Los 10 Mejores Software de Automatización de Redes de 2026

Auvik is a cloud‑based tool that automates important tasks for network management. It keeps your network topology, device inventory, and configurations updated automatically. You get ongoing insight into your infrastructure with minimal manual work.

Why I Picked Auvik: I chose Auvik for its automatic discovery and mapping of your entire network using protocols like SNMP, CDP, and LLDP. This real‑time topology discovery means that as soon as devices connect or change, you're immediately aware of how everything fits together, helping your team detect issues before they become serious. I also like its automated configuration backup and change tracking. Every 60 minutes, device configs are backed up and versioned, and you can easily compare versions to spot differences. 

Standout Features & Integrations:

Features include network performance monitoring that tracks utilization trends, bottlenecks, and bandwidth‑heavy apps to help you plan capacity and optimize performance. You also get real‑time alerting, with 50+ pre‑configured alerts you can tweak, so you stay on top of issues quickly. 

Some integrations include Okta, Opsgenie, PagerDuty, Palo Alto Networks, pfSense, Rewst, Rippling, Ruckus, Salesforce, ServiceNow, Slack, and Smartsheet.

Site24x7 is an all-in-one monitoring platform designed for IT operations and DevOps teams, offering comprehensive services for websites, servers, cloud resources, networks, and applications.

Why I Picked Site24x7: One of the standout features of Site24x7 is its network configuration management (NCM) tool. This tool allows you to automate the backup of device configurations, ensuring that you always have the latest settings saved. In the event of an unexpected change or outage, you can restore a previous stable configuration, minimizing downtime and maintaining network stability.  Additionally, Site24x7's use of configlets (command snippets applied to network devices) enables you to automate and standardize configurations across multiple devices.

Standout Features & Integrations:

Other features include network compliance checks that help your team adhere to industry standards like Cisco IOS, SOX, HIPAA, and PCI DSS by flagging noncompliance issues and simplifying audits. The platform also offers IP address management (IPAM), allowing you to monitor and manage IP usage dynamically, identify conflicts, and visualize subnets for better capacity planning. Some integrations include ServiceNow, PagerDuty, Jira, Microsoft Teams, Slack, Nagios, AWS, Azure, Google Cloud Platform, Docker, Jenkins, and Kubernetes.

ManageEngine OpManager primarily functions as a network management platform, focusing on monitoring and fault identification. Its proficiency in recognizing faults in a system and ensuring steady connectivity makes it particularly suitable for those needing effective monitoring and fault management solutions.

Why I Picked ManageEngine OpManager: I selected ManageEngine OpManager after determining its merits among various tools in the network management domain. It stands out due to its refined monitoring capabilities and its knack for pinpointing faults swiftly.

This tool's specialization in monitoring and rapid fault identification justified its position as "best for monitoring and fault management."

Standout Features & Integrations:

ManageEngine OpManager is renowned for its robust monitoring capabilities, providing in-depth visibility into network health. It offers advanced endpoint monitoring, ensuring DevOps teams are immediately alerted of any potential issues.

Additionally, its integrations are diverse, allowing for collaboration across different platforms and tools.

Terraform is a powerful open-source tool designed to provision and manage network infrastructure using a declarative configuration language. With its infrastructure-as-code approach, Terraform paves the way for replicable, predictable, and scalable network setups, ensuring that it stands out when considering network performance and security.

Why I Picked Terraform: From the plethora of tools I came across, Terraform stood out to me due to its unique approach to managing network infrastructure. In determining the best solutions, I found myself consistently comparing tools to Terraform's clean, code-driven methods.

After much judgment and opinion-gathering, it became clear that Terraform truly shines when it comes to handling infrastructure as code, making it an invaluable asset for those prioritizing network security and performance.

Standout Features & Integrations:

Terraform boasts a state-centric design that offers a clear view of the current network status versus the desired configuration, facilitating effective troubleshooting. Furthermore, its modularity and infrastructure building blocks make it adaptable to varied requirements.

On the integration front, Terraform's provider system allows it to support a multitude of platforms and services, from cloud vendors like AWS and Azure to on-prem solutions.

The Red Hat Ansible Automation Platform is a comprehensive solution for orchestrating and managing network resources. With its robust modular design, it aids businesses in automating multi-vendor networks and streamlining network change processes, making it optimal for modular network automation.

Why I Picked Red Hat Ansible Automation Platform: In the process of choosing tools for this review, the Red Hat Ansible Automation Platform stood out due to its modularity and extensive adaptability. The ability to handle modules with precision across a multi-cloud environment further differentiated it from other tools.

In my opinion, and after comparing it with other platforms, I determined that it's the best for modular network automation.

Standout Features & Integrations:

One of the significant features of the Red Hat Ansible Automation Platform is its modular approach, allowing businesses to customize and scale as per their requirements. This modularity extends to its prowess in managing multi-vendor networks and efficiently allocating network resources. Integration-wise, it's built for the multi-cloud world, connecting with major cloud providers and ensuring network consistency across platforms.

LogicMonitor is a cloud-based platform designed to support comprehensive monitoring across diverse IT infrastructures, both on-premises and in the cloud. Its specialty lies in providing insights into hybrid setups, making it especially adept at hybrid infrastructure monitoring.

Why I Picked LogicMonitor: In my search for top-tier monitoring tools, LogicMonitor quickly came to the forefront. I selected it after determining its unmatched capabilities in observing hybrid environments, a feat that not all tools can claim. Judging from its features and comparisons with other platforms, I'm confident in stating it's the best for hybrid infrastructure monitoring.

Standout Features & Integrations:

LogicMonitor's standout features include the ability to create playbooks that can automate responses to specific network conditions, ensuring quick rollbacks if necessary. The platform's support for multiple programming languages further augments its flexibility. Integration-wise, LogicMonitor efficiently ties in with SD-WAN solutions and offers extensive support for a myriad of nodes, streamlining the monitoring process.

Cisco is a renowned leader in the networking industry, offering comprehensive solutions that cater to various network needs. Their automation solutions provide an end-to-end approach, making them particularly adept at managing and optimizing entire network infrastructures, which aligns with their reputation as best for end-to-end network automation solutions.

Why I Picked Cisco: In the process of determining the most impactful tools, Cisco emerged as a front-runner due to its expansive and robust suite of network automation features. I judged and compared it with other tools and felt that its comprehensive approach to both virtual and physical network infrastructures set it apart.

I chose it because its capability to provide end-to-end solutions ensures fewer outages and a smoother networking experience.

Standout Features & Integrations:

Cisco shines with its NCM (Network Configuration and Management) efficiently manages network data and aids in rapid deployment and configuration across software-defined setups. Their virtualization technology ensures that both virtual network functions and traditional infrastructures are integrated.

Additionally, Cisco offers multiple integrations with other industry-leading platforms to further enhance its automation capabilities.

IBM Cloud Pak for Network Automation is an integrated suite designed to automate network operations with the power of artificial intelligence. This platform not only streamlines common automation tasks but also provides AI-driven insights to make network operations more efficient, making it a top choice for AI-driven network operations.

Why I Picked IBM Cloud Pak for Network Automation: When selecting tools, I carefully judged each platform's capabilities, and IBM Cloud Pak for Network Automation stood out due to its AI-driven approach. After comparing it to other solutions, I determined that its unique combination of AI-enhanced insights and self-service capabilities set it apart from competitors. Based on its features and my analysis, I believe it's the best for AI-driven network operations.

Standout Features & Integrations:

Key features of IBM Cloud Pak include advanced automation tasks that reduce time-consuming manual processes, and AI-assisted decision-making that simplifies complex network management tasks.

Additionally, its integration capabilities allow for easy alignment with security policies, ensuring a secure and efficient network environment.

OpenText Network Automation provides an advanced platform for managing, automating, and orchestrating various network processes, both on-premise and in the cloud. With its ability to scale and adapt to growing network complexities, it positions itself as a leading choice for scalable network orchestration.

Why I Picked OpenText Network Automation: Navigating through a multitude of network automation tools, my judgment was anchored by OpenText's ability to efficiently orchestrate complex network tasks. I selected it based on its comprehensive suite of features and its distinct advantage of being able to scale according to network growth.

With its proficiency in managing larger networks, I believe it stands unmatched as the best for scalable network orchestration.

Standout Features & Integrations:

One of the striking features of OpenText Network Automation is its support for various operating systems, ensuring compatibility across different environments. The platform emphasizes automated processes, particularly in remediation, reducing manual intervention and potential errors.

In terms of integrations, it effortlessly pairs with a variety of IT management tools and network devices, amplifying its utility in diverse IT landscapes.

TrueSight Automation for Networks is a robust network automation platform designed to streamline the tasks and challenges faced by network administrators. By offering a blend of network monitoring and automation functionalities, it addresses the complexities of managing vast and intricate networks, making it best suited for comprehensive network management.

Why I Picked TrueSight Automation for Networks: In the quest for a tool that excels in both monitoring and automation, my selection gravitated towards TrueSight Automation for Networks. From the array of tools I compared, this platform stood out due to its holistic approach to network management, addressing both the micro and macro challenges of the domain.

I chose it because it presents a refined balance between monitoring nuances and automation capabilities, making it the go-to solution for comprehensive network management.

Standout Features & Integrations:

One of the defining features of TrueSight Automation for Networks is its advanced CLI interface, which provides administrators with precise control and insights. Its real-time network monitoring feature keeps track of the health and performance of the network, alerting administrators to potential issues before they escalate.

For integrations, the platform connects effortlessly with a range of other ITSM tools and network devices, making it versatile in diverse IT environments.