An IT company announced it's new "dynamic security model" that delivers world-class network security to the data center of the 21st century. Juniper's dynamic security model uniquely helps IT adapt to new user behaviors and changing data flows resulting from virtualization, Web 2.0 and cloud services deployments at scale. Juniper's data center security products help enterprises and service providers move beyond today's limited security architectures, to the high-performance identity-aware data center paradigm, while dramatically reducing cost and complexity, and improving application visibility.
Juniper's new data center security products include:
AppTrack software, which provides application-level visibility and control SRX Series Services Gateways;
Availability of Juniper's AppSecure software, which provides distributed denial-of-service prevention for the SRX Series;
Security Design software to help customers move beyond today's limited security architectures to a high-performance, identity-aware data center approach;
Availability of OEM version of the Juniper SRX Series;
Deep malware protection through a new partnership with FireEye.
Security plays a critical role for all data center deployments. Today's data centers must secure against sophisticated threats based on behavioral, application specific and access-based characteristics across a broad range of virtualized data center assets.
Dynamic security model in the SRX Series enables enterprises to dynamically allocate security resources such as firewalling and IPS. These resources secure the shifting traffic flows all from within a single platform which can scale to over 120Gbps and can be managed as a single services gateway.
To secure the data center against data breaches, targeted attacks, and recurring modern malware intrusions, Juniper has partnered with FireEye to help stop the malware infection lifecycle. Using, FireEye's Malware Protection System in conjunction with security infrastructure, organizations can secure their networks against inbound, zero-hour malware, outbound data theft callbacks, and dynamically inoculate their networks from future attacks through both local analysis and global malware intelligence infrastructure.
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