Innovations are crucial for staying competitive in the fast-changing world. In the era of 5G cloud-native architectures, Smart Cities and other Edge applications, IoT, AI, and Autonomous cars, introducing new innovative products and services rely on how quickly you can deliver them to your customers.
Modern networks continuously advance, and an ever-growing number of connected devices demand new protocols or encapsulations. Staying in control of the network became a real challenge. Traditional network product vendors cannot provide new solutions in time or at all.
Netberg offers custom fit-for-purpose software development that will solve your unique business challenges by deploying wire-speed capable multi-terabit platforms to handle traffic in the exact way you need.
Using our programmable platforms with Intel Tofino or Innovium Teralynx silicon, we deliver products and support that helps you to stay ahead of the competitors.
Contact us at firstname.lastname@example.org to get started!
|Real-Time Network Orchestration
|Operate, monitor, and debug your network effectively and effortlessly.
Map, tap, tag, replicate, and load balance your traffic across any input and output ports.
Remove MPLS labels, VLAN/VXLAN tags, and decap tunneling protocols, such as GTP, GRE, and PPPoE, to choose the types of traffic that you would like to send to specific monitoring, forensic, and security tools for in-depth analysis. Network administrators can cost-effectively improve the network performance without risks of service disruption.
Collect end-to-end data on your network state in real time to monitor issues - including short-lived events - that cause data bottlenecks and network failures.
Tailored visibility solutions deliver faster incident response, better policy compliance, situation awareness, and continuous monitoring at a cloud or carrier network scale.
|In-Network DDoS Detection
|Modern Programmable Ethernet Switches can enable networks that detect DDoS attacks faster and mitigate them more effectively due to their exceptionally high performance, and because these tasks are performed in the network and don’t rely on other resources.
|Layer 4 Load Balancer
|Load-balancing efforts often need complex appliances that can be a burden on the network infrastructure.
Supporting multiple load-balancing mechanisms, resilient hashing, and flexible allocation of hardware resources to load-balance millions of connections, load-balancing can be done inside the switch, providing multi-terabit traffic distribution for Layer 3 and 4 services and applications.
|New or custom protocols and encapsulation techniques, or unorthodox decap of existing tunnels doesn't have to wait for a new generation of switching silicon.
Using programmable silicon, users can upgrade their network in real-time.
And more unique ideas