22 herramientas de monitoreo de redes basadas en la nube para 2026

Zabbix is designed for IT teams and enterprises that need to monitor large, distributed networks across multiple locations. It’s a strong fit for organizations managing complex infrastructures with thousands of devices or endpoints. Zabbix helps you centralize monitoring, automate detection, and scale visibility as your network grows.

Why I Picked Zabbix

What sets Zabbix apart is its ability to scale monitoring across highly distributed and complex environments. I picked Zabbix because it supports agent-based and agentless monitoring, making it flexible for different network architectures. Its distributed monitoring architecture lets you deploy proxies in remote locations, so you can collect and centralize data from multiple sites without losing visibility. This approach is especially useful for organizations that need to monitor thousands of devices or geographically dispersed infrastructure.

Zabbix Key Features

Some other features that make Zabbix useful for cloud-based network monitoring include:

• Customizable dashboards: Build visual overviews of network health and performance using widgets and charts.
• Automated alerting: Set up triggers and notifications for specific network events or thresholds.
• Template library: Use pre-built templates for common devices, applications, and services to speed up deployment.
• API access: Integrate Zabbix with other tools or automate tasks using its REST API.

Zabbix Integrations

Integrations include Microsoft Azure, Amazon Web Services, VMware, Cisco, IBM, Oracle, Slack, Elasticsearch, MySQL, PostgreSQL, and more.

If you’re looking for a network monitoring tool with deep open-source flexibility, Nagios is worth considering. It appeals to IT specialists and organizations that want to customize monitoring for unique cloud and hybrid environments. With its plugin architecture and active community, Nagios helps teams build tailored solutions for complex infrastructure challenges.

Why I Picked Nagios

What makes Nagios stand out for cloud-based network monitoring is its open-source extensibility, which gives you full control over how you monitor your environment. The plugin framework lets you add or create custom checks for cloud services, virtual machines, and hybrid infrastructure. I appreciate that you can tap into a large library of community-contributed plugins, so you’re not limited to built-in monitoring options. This flexibility is especially useful for IT teams with unique requirements or rapidly evolving cloud architectures.

Nagios Key Features

Some other features that make Nagios appealing for cloud-based network monitoring include:

• Multi-tenant monitoring: Supports monitoring of multiple environments or clients from a single instance.
• Automated alerting: Sends notifications via email, SMS, or custom scripts when issues are detected.
• Performance graphing: Visualizes historical and real-time performance data for tracked resources.
• Role-based access control: Lets you assign different permissions to users based on their responsibilities.

Nagios Integrations

Integrations include Amazon Web Services, Microsoft Azure, VMware, Cisco, Dell EMC, and more.

If you’re looking for a network monitoring tool that can automatically detect and map devices across complex environments, LogicMonitor is worth considering. This platform is designed for IT teams managing hybrid infrastructure who need to reduce manual setup and keep pace with rapid network changes. Its automated device discovery helps you maintain visibility and control as your network grows or shifts.

Why I Picked LogicMonitor

Unlike some network monitoring software that requires manual device input, LogicMonitor stands out for its automated device discovery capabilities. I picked LogicMonitor because it continuously scans your environment to identify new devices and map network topology without extra configuration. This automation is especially valuable for IT teams managing dynamic or large-scale networks where devices are frequently added or changed. With LogicMonitor, you can maintain an up-to-date inventory and reduce the risk of blind spots in your monitoring coverage.

LogicMonitor Key Features

In addition to automated device discovery, LogicMonitor offers several other features that support network monitoring:

• Dynamic topology mapping: Visualizes network relationships and dependencies in real time.
• Customizable alert thresholds: Lets you set specific triggers for different devices or metrics.
• Integrated log analysis: Correlates log data with performance metrics for deeper troubleshooting.
• Cloud and hybrid infrastructure monitoring: Monitors resources across public clouds, private clouds, and on-premises environments.

LogicMonitor Integrations

Integrations include AWS, Azure, NetApp, ServiceNow, Slack, PagerDuty, and Microsoft Teams.

WhatsUp Gold stands out for IT teams that need real-time, interactive network mapping to visualize complex environments. Its dynamic maps help network administrators quickly spot issues and understand device relationships across cloud and on-premises infrastructure. This approach is especially useful for organizations managing hybrid networks or frequent topology changes.

Why I Picked WhatsUp Gold

One thing that sets WhatsUp Gold apart is its interactive network mapping, which is especially valuable for cloud-based network monitoring. The platform automatically discovers devices and creates live topology maps, so you can see real-time changes as your network evolves. I like how you can drill down into specific devices or connections directly from the map, making it easier to troubleshoot issues quickly. This level of visual clarity is a strong fit for teams managing dynamic or hybrid network environments.

WhatsUp Gold Key Features

In addition to its interactive mapping capabilities, there are several other features worth noting:

• Cloud resource monitoring: Tracks the status and performance of AWS and Azure resources alongside on-premises devices.
• Configurable alerting: Lets you set custom thresholds and receive notifications through multiple channels.
• Network traffic analysis: Provides visibility into bandwidth usage and application traffic patterns.
• Device status reporting: Generates detailed reports on device health, uptime, and performance metrics.

WhatsUp Gold Integrations

Integrations include Microsoft Azure, Amazon Web Services, VMware, Cisco, Dell EMC, and more.

SolarWinds is designed for IT teams that need deep visibility into network performance across cloud and hybrid environments. It’s especially useful for organizations that want advanced analytics to pinpoint bottlenecks and optimize resource usage. With its focus on granular monitoring and real-time diagnostics, SolarWinds helps you address complex network challenges before they impact users.

Why I Picked SolarWinds

When I evaluated tools for advanced network performance analytics, SolarWinds stood out for its depth of monitoring and diagnostic capabilities. The platform offers detailed traffic analysis and performance baselining, which help you identify unusual patterns and potential issues in real time. I appreciate how its NetPath feature visually maps network paths across cloud and on-premises environments, making it easier to pinpoint bottlenecks. These analytics-driven features make SolarWinds a strong choice for IT teams that need actionable insights to maintain reliable cloud network performance.

SolarWinds Key Features

Some other features that make SolarWinds useful for cloud-based network monitoring include:

• Customizable dashboards: Build visual displays tailored to your team’s monitoring priorities.
• Automated device discovery: Detects and adds new network devices as they come online.
• Role-based access control: Assigns permissions based on user roles and responsibilities.
• REST API support: Integrates with other IT management tools and custom workflows.

SolarWinds Integrations

Integrations include Microsoft Active Directory, VMware, Amazon Web Services, Microsoft Azure, Slack, and more.

Grafana Cloud gives IT teams and network specialists a flexible way to visualize and analyze data from multiple sources in one place. It’s especially useful for organizations that need to build custom dashboards and monitor complex, distributed cloud environments. With its open architecture, Grafana Cloud lets you tailor visualizations to fit your unique network monitoring needs.

Why I Picked Grafana Cloud

Grafana Cloud stands out for its deep focus on customizable data visualization, which is essential for teams monitoring complex cloud networks. I picked Grafana Cloud because it lets you build highly tailored dashboards that pull in metrics from a wide range of sources. The platform supports advanced visualization options, including custom panels and dynamic, real-time data updates. This level of flexibility is especially valuable when you need to track unique KPIs or correlate data across multiple cloud services.

Grafana Cloud Key Features

Some other features that make Grafana Cloud valuable for cloud-based network monitoring include:

• Alerting and notification system: Configure alerts based on thresholds and send notifications through channels like Slack, PagerDuty, or email.
• Multi-source data support: Connect to databases, cloud services, and monitoring tools such as Prometheus, AWS CloudWatch, and Azure Monitor.
• User access controls: Set granular permissions for teams and individuals to manage dashboard access and editing rights.
• Plugin ecosystem: Extend functionality with plugins for new data sources, visualizations, and app integrations.

Grafana Cloud Integrations

Integrations include Prometheus, InfluxDB, Elasticsearch, AWS CloudWatch, MySQL, Graphite, Splunk, and more.

For IT teams managing AWS infrastructure, AWS CloudWatch delivers real-time monitoring and observability tailored to Amazon Web Services environments. This tool is a strong fit for organizations that need to track resource utilization, application performance, and operational health across AWS workloads. With its ability to collect and visualize metrics, logs, and events natively from AWS resources, CloudWatch helps you quickly identify and respond to issues in dynamic cloud environments.

Why I Picked AWS CloudWatch

When you need immediate insight into your AWS resources, AWS CloudWatch offers real-time tracking that’s tightly integrated with the AWS ecosystem. I picked CloudWatch because it automatically collects and visualizes metrics, logs, and events from a wide range of AWS services, giving you up-to-the-minute visibility into your cloud infrastructure. Its real-time dashboards and automated alarms help you spot and respond to performance issues as they happen. For IT specialists focused on AWS environments, this level of optimal performance is hard to match.

AWS CloudWatch Key Features

Some other features in AWS CloudWatch that are useful for network monitoring include:

• Custom metrics: Lets you publish and track your own application or infrastructure metrics alongside AWS service data.
• Log Insights: Provides a query engine for searching and analyzing log data at scale.
• Composite alarms: Allows you to combine multiple alarms into a single alert for more nuanced monitoring.
• CloudWatch Synthetics: Simulates user activity to monitor application endpoints and APIs for availability and latency.

AWS CloudWatch Integrations

Integrations include Amazon EC2, Amazon S3, Amazon RDS, AWS Lambda, Amazon ECS, Amazon EKS, and Amazon SNS.

With ManageEngine, you get a network monitoring solution that stands out for its highly customizable alert workflows. This tool is a strong match for IT teams in organizations with complex or dynamic infrastructure who need granular control over how and when alerts are triggered and escalated. If your business requires tailored notification rules and automated responses to specific network events, ManageEngine offers the flexibility to design workflows that fit your environment.

Why I Picked ManageEngine

What drew me to ManageEngine is its focus on customizable alert workflows, which is a key need for many IT teams managing cloud-based networks. You can set up multi-level escalation rules, define custom alert triggers based on specific network conditions, and automate responses to incidents. I appreciate how the platform lets you tailor notification channels and schedules for different teams or roles, so alerts always reach the right people at the right time. This level of flexibility is especially useful if your environment demands precise control over how network issues are detected and handled.

ManageEngine Key Features

Some other features in ManageEngine that are valuable for network monitoring include:

• Network topology mapping: Automatically discovers and visualizes network devices and their relationships in real time.
• Bandwidth analysis: Monitors and reports on bandwidth usage by application, protocol, or device.
• Configuration management: Tracks and manages changes to network device configurations with version control.
• IP address management: Centralizes tracking and allocation of IP addresses across your network.

ManageEngine Integrations

Integrations include ServiceNow, Slack, Microsoft Teams, Jira, AWS, and Dell EMC.

Pandora FMS is built for IT teams managing both cloud and on-premises infrastructure in complex, hybrid environments. It appeals to organizations that need unified monitoring across diverse systems, from legacy servers to modern cloud platforms. With its flexible agent and agentless monitoring, Pandora FMS helps you keep tabs on every part of your network, no matter where it lives.

Why I Picked Pandora FMS

What drew me to Pandora FMS is its strong support for hybrid environments, which is essential for teams juggling both cloud and on-premises assets. The platform offers unified monitoring that covers physical, virtual, and cloud infrastructure from a single console. I like that it supports both agent-based and agentless monitoring, giving you flexibility in how you collect data across different systems. This makes Pandora FMS a practical choice for organizations that need to bridge legacy infrastructure with modern cloud deployments.

Pandora FMS Key Features

Some other features that make Pandora FMS useful for cloud-based network monitoring include:

• Customizable alerting system: Set up detailed alerts based on thresholds, events, or anomalies.
• Service mapping: Visualize dependencies and relationships between networked services and devices.
• SNMP and WMI monitoring: Collect data from a wide range of network devices and Windows systems.
• Reporting and analytics engine: Generate scheduled or on-demand reports with historical and real-time data.

Pandora FMS Integrations

Integrations include Microsoft Azure, Amazon Web Services, VMware, Cisco, Slack, and more.

If your organization relies on Microsoft Azure or other Microsoft services, Azure Monitor offers deep, native integration for monitoring cloud-based infrastructure. This tool is especially useful for IT teams managing hybrid or multi-cloud environments who want unified visibility across Azure resources, virtual machines, and applications. With built-in support for Azure services and automated insights, Azure Monitor helps you track performance, detect issues, and maintain compliance within the Microsoft ecosystem.

Why I Picked Azure Monitor

For teams already invested in Microsoft technologies, Azure Monitor stands out because of its seamless integration with the broader Microsoft ecosystem. You can collect, analyze, and act on telemetry from Azure resources, on-premises environments, and even other cloud platforms, all within a single interface. I like that it offers built-in monitoring for Azure services, virtual machines, and containers, making it easy to maintain visibility across complex, distributed environments. This level of native integration helps IT specialists optimize monitoring and troubleshooting without leaving the Microsoft environment.

Azure Monitor Key Features

Some other features in Azure Monitor that are useful for network monitoring include:

• Log Analytics workspace: Centralizes and queries log data from multiple sources for detailed analysis.
• Smart alerts: Uses machine learning to detect anomalies and trigger notifications automatically.
• Custom dashboards: Lets you build visualizations tailored to your network monitoring needs.
• API access: Enables integration with external tools and custom automation workflows.

Azure Monitor Integrations

Integrations include Microsoft Teams, Power BI, Azure Logic Apps, Azure Automation, and PagerDuty.