SonicWall Capture Advanced Threat Protection 1 license(s) Subscription 5 year(s)

Discover and stop zero-day and other unknown attacks Capture ATP service stops unknown, zero-day attacks such as ransomware at the gateway with automated remediation. This cloud-based multi-engine sandbox analyzes suspicious code to help discover and block newly developed malware from entering your network. Capture Advanced Threat Protection SonicWall Capture Advanced Threat Protection service is a cloud-based multi-engine sandbox designed to discover and stop unknown, zero-day attacks such as ransomware at the gateway with automated remediation. Stop Unknown Threats at the Gateway - Extend firewall threat protection to detect and prevent zero-day attacks - Send suspicious files to the Capture ATP Cloud for analysis - Detect and block threats with Real-Time Deep Memory InspectionTM (RTDMI) - Gain comprehensive visibility to malicious activity - Resist evasion tactics and maximize zero-day threat detection Analyze a broad range of file types - Analyze executable programs (PE), DLL, PDFs, MS Office files, archives, JAR and APK - Analyze multiple operating systems, including Windows and Android - Include or exclude files for cloud analysis by type, size, sender, recipient or protocol - Manually submit files to the cloud service for analysis Block Until Verdict - Prevent potentially malicious files from entering the network - Hold files sent to the cloud service for analysis at the gateway until a verdict is determined - Return a verdict quickly by processing files in parallel using multiple engines Rapidly Deploy Remediation Signatures - Get real-time protection from unknown threats - Deploy signatures to the firewall immediately when a file is identified as malicious - Prevent follow-on attacks Gain Better Insight With Reports and Alerts - Use the at-a-glance threat analysis dashboard and reports - Get detailed analysis results for files sent to the service - Receive notification of suspicious files sent to the Capture ATP service and file analysis verdict