Cyberoam expands NG Series appliances

Cyberoam, a global provider of network security appliances, has unveiled Next-Generation Firewalls (NGFW) in its NG Series appliances.

Included in the new Cyberoam NGFW is Layer 8 Identity-based technology for actionable intelligence and controls that offer complete security controls over L2-L8 for future-ready security in enterprises. Additional features include Web Application Firewall, Gateway Anti-Virus, Gateway Anti-Spam, and more.

Cyberoam NGFW is EAL4+ certified and offers Layer 8 Identity-based security, application visibility & controls, Intrusion Prevention System, website filtering, HTTPS inspection, VPN (IPSec and SSL) and granular bandwidth controls.

The solution addresses the demand for anytime anywhere access to network resources. This, along with increasing number of users like customers and partners connecting to an enterprise network from outside is leading to de-perimeterization of enterprise networks. Trends like virtualization, application explosion and more are leading to loss of security controls for enterprises.


Abhilash Sonwane, SVP, Cyberoam, said, “By binding User Identity across Layers 2-7, enterprises can put security checks where they want to from L2-L8, along with complete visibility into user and network activities.”

Customers looking to buy Next Generation Firewalls are often constrained by the lack of performance values shared by vendors. Cyberoam solution provides throughput values with the NGFW security features turned on.

Cyberoam NGFWs adequately address this need by providing high performance throughputs and flexible I/O slots allowing additional Copper/Fiber 1G/10G ports (XP) on its FleXi Port (XP) security appliances.

Moreover, Cyberoam’s Extensible Security Architecture helps enterprises tackle unknown threats of the future by offering the agility to prolong the life and performance of its NGFW appliances to support newer enterprise security features and enhancements. Enterprises can also add another appliance in cluster/HA to support more number of users in their networks.

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