Programmable High-Performance OpenFlow Switches and Routers
NoviFlow demos cybersecurity live at CommunicAsia… and will announce something BIG!
NoviFlow will demo Cybersecurity using high-performance fully programmable SDN forwarding planes and… we’re launching something BIG at CommunicAsia 2017 in Singapore, at the Marina Bay Sands, May 23rd to 25th, booth #BG3-07
In our booth at CommunicAsia 2017, NoviFlow will demonstrate live how our NoviSwitch programmable forwarding plane products empower and dramatically accelerate cybersecurity applications, enabling our customers to actively mitigate, avoid and even eliminate malware. The demonstration showcased several key cybersecurity enhancing features of NoviFlow’s network processor-based platform including:
– up to 16 million ACL (access control list) entries, for handling huge populations of clients and devices,
– user-definable IP and UDP packet payload matching, for classification and filtering of flows at line-rates up to 100Gbps,
– in-switch user-definable hash tables, supporting fully symmetrical and non-destructive load balancing to even thousands of stateful servers, such as cybersecurity DPI servers.
The flexibility of this approach also encompasses a wide range of network applications and services, including CORD, EPC, Edge Routing, Network Tapping, Telemetry, Load Balancing, and Service Chaining, and this approach scales independently on a wide variety of characteristics such as number of users, forwarding or controller capacity, bandwidth, etc.
But wait, there’s more…
At CommunicAsia NoviFlow will be launching a brand new optional feature for NoviWare, adding a whole new application area to our NoviSwitch, the first commercial deployment of which will be delivered via a new alliance also being announced by NoviFlow. Come by our booth (BG3-07) to get all the details.
NoviFlow Inc. provides high-performance Programmable OpenFlow 1.3-1.5 switching solutions to network operators, data centres and enterprises seeking greater control and flexibility over their networks.