Describe the outcome
Build packet-handling policy through readable objects and open interfaces.
Programmable network infrastructure that turns software intent into line-rate packet handling.
NoviFlow brings software control to high-performance forwarding, so network teams can define how traffic is handled without being limited to a fixed appliance feature set.
Human-readable configuration and API calls become rules for programmable network silicon, letting the system evolve with new services, protocols, and operational demands.
Build packet-handling policy through readable objects and open interfaces.
Translate intent into precise match-action behavior on compatible silicon.
Apply filtering, aggregation, replication, and forwarding at line rate.
Choose a layer to see how NoviFlow connects packet-broker applications, network software, and programmable hardware.
A programmable network packet broker built to move the right traffic from TAPs and SPAN ports to the right analysis and security tools.
A network operating system designed for programmable forwarding planes and open control across switching, routing, and network appliance use cases.
A family of software-defined switches that pairs programmable forwarding hardware with NoviWare for flexible packet processing.
A direct operating model connects network policy to the traffic moving through the forwarding plane.
Express the streams, services, and packet behavior the network needs.
Convert policy into match-action rules for the programmable pipeline.
Process traffic on network silicon without moving the workload to a server.
Update policy and services as traffic patterns and requirements change.
Traffic aggregators and packet brokers are critical to monitoring and visibility. This NoviBroker overview shows how programmable control simplifies the path from network traffic to operational tools.
Plan Your Visibility ArchitectureProgrammability lets teams update network behavior while keeping a high-performance forwarding foundation in place.
Introduce new packet logic and protocol support without waiting for a fixed appliance roadmap.
Extend the useful life of compatible platforms by evolving software behavior over time.
Connect automation and operations through familiar APIs, open interfaces, and readable policy.