Unified Cisco Meraki Monitoring

Track your entire Meraki network from one dashboard without switching tools.

How do you monitor Cisco Meraki devices alongside the rest of your network?

Cisco Meraki simplifies network management through the cloud, but that doesn't mean your monitoring is automatically sorted. When access points go offline, switches enter an alerting state, or uplinks fail, the Meraki Dashboard shows you what's happening. What it doesn't do is feed that status into the rest of your infrastructure monitoring or push alerts through the channels your team actually uses.

Paessler PRTG connects to the Meraki Dashboard API and pulls device health data directly into your central monitoring setup.

What PRTG monitors in your Meraki environment:

Wi-Fi access points (MR), switches (MS), MX security appliances, uplink status (active, failed, ready), device states (online, offline, alerting, dormant), VPN connectivity, network name identification across your cloud-based Meraki deployment. PRTG provides observability for Meraki networks alongside SaaS apps, Microsoft environments, and traditional on-premises infrastructure.

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Full Cisco Meraki Visibility, Integrated into Your Monitoring

Stop Logging Into the Meraki Dashboard Just to Check if Everything's Running

You've got Cisco Meraki devices spread across multiple sites. Checking their status means logging into the Meraki cloud, switching between organizations and network names, manually reviewing device health. That works for the occasional check. When IT teams are responsible for keeping everything online, though, it's not practical.

PRTG pulls device health data directly from the Meraki API and tracks it in your central monitoring system. Same status information (online, offline, alerting), no manual login routine. Unlike standalone monitoring tools that only cover Meraki, with PRTG you can integrate cloud-based observability to your entire network.Dies ist ein Aufzählungspunkt

API-based monitoring of all MR, MS, and MX devices across your Meraki networks
Automatic tracking of device states (online, offline, alerting, dormant) without manual dashboard checks
Centralized notifications when Cisco Meraki devices go offline or enter alerting state
Integration with your existing PRTG setup alongside non-Meraki infrastructure, Microsoft servers, SaaS applications, and IoT devices

Get Alerted When Meraki Devices Change State, Not After Connectivity Fails

Cloud-based network management doesn't mean self-healing. When a Meraki access point goes offline or a switch switches to an alerting state, users lose connectivity. The Meraki Dashboard shows what's happening, sure. It doesn't push proactive alerts to your monitoring tools or integrate with your existing workflows.

With PRTG you can monitor all your Cisco Meraki devices in real-time and triggers notifications based on state changes you define. If an MX appliance goes offline or uplinks fail, you know immediately through your standard channels: email, SMS, Microsoft Teams, ticketing system integration.

Real-time device health monitoring via Meraki API polling
Threshold-based alerting when devices transition to offline or alerting states
Uplink failure detection for WAN connectivity tracking
Alerts through your existing notification channels (no separate Meraki alert system needed)
Historical graphs showing device state changes and availability trends over time

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PRODUCT OVERVIEW

See Meraki Health in Context With Everything Else You Monitor

Your network isn't just Meraki. You've got servers, firewalls, non-Meraki switches, databases, SaaS apps, Microsoft 365 infrastructure, and IoT endpoints. If you decide to manage your Meraki monitoring separately from the rest of your infrastructure this just means fragmented observability. When troubleshooting connectivity issues, IT teams need the full picture, not just what's in the Meraki cloud.

When you integrate Meraki into PRTG you also make it accessible to your unified network management dashboard. View Cisco Meraki devices alongside SNMP-monitored infrastructure, server health, bandwidth usage, and application performance.

Cisco Meraki devices appear in your PRTG topology maps with all other monitored infrastructure
Correlate Meraki Wi-Fi issues with network bandwidth metrics and server performance
Single-pane observability across cloud-based and traditional network devices
Standard PRTG reporting includes Meraki uptime and availability
Access monitoring data from PRTG mobile apps or web interface

Deploy Meraki Monitoring in Minutes, Not Hours

IT teams don't have time for complex integration projects. PRTG's Cisco Meraki Network Health sensor connects to your infrastructure using the Dashboard API. Enable API access in your Meraki organization settings, generate an API key from a Dashboard admin account with at least Read-only permissions, add the sensor in PRTG, and you're monitoring.

The Cisco Meraki Network Health sensor creates a predefined set of channels for MR, MS, and MX device states and uplink states. No manual channel configuration is required. Start monitoring your entire cloud-managed Meraki network in the time it takes to generate an API key.

Connect to Meraki Dashboard API using your organization API key and network name
Automatic channel creation for all device types (MR, MS, MX) and uplink states
No configuration of individual IP addresses or access points required
Recommended scanning interval of 5 minutes. Although technically shorter intervals are possible, Meraki API rate limits make intervals under 60 seconds impractical
View device health graphs and historical trends immediately after setup

How PRTG Monitors Cisco Meraki

PRTG monitors Cisco Meraki infrastructure through the Dashboard API, delivering complete observability into device health and uplink status across your cloud-managed network. Here's how the technical integration works.

API Health Monitoring

PRTG uses the Cisco Meraki Dashboard API to get device status information. To combine the two, you enable organization-level API access in your Meraki Dashboard, generate an API key from a Dashboard Administrator account that has at least Read-only admin permissions, and configure PRTG with that key.

PRTG polls the API at your defined interval. For the Cisco Meraki Network Health sensor, 5 minutes is the recommended scanning interval. It also tracks device states without agent installation or direct device access. This approach works without problems alongside other monitoring tools in your infrastructure stack. Worth noting: API calls count against Meraki's rate limits, but 5-minute intervals keep that reasonable.

Device State Monitoring

The Cisco Meraki Network Health sensor creates separate monitoring channels for each device type in your organization. MR channels track Wi-Fi access point states (online, offline, alerting, dormant). MS channels monitor switch status. MX channels cover security appliances.

Each channel reports the count of devices in each state. IT teams can see at a glance how many access points are online versus how many are reporting issues. PRTG generates graphs showing device state trends over time for capacity planning and network management analysis.

Uplink Status Monitoring

PRTG monitors uplink status for your Cisco Meraki devices. Active uplinks, failed connections, ready-but-not-connected states. This provides observability into WAN connectivity and the uplink conditions that affect Meraki VPN/SD-WAN tunnels for multi-site deployments.

When uplinks fail, PRTG triggers and sends alerts based on your configured thresholds. This is relevant for multi-site deployments where WAN connectivity is critical for branch operations and SaaS application access.

Threshold-Based Alerting

Define alert thresholds for each device state channel. Trigger a warning if any MR access points enter "alerting" state, or send a critical alert if MX appliances go offline.

PRTG's notification system supports email, SMS, push notifications, HTTP requests, and execution of external scripts. This covers most incident response workflows without additional tooling. IT teams receive alerts through their preferred channels without deploying additional tools.

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Meraki Dashboard vs. PRTG

FEATURE	Manual Dashboard Checks Manual Dashboard Checks	PRTG PRTG
Device Status	Manual Dashboard Checks Log into Meraki Dashboard, select organization and network name, navigate to device list, review status manually	PRTG Automated API polling with real-time device status updates, graphs, and proactive notifications
Multi-Site Observability	Manual Dashboard Checks Switch between Meraki organizations and network views to check each location	PRTG Single dashboard view of all Cisco Meraki devices across all organizations and sites with unified network management
Alert Integration	Manual Dashboard Checks Meraki Dashboard email alerts only	PRTG Integration with existing notification channels (email, SMS, Microsoft Teams, ticketing, Slack, PagerDuty)
Infrastructure Context	Manual Dashboard Checks Cisco Meraki devices visible only in Meraki Dashboard	PRTG Meraki status integrated with servers, bandwidth, SaaS apps, Microsoft environments, IoT devices, and non-Meraki network infrastructure
Historical Reporting	Manual Dashboard Checks Export data from Meraki Dashboard manually	PRTG Automated reports with graphs, Meraki uptime metrics, and availability data alongside all other infrastructure SLA reporting

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“With PRTG, we can comprehensively monitor our email services in the cloud, and ensure that – as the team in charge – we are immediately informed in the event of a malfunction and can quickly take actions to fix it. It wasn’t until we started using PRTG that we realized how error-ridden our Microsoft cloud service can be.”

Monitoring expert

Oettinger Davidoff

“Part of our infrastructure runs with Azure. This information is then sent to PRTG via Powershell. Paessler is a great solution for us. We get alerts sent directly to our phones and if something goes wrong somewhere, we can immediately deal with it. It’s our lifeline. This is why Paessler gives us a sense of security no matter what the time of day.”

Gert-Jan Hiddink, DevOps Engineer

CowManager

“As more and more companies start to integrate new systems, they aren’t going to use legacy networks. Instead, clients are implementing more cloud-based solutions with newer programming languages. Being able to closely monitor cloud-based solutions and customize sensors based on clients’ needs is extremely helpful in making sure the process runs and continues to function as smoothly as possible.”

Edgard Concha, Director of Information Systems

Resolvit

Paessler PRTG Network Monitor licenses & pricing

Choose the PRTG Network Monitor subscription that's best for you.

License Name	Price	License Details	Get started	Pricing Details
PRTG 500	^$200	per month paid annually	Buy now Buy now	Enough to monitor multiple aspects of 50 devices
PRTG 1000	^$358	per month paid annually	Buy now Buy now	Enough to monitor multiple aspects of 100 devices
PRTG 2500	^$742	per month paid annually	Buy now Buy now	Enough to monitor multiple aspects of 250 devices
PRTG 5000	^$1,300	per month paid annually	Buy now Buy now	Enough to monitor multiple aspects of 500 devices
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Cisco Meraki Monitoring: Frequently Asked Questions

Does PRTG replace the Meraki Dashboard for device configuration?

No. PRTG monitors device health via the Dashboard API but doesn't configure Cisco Meraki devices. IT teams still use the Meraki Dashboard for all configuration tasks—Wi-Fi SSID settings, firewall rules, VPN setup, network name assignments. PRTG provides network monitoring and observability through read-only API access, which is why it requires API credentials with at least read-only admin permissions.

What information do I need to set up Meraki monitoring in PRTG?

You need your Meraki organization API key, organization ID, and network name. Enable Dashboard API access in your organization settings, generate an API key from a Dashboard admin account with read permissions, and enter those credentials when you add the Cisco Meraki Network Health sensor in PRTG. The sensor automatically discovers and monitors all MR, MS, and MX devices in that organization without requiring individual IP address configuration.

Can PRTG monitor individual Wi-Fi access points or only organization-level health?

The Cisco Meraki Network Health sensor monitors organization-level device health and the number of devices in each state: online, offline, alerting. It doesn't create individual sensors for each access point or switch. If you need per-device monitoring with specific IP address tracking, you can use SNMP sensors on Cisco Meraki devices if SNMP is enabled, though API-based monitoring is the recommended approach for cloud-managed infrastructure. IT teams can view status graphs for device groups without managing dozens of individual monitoring tools.

Does PRTG monitoring work with Meraki SD-WAN, VPN, and security configurations?

PRTG's Cisco Meraki Network Health sensor monitors uplink connectivity status (active, failed, ready) across your Meraki devices. Since VPN and SD-WAN tunnels run over these uplinks, monitoring uplink status gives you visibility into the WAN conditions that affect tunnel availability. However, PRTG does not provide dedicated per-tunnel metrics (tunnel throughput, per-tunnel latency, tunnel-specific packet loss) through the Network Health sensor. For deeper tunnel-level monitoring, you can use PRTG's SNMP sensors (if enabled on Meraki devices) or custom HTTP REST sensors to query specific Meraki Dashboard API endpoints.

How often does PRTG poll the Meraki Dashboard API?

The recommended scanning interval is 5 minutes. The minimum is 10 seconds, but frequent API polling isn't necessary for cloud-based device health monitoring and may count against Meraki API rate limits. Five-minute intervals provide timely status updates while keeping API call volume reasonable. PRTG stores historical data for graphs and reports, with resolution depending on your configured polling interval.

Can PRTG monitor metrics like client count, bandwidth usage, or RF performance for Meraki access points?

The Cisco Meraki Network Health sensor focuses on device health status (online/offline/alerting). It doesn't pull detailed metrics like per-AP client counts, bandwidth throughput, or RF analytics. For those metrics, IT teams would need to use the Meraki Dashboard or build custom sensors using PRTG's HTTP API sensor to query specific Dashboard API endpoints. This approach allows network management teams to extend PRTG's observability based on their specific monitoring requirements without overloading the cloud-based API.