Sovereign network operating system running on your own hardware across cloud, edge and on-premise
Best Network Operating Software
Network operating software is designed to manage and control network hardware and infrastructure, providing the foundation for network operations and services. These solutions offer tools for configuring, monitoring, and maintaining network equipment and services.
More about Network Operating Software
Key capabilities include:
- Network Device Configuration and Management
- Traffic Routing and Switching
- Network Performance Monitoring
- Security Management and Access Control
- Troubleshooting and Diagnostics
- Firmware and Software Updates
Network operating software assists organizations in managing their network infrastructure by providing features for configuring network devices, routing traffic, and monitoring performance. By offering tools for security management, diagnostics, and updates, these solutions ensure the efficient operation and reliability of network services.
To qualify for the Network Operating Software category, a product must:
- Provide tools for configuring and managing network devices and services.
- Offer features for traffic routing, performance monitoring, and security management.
- Support troubleshooting, diagnostics, and firmware updates to maintain network operations.
While traditional standalone NOSes are less common today, most modern operating systems have built-in network stacks that support client-server models and enable similar network management capabilities.
The core value proposition is enabling organizations to efficiently manage their network infrastructure and services, ensuring operational reliability and performance through comprehensive network operating software solutions.
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1 Best Network Operating Software Options
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VyOS is a network operating system positioned around sovereignty: running your own routing and security software on hardware you control, across cloud, edge and on-premise deployments.
That framing describes a genuine architectural choice rather than a marketing angle. Conventional enterprise networking couples the operating system to the vendor's hardware, so the routing software, the switch and the support contract arrive together and are replaced together. A software network operating system decouples them: the same routing platform runs on a virtual machine in a public cloud, on commodity hardware in a data centre and on a small appliance at a branch office, configured identically in all three.
For an organisation with a hybrid estate that consistency is worth a great deal. The alternative is a cloud router configured through one vendor's console, a data centre router configured through another's command line, and a branch device configured through a third, with three sets of expertise required and three places for a configuration error to hide.
The published solution set is specific: EVPN with VXLAN for data centre fabrics and campus networks, data centre interconnect, high-availability border routing, policy-driven firewalling, network address translation and DMVPN for connecting sites.
EVPN and VXLAN appearing for both data centre and campus is notable, since the technology originated in data centres and its extension to campus networks is comparatively recent.
A published roadmap sets out planned features, which matters for infrastructure software where an organisation is committing for years. VyOS For Good supports those who innovate, educate and protect.
Pricing is not published as plan figures.
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Explore various Keka features, compare the pricing plans, and unlock the potential of seamless operations by selecting the right software for your business.
Features
View all VyOS Features- Software network operating system
- Runs on cloud, commodity hardware and edge appliances
- Identical configuration across deployment types
- EVPN with VXLAN for data centre fabrics
- Campus EVPN and VXLAN
- Data centre interconnect
- High-availability border routing
- Policy-driven firewall
- Network address translation
- DMVPN site connectivity
- Published feature roadmap
Pricing
VyOS Caters to
- StartUps
- SMEs
- Agencies
- Enterprises
Network Operating Software Buyer's Guide
Most Network Operating Software options look alike on a feature grid, so the useful comparison is how each handles your actual process. Below are the core capabilities, who benefits most, typical pricing, and what to test before committing.
What is Network Operating Software?
Network Operating Software helps teams provision, manage, monitor, and control the cost of cloud infrastructure and the workloads running on it. The real return is usually less rekeying and fewer version disputes rather than any single headline feature. Most products handle the easy cases; the useful test is what happens at the edges of your process.
Key features to look for in Network Operating Software
Which of these matter depends on your process, but they are worth checking against any Network Operating Software shortlist.
- Resource provisioning and lifecycle management
- Cost visibility broken down by team, tag, or service
- Autoscaling and rightsizing recommendations
- Policy and guardrail enforcement
- Multi account and multi cloud visibility
- Infrastructure as code support
- Performance and availability monitoring
- Alerting on spend anomalies and failures
Benefits of using Network Operating Software
Organisations running Network Operating Software that genuinely fits their workflow tend to see:
- Lower cloud bills through rightsizing and waste removal
- Clear accountability for which team spends what
- Consistent configuration through policy instead of manual setup
- Faster provisioning without raising a ticket
- Fewer outages from resource limits and misconfiguration
Who uses Network Operating Software?
Network Operating Software is used by cloud and platform engineers, DevOps teams, FinOps analysts, and infrastructure architects. What matters more than headcount is whether the product’s assumptions about your process are correct.
How to choose the right Network Operating Software
Worth weighing before you commit to any Network Operating Software option:
- Which cloud providers and services it genuinely covers
- Whether cost data is near real time or delayed
- How it handles tagging and untagged resources
- Integration with your infrastructure as code workflow
- Whether recommendations can be applied automatically or only reported
Narrow to a few options and test on your own data. The eventual daily users should run the trial, because their friction determines whether a rollout sticks.
How much does Network Operating Software cost?
Often priced as a percentage of managed cloud spend, or per resource or per user each month. Some tools are free at low volume and charge once spend passes a threshold. Budget against where you expect to be, and read carefully which capabilities are gated above the tier you are quoted.
FAQs of Network Operating Software
Network Operating Software covers the operational side of cloud infrastructure work, holding records, scheduling and invoicing together instead of across separate tools.
Generic software leaves you building the cloud infrastructure specifics yourself, whereas Network Operating Software ships with them at a higher price.
Fit depends on the scale Network Operating Software was designed for, so check whether the vendor’s typical cloud infrastructure customer resembles your own operation.
Migration support varies across Network Operating Software, so ask what the vendor imports as standard from your current cloud infrastructure records and what needs manual work.
Network Operating Software is usually billed per seat or per site each month, and specialist cloud infrastructure tooling generally prices above generic software.
Test Network Operating Software on genuine cloud infrastructure tasks with the people who will actually use it rather than on a scripted scenario.