Security Load Balancer – Programmable Network Solutions
NoviFlow is a leading vendor of Cybersecurity Load Balancer, High-Performance SDN Network Operating Software (NOS), and Programmable Network Solutions for network operators, data centers and government agencies seeking greater performance, flexibility, cost-efficiency, and security over their networks. Our network solutions work directly in concert with your applications and with the systems that control, optimize and secure your company’s business operations. We free you from vendor lock-in and give you the ability to easily and quickly evolve and scale your network as your business grows.
Forwarding Plane Solutions
Security Load Balancer
Fortinet Security Fabric
Security services optimized and dynamically scaled in a high throughput programmable SDN networking environment
Joint NoviFlow-Lanner MEC Solution
All-in-one computing, programmable networking, and storage platform that dynamically and economically scales network edge solutions into the multi-terabit range
What our customers and partners are saying
I have been using the NoviFlow switches and NOS in my projects at UNSW Sydney since the early days of the company. Many of our graduate students used the advanced capability of NoviWare and NoviSwitches in their projects and in their start-up company endeavours as they were the only solutions that would really do the job. With the evolution from OpenFlow to P4 I’m sure our relationship will continue for many years to come.
We look forward to continuing to work with NoviFlow to deliver solutions that require less time and decreased capital and operating expenditures.
CSIRO Data61 has been involved with testing, utilising and experimenting with NoviSwitches and the NoviWare NOS since their inception. We have always felt strongly that NoviFlow delivered the premium OpenFlow SDN experience and capability that has enabled us to focus on developing novel SDN-based applications. We look forward to continuing to utilise the P4 enhanced NOS for Tofino and the associated P4 enabled platforms for further research into Inband Network Telemetry.