Best Network Virtualization Software
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Compare the Top Network Virtualization Software as of December 2025
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What is Network Virtualization Software?
Network visualization software is a tool that provides graphical representations of network infrastructures, helping businesses and IT professionals visualize, monitor, and manage their networks. These platforms offer interactive maps and diagrams to illustrate the components of a network, including routers, switches, servers, and devices, as well as how they are interconnected. Network visualization software typically includes features for real-time monitoring, troubleshooting, network traffic analysis, and identifying potential bottlenecks or security vulnerabilities. By providing an intuitive, visual representation of a network's structure and performance, these tools help administrators optimize performance, plan for future capacity, and ensure efficient network management. Compare and read user reviews of the best Network Virtualization software currently available using the table below. This list is updated regularly.
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ZeroTier
ZeroTier
ZeroTier simplifies global networking with a secure network overlay that connects and manages all your resources as if they were on the same LAN. Deployable in minutes from anywhere, our software-defined solution scales effortlessly, whether you’re connecting a handful of devices or an entire global network. With ZeroTier, you can: Establish private global networks for IoT deployments. Simplify networking across physical locations with software-defined solutions. Replace traditional VPNs to provide employees secure access to critical resources. Experience seamless connectivity and robust security with ZeroTier – the smarter way to network globally.Starting Price: $2/device per month -
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MidoNet
MidoNet
MidoNet is an Apache licensed production grade network virtualization software for Infrastructure-as-a-Service (IaaS) clouds. MidoNet decouples your IaaS cloud from your network hardware, creating an intelligent software abstraction layer between your end hosts and your physical network. This network abstraction layer allows the cloud operator to move what has traditionally been hardware-based network appliances into a software-based multi-tenant virtual domain. MidoNet brings production-grade distributed overlay networking to OpenStack. Features such as reduced complexity of physical network, high availability (any server, any network service, any time), scalability through hierarchy, reduced protocols, otimized network traffic with minimal overhead, vastly improved fault tolerance. -
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Oxide Cloud Computer
Oxide Cloud Computer
Vertically integrated and scale-ready. Bringing hyper-scaler agility to the mainstream enterprise. Software that empowers developers and operators alike. Launch projects within minutes of powering on. Per-tenant isolation gives you full control of networking, routing, and firewalls through VPC and network virtualization capabilities. Network services scale with your deployment, eliminating traditional bottlenecks. Elastic compute capacity can be provisioned against a single infrastructure pool, with support for the tools developers already use. High-performance, persistent block storage service with configurable capacity and IOPS per volume. Go from rack install to developer availability in a matter of hours, compared to weeks or months today. Takes up two-thirds as much space as traditional on-premises infrastructure. Manage with technologies you already know and use with our Kubernetes and Terraform integrations. -
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Lumen Cloud Connect
Lumen Technologies
Seamlessly link your cloud environments. Migrate to the cloud with Lumen Cloud Connect solutions for secure, high‑performance virtualized networking to leading public and private clouds. Dynamic SDN‑based controls can provide a network experience that matches your cloud experience. Connect your network to the cloud through high‑performance, secure, dynamic capacity and connectivity. Provide greater visibility and easily manage the traffic traversing your Ethernet virtual circuit to deliver mission‑critical apps from the cloud with exceptional uptime and responsiveness. Experience the benefits of the cloud with the proven security of a private network ecosystem when connecting to AWS, Microsoft Azure, Google Cloud, IBM Cloud, Oracle, and more. Secure self-service ability to immediately add and remove Ethernet services to cloud and data center environments via a portal or API integration. -
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Converged Cloud Fabric (CCF)™ is an automated fabric built with cloud networking design principles. CCF leverages VPC/VNet constructs on-prem to deliver a cloud Network-as-a-Service operational model. CCF automates networking for multiple private cloud platforms, enabling the network to operate at the speed of VMs and Containers. With built-in analytics and telemetry, CCF provides real-time contextual visibility across the fabric and one-click troubleshooting workflows. With CCF, NetOps, DevOps and CloudOps teams can effectively collaborate, and rapidly on-board applications and tenants. CCF enables mainstream and midsize organizations to leverage network as a strategic pillar of the digital transformation strategy. With CCF's self-service networking and contextual intelligence, NetOps team can focus on innovations such as new services and analytics, instead of time-consuming manual tasks.
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Cisco's Enterprise Network Functions Virtualization (NFV) solution enables organizations to virtualize critical network functions, allowing rapid deployment of network services across dispersed locations. By converting traditional hardware-based network functions into software, Cisco's NFV reduces the need for multiple physical appliances, leading to cost savings and simplified management. Cisco's NFV solution accelerates the deployment of new virtual network services, reduces operational complexity, and offers the flexibility to mix physical, virtual, Cisco, and third-party devices and services. This approach not only cuts costs but also frees up IT resources by minimizing the need for service visits, thereby enhancing overall network efficiency. It manages and automates the provisioning of network services across hardware or virtual platforms, streamlining operations and reducing manual interventions.
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