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Enterprise Layer Intelligence
Categories/DevOps & CI/CD/NFWare
NFWare

NFWare

Founded 2015

Process high-speed network traffic using virtualized routing and load balancing on standard servers

Pricing model

Demo

You can use NFWare to handle large-scale network traffic on commodity x86 hardware instead of expensive proprietary network gear. It provides carrier-grade network address translation to deal with IPv4 exhaustion while facilitating IPv6 transition. The software also functions as a high-throughput Layer 4 load balancer that prevents distributed denial-of-service disruptions. Telecommunications carriers, internet service providers, and large data centers run it in cloud and virtualized environments to process hundreds of gigabits of data per second efficiently.

What NFWare does

Configure virtual carrier-grade network address translationBalance Layer 4 traffic across server clustersDeploy virtual network functions on x86 serversMitigate incoming volumetric DDoS attacksManage IPv4 to IPv6 address translationScale network processing nodes dynamically based on loadProcesses up to 440 Gbps of network throughput on a single standard serverProvides Carrier-Grade Network Address Translation to resolve IPv4 exhaustionTranslates traffic seamlessly between IPv4 and IPv6 networksBalances high-volume Layer 4 traffic across network serversMitigates high-volume distributed denial-of-service attacksScales network throughput from 500 Mbps up to 5 Tbps across clustersRuns on standard off-the-shelf x86 hardware architectures

Pricing breakdown

Pricing model: Book a demo

Frequently asked

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NFWare, CGNAT, Virtual CGNAT, Layer 4 load balancer, NFV, network functions virtualization, IPv6 migration, packet processing, carrier grade NAT, DDoS mitigation, telecom networking, network management