VyOS Universal Router
Enterprise Networking for Cloud, Edge, and On-Prem
One Networking Platform. Everywhere You Deploy.
Modern networks are inherently distributed. Public cloud, private infrastructure, edge sites, virtualized platforms, and bare metal all operate simultaneously. VyOS Universal Router provides a single, consistent networking layer across all of them:
- Same operating system
- Same configuration model
- Same CLI and APIs
- Same automation workflows
- Same operational model across tenants and regions
Whether deployed on x86 hardware, hypervisors, or cloud instances, VyOS maintains operational consistency across environments.
This eliminates platform fragmentation, reduces training overhead, and simplifies long-term network evolution.
VyOS Universal Router Architecture
Technical Datasheet
Built for MSPs, CSPs, ISPs, and Enterprise Networks
VyOS Universal Router powers the infrastructure behind recurring connectivity and managed network services.
Multi-tenant routing and segmentation with EVPN, VRFs, and MPLS
High-density service nodes with CGNAT and broadband features
Standardized edge deployments across regions
Automated provisioning using Terraform, Ansible, and API workflows
High availability service clusters with VRRP and state synchronization
Cloud-native gateway infrastructure without hardware lock-in
Enterprise & Carrier-Grade Routing Stack
VyOS Universal Router is not a simplified software router. It delivers a full enterprise and service-provider routing stack.
ADVANCED ROUTING
For scalable cores and multi-region fabrics
MPLS AND SEGMENT ROUTING
For service delivery and traffic engineering
HIGH-SCALE NAT AND BROADBAND FEATURES
For dense edge and access use cases
Dual Dataplane Architecture: Performance Without Compromise
VyOS uniquely supports two forwarding architectures:
Traditional Linux kernel dataplane
Optional high-performance VPP userspace dataplane
A hybrid operation between both
VyOS VPP Dataplane
Vector Packet Processing (VPP) accelerates packet forwarding by processing traffic in vectors rather than individual packets, enabling:
Higher throughput
Lower and more predictable latency
Near-linear performance scaling across CPU cores
Production Ready from First Boot
VyOS provides standardized, production-ready images for:
Bare Metal Deployments
Major Hypervisors
Public Cloud Platforms
Declarative configuration and commit/rollback workflows enable:
Version-controlled Network State
Controlled Change Management
Audit-ready Operations
Rapid Rollback In Production
Fast deployment is not optional. It is foundational.
Automation-First Networking
VyOS integrates directly into NetDevOps and infrastructure-as-code pipelines:
Terraform
Ansible
Cloud-init
REST API
Netmiko
Scripting
Enterprise Grade by Design
VyOS Universal Router is built for production environments where stability and lifecycle management matter.
Long-Term Support (LTS) releases
Structured upgrade paths
Configuration versioning
VRRP and high availability
Connection state synchronization
Full firewall and zone-based security
Monitoring integrations
(SNMP, NetFlow, Prometheus, Zabbix, Syslog)
Support That Starts at Senior Level
Work directly with senior network engineers from first contact.
- No tiered filtering.
- No scripted escalation loops.
- Direct engineering collaboration when production matters.
- Support built for operational networks, not ticket queues.
Where VyOS Universal Router Delivers
VyOS is deployed in environments that require performance, flexibility, and operational consistency:
Cloud and hybrid network gateways
Broadband access networks
High availability routing clusters
Automated multi-environment infrastructures
MPLS and EVPN fabrics
Edge and regional aggregation
Carrier-grade NAT deployments
Software-Defined Networking Without Hardware Lock-In
Traditional networking platforms are tightly coupled to hardware lifecycles and proprietary ecosystems. VyOS delivers enterprise-grade networking entirely as software:
Deploy on your hardware
Scale horizontally
Maintain full operational ownership
Deploy in any cloud
Adopt a high-performance dataplane when required
Build High-Performance Networks at Software Speed
Deploy a carrier-grade networking platform across cloud, edge, and on-prem with one consistent operational model.