The NoviWare™ Network Operating System is the networking industry’s highest performance implementation of SDN, featuring Open, programmable match-action pipelines optimized for high performance switching chipsets such as the Mellanox NP-4 and NP-5 and Barefoot’s 6.5 Tbps Tofino chip. Architected from the ground up to be a reliable, scalable platform for OpenFlow, gRPC, and P4-Runtime, NoviWare offers the industry’s most complete implementation of the OpenFlow 1.3/1.4/1.5 standard as well as a smooth upgrade path to the next generation of PISA architecture based SDN applications and solutions.
NoviWare is ideal for use in switches, WAN IP/MPLS routers, network appliances and other high-bandwidth forwarding planes. NoviWare has been deployed around the world in NoviFlow’s NoviSwitch™ products. It is also offered via software license to OEM and ODM switching platform suppliers. And NoviWare is available for use in production networks in equipment running the Mellanox NP-5 and the Barefoot Tofino, and is also supported on the X86 platforms for use in network application development and testing. By supporting Open Standards, NoviWare frees customers from vendor lock-in, and enables to choose best-of-breed solutions for their networks instead of restricting them to vertically integrated silos.
NoviFlow’s CyberMapper is a high-performance SDN application that implements a powerful Security Load Balancer Solution that accelerates and dynamically scales cybersecurity services and virtualized network functions into the Terabit scale. CyberMapper achieves unprecedented performance, flexibility, and scale by leveraging the power of programmable match-action pipelines, white-box hardware, and open standard interfaces such as OpenFlow, gRPC and P4-runtime.
CyberMapper enables NoviWare™ compatible switches (white-box switches running the powerful Intel/Barefoot Tofino) to deliver load balancing, packet brokering, and telemetry directly in the network fabric in a simple, scalable, compact form factor, and at a fraction of the price of conventional load balancing solutions.