SonicWall Gateway Anti-Malware, Intrusion Prevention and Application Control for NSV 870 (3 Year) Gateway Anti-Malware, Intrusion Prevention and Application Control

SonicWall Gateway Anti-Malware, Intrusion Prevention and Application Control for NSV 870 (3 Year)

$8,417.39
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Manufacturer:SonicWall
Model:02-SSC-6061
Condition:New
Availability:In Stock
Boost your NSv 870's security! This 3-year subscription adds robust anti-malware, intrusion prevention, and app control. Get deep packet inspection, ATP sandbox protection, and continuous updates for comprehensive virtual network security.
Datasheet

The SonicWall Gateway Anti-Malware, Intrusion Prevention, and Application Control Service for NSv 870 (3 Years) delivers comprehensive network security for virtualized environments. Designed specifically for the SonicWall NSv 870 virtual firewall, this subscription service provides robust protection against malware, intrusions, and unwanted applications. It combines deep packet inspection with advanced threat intelligence to identify and block known and unknown threats at the gateway, preventing them from reaching your virtual network infrastructure. This multi-layered security approach safeguards your critical data and applications, ensuring business continuity and regulatory compliance within your virtualized data center or cloud deployment.

Leveraging SonicWall's Capture Advanced Threat Protection (ATP) sandbox service, this subscription offers real-time protection against zero-day attacks and advanced persistent threats. Granular application control allows administrators to manage and control application usage, bandwidth consumption, and access to specific web resources. With continuous threat signature updates and a three-year license term, this service provides simplified security management and predictable budgeting for your NSv 870 virtual firewall. This essential security subscription helps organizations maintain a strong security posture in dynamic virtual environments, ensuring protection against evolving threats without compromising performance.