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vLoad Balancer

Virtual Load Balancer

Software-based solution that runs on standard x86 servers
The industry's fastest software Load Balancer designed for high-loaded deployments
High-Performance, up to 40M CPS
Designed for virtual and cloud environments
NFWare Virtual Load Balancer is a next-gen software load balancer that significantly decreases network loads and optimize the performance, availability, and scalability of networked applications and services.

NFWare demonstrates high performance while running on standard x86 servers. The speed ensures optimal hardware utilization, critical for high-load deployments.
Virtual Load Balancer Benefits
Unparalleled Speed
NFWare Load Balancer is engineered for exceptional speed. Leveraging cutting-edge technology, it guarantees lightning-fast traffic distribution and processing. With its high throughput capabilities, it efficiently manages substantial volumes of traffic, making it an ideal choice even for the most high-loaded projects.
Scalability
One of the standout features of NFWare Load Balancer is its effortless scalability. Whether your network needs to accommodate increased user demand or the addition of new servers, this load balancer can adapt seamlessly, making it a future-proof solution for growing organizations.
Cost-Effective
NFWare Load Balancer runs on stardard x86 servers and does not require expensive specialized hardware. Additionally, it optimizes resource utilization and allowing organizations to make the most of their existing hardware. Just one server is needed for NFWare to process up to 400 Gbps of traffic.
High Availability
NFWare Load Balancer constantly monitors the health of backend servers and automatically redirects traffic from any failing or underperforming servers. This ensures uninterrupted service for your users.
How it works
Features list
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Modes
  • L4 load balancer
Balancing modes
  • Round robin
  • Least connection
  • Sourcehash
Persistence
  • SourceIP
Clustering,
High Availability (HA)
  • Active Standby
  • Session synchronisation
  • RTM subsystem
  • VRRP
Routing
  • BGP
  • OSPF
  • IS-IS
  • RIP
  • BFD
Interface management
  • Link Aggregation Control Protocol (LACP)
  • VLAN support
Protocols
  • L3 IPv4/IPv6
  • L4 UDP, TCP
Hypervisor Compatibility
  • KVM
Health Checking
  • L3-by ICMP request
  • L4-by checking TCP port
  • L4-UDP
Management, Monitoring, Logging
  • CLI
  • Operational logs
  • SNMPv2
  • Packet tracing
  • PCAP from data plane interfaces
  • ААА
Hardware Requirements
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vLoad Balancer