuration maintains strict perimeter security control while enabling essential public-facing services for enterprise applications and external branch integration.

Question 348

Enforcing wireless client isolation policies?

1. Enable client isolation settings in SSID dashboard.
2. Physically disconnect wireless access point antennas.
3. Require wired connections for all enterprise users.
4. Wrap client laptops in foil protection sheets.

Correct Answer: 1

Explanation:

Administrators enhance wireless network security by enabling client isolation settings directly within the Meraki SSID dashboard configuration menu. This setting prevents connected wireless clients from communicating directly with one another on the same local subnet, stopping malicious users or compromised devices from performing lateral reconnaissance, ARP spoofing, or port scanning attacks against neighboring endpoints. Implementing wireless client isolation is critical in high-density environments like guest networks, public hotspots, and university dormitories.

Question 349

Performing remote packet capture on switches?

1. Strip plastic insulation off copper wires.
2. Execute dashboard live packet capture tool.
3. Count dropped frames manually on fingers.
4. Record flashing indicator lights with video cameras.

Correct Answer: 2

Explanation:

Administrators troubleshoot complex Layer 2 forwarding issues, broadcast loops, or application latency problems by executing the integrated dashboard live packet capture tool directly on specific switch ports. The diagnostic utility records traffic streams and generates standard PCAP files that can be downloaded and opened in Wireshark for deep forensic inspection, enabling technical teams to isolate networking anomalies without traveling to remote branch locations or deploying dedicated hardware probes.

Question 350

Configuring site-to-site Auto VPN hubs?

1. Designate hub and spoke topology in dashboard.
2. Mail configuration floppy disks to branches.
3. Connect devices via analog dial-up modems.
4. Write static routes on paper maintenance ledgers.

Correct Answer: 1

Explanation:

Network administrators establish scalable wide area network connectivity across distributed enterprise locations by designating hub and spoke topologies within the Meraki Auto VPN configuration menu in the dashboard. Auto VPN automates IPsec encryption, cryptographic key exchange, and NAT traversal between security appliances. Configuring hub and spoke architectures centralizes traffic routing through primary data center hubs, simplifying route propagation, optimizing branch-to-datacenter communication, and reducing administrative overhead significantly.

Question 351

Setting up client bandwidth rate limits?

1. Unplug client Ethernet patch cables completely.
2. Configure per-client bandwidth shaping rules in dashboard.
3. Write speed caps on office whiteboards.
4. Remove gateway IP settings from edge switches.

Correct Answer: 2

Explanation:

Network engineers manage fair resource distribution and prevent bandwidth abuse by configuring per-client upload and download rate limiting rules within the Meraki dashboard traffic shaping menu. These policies restrict individual users or specific device categories from consuming excessive internet capacity at the expense of core business workflows. Enforcing reasonable bandwidth caps ensures stable application performance across shared corporate networks while maintaining a smooth and equitable connectivity experience for all connected users.

Question 352

Monitoring wireless mesh backhaul link health?

1. Wrap access point enclosures in lead sheets.
2. Inspect dashboard mesh topology status maps.
3. Mail fiber optic patch jumpers to sites.
4. Count blinking link LEDs with stopwatches.

Correct Answer: 2

Explanation:

Network administrators evaluate the health, signal strength, and parent-child path connectivity of wireless mesh deployments by reviewing the interactive mesh topology map and gateway status pages within the Meraki wireless dashboard. This visualization tool highlights signal degradation, packet loss, and data rates across repeater access points where Ethernet cabling is unavailable. Monitoring these mesh link metrics ensures optimal radio frequency routing, maintains high throughput for remote coverage cells, and allows engineers to detect interference proactively.

Question 353

Configuring static routing entries on MX?

1. Define destination subnet prefixes in dashboard.
2. Write routing scripts on punched paper cards.
3. Broadcast static routes over telephone lines.
4. Unplug dynamic routing protocols entirely.

Correct Answer: 1

Explanation:

Engineers configure static routes on MX security appliances by entering destination subnet prefixes, subnet masks, and next-hop IP gateway addresses within the routing menu of the Meraki dashboard. Static routes direct traffic destined for specific internal subnets or private WAN circuits correctly, ensuring predictable path selection without requiring complex dynamic routing protocols in smaller branch environments. Configuring precise static routes ensures deterministic packet forwarding and provides reliable administrative control over inter-subnet traffic flows.

Question 354

Managing firmware deployment schedules via tags?

1. Manually flash chips with hardware tools.
2. Set upgrade maintenance windows and device tags.
3. Mail physical floppy disks to regional offices.
4. Unplug power supplies during business hours.

Correct Answer: 2

Explanation:

Organizations maintain software currency and security patch compliance by scheduling firmware upgrades through maintenance windows and device tags configured in the Meraki dashboard. This automated deployment strategy ensures that switches update during off-peak operational hours, preventing unexpected production network disruptions. Administrators can target specific device collections for preliminary testing before rolling updates out to the entire enterprise switching infrastructure, ensuring seamless stability and minimizing administrative overhead.

Question 355

Configuring SSID broadcast availability schedules?

1. Manually toggle physical power switches daily.
2. Unplug access point power units nightly.
3. Define operational broadcast time windows in dashboard.
4. Broadcast shutdown commands via walkie-talkies.

Correct Answer: 3

Explanation:

Network administrators enhance enterprise wireless security and reduce unnecessary radio frequency congestion by defining custom operational broadcast time windows within the Meraki wireless SSID availability scheduler. Administrators can configure specific hours and days of the week when particular SSIDs—such as guest networks or student Wi-Fi—automatically turn on or off. This automated scheduling prevents unauthorized after-hours network access, reduces power consumption, and enforces corporate compliance policies without requiring manual administrative intervention.

Question 356

Tracking historical wireless client count trends?

1. Manual headcounts with clicker counters.
2. Meraki dashboard wireless usage analytics graphs.
3. Measure room floor dimensions with tapes.
4. Review monthly electric utility bills.

Correct Answer: 2

Explanation:

The Meraki dashboard wireless client usage analytics and historical graphs track concurrent client connection counts, peak usage hours, and traffic volume trends across hourly, daily, or custom date ranges. These insights assist network planners in evaluating wireless density patterns, forecasting future bandwidth expansion requirements, and optimizing access point placement in high-density office or educational environments. Analyzing this historical data prevents capacity bottlenecks during high-attendance events and enables data-driven decisions for future wireless network expansions.

Question 357

Configuring Bonjour forwarding across VLANs?

1. Enable Bonjour forwarding settings in wireless SSID.
2. Solder physical network bridge copper wires.
3. Disconnect all Apple devices from Wi-Fi.
4. Write device MAC addresses on paper logs.

Correct Answer: 1

Explanation:

Administrators enable cross-subnet discovery for Apple AirPlay and AirPrint devices by configuring Bonjour forwarding rules within the wireless SSID settings in the Meraki dashboard. Because multicast Bonjour traffic is normally restricted to local broadcast domains, enabling this feature allows security appliances and access points to proxy service announcements across different VLANs securely. This configuration enables corporate users and educators to stream content or print documents to shared peripherals seamlessly without compromising overall Layer 2 broadcast isolation.

Question 358

Verifying cloud management heartbeat status?

1. Measure chassis temperatures with thermometers.
2. Count blinking LED lights on power supplies.
3. Dashboard device connection status and ping telemetry.
4. Mail certified letters to branch offices.

Correct Answer: 3

Explanation:

The dashboard device connection status indicators and historical ping telemetry provide network administrators with real-time visibility into whether managed access points, switches, and security appliances maintain active cloud management heartbeats. When a device drops offline, the cloud management portal records the exact disconnection timestamp, allowing IT staff to isolate upstream ISP failures or local hardware crashes rapidly without guessing network availability. This continuous telemetry collection streamlines root cause analysis during outages across multi-site enterprise environments.

Question 359

Configuring content filtering security categories?

1. Select prohibited content categories in security dashboard.
2. Manually edit host files on workstations.
3. Disconnect optical fiber transceivers.
4. Require dial-up internet browsing.

Correct Answer: 1

Explanation:

Administrators enforce corporate internet usage policies and protect endpoints from malicious web threats by navigating to the security and SD-WAN threat protection menu in the Meraki dashboard, where they can enable content filtering and select specific prohibited web categories to block automatically. This centralized web filtering safeguards users against malware downloads and maintains a productive corporate environment while blocking access to high-risk or non-compliant domains across the entire enterprise network footprint.

Question 360

Testing copper Ethernet cable integrity remotely?

1. Integrated dashboard cable testing TDR utility.
2. Strip plastic insulation with kitchen knives.
3. Listen for electrical humming sounds.
4. Calculate room floor area with rulers.

Correct Answer: 1

Explanation:

The integrated dashboard cable testing Time Domain Reflectometer (TDR) diagnostic utility enables engineers to verify copper Ethernet cable health remotely without physical tool inspection. Administrators can test cable pairs directly from switch port management pages to detect open circuits, short circuits, mismatched pinouts, or excessive distance attenuations, accelerating troubleshooting for physical link failures and eliminating unnecessary trips to remote wiring closets across enterprise branch office locations.