Real-Time Deep Memory Inspection (RTDMI) — Continuously analyzes running processes and volatile memory to detect and block sophisticated, fileless, and polymorphic malware that traditional signature-based scanners miss. RTDMI identifies suspicious behavior patterns in-memory before threats can execute or spread.
Cloud-based threat prevention — Leverages a global, cloud-hosted intelligence platform that aggregates telemetry from millions of sensors to deliver up-to-the-minute protections. This enables rapid identification and blocking of zero-day exploits, malicious URLs, and emerging attack campaigns via automated updates.
High-speed TLS/SSL decryption and inspection — Transparently decrypts and inspects encrypted traffic (TLS/SSL) at wire speed so encrypted threats and data exfiltration attempts are caught without noticeable latency. Hardware-accelerated processing and optimized inspection pipelines keep user experience smooth while maintaining deep visibility.
Multi-core security processing — Architected with multiple dedicated security cores and parallel processing so CPU-intensive tasks (encryption, decryption, pattern matching, sandboxing) run concurrently, increasing throughput and reducing inspection bottlenecks for busy networks.
Threat intelligence from Capture Labs — Backed by SonicWall’s Capture Labs research team, which analyzes malware samples, threat trends, and attacker techniques to produce signatures, heuristics, and sandbox verdicts. This human-led research complements automated analytics to improve detection accuracy and reduce false positives.
Centralized control, management, and visibility — Provides a unified management console, intuitive dashboards, and detailed reporting to simplify policy creation, deployment, and monitoring across sites and devices. Role-based access, automated alerts, and prebuilt templates reduce the need for additional IT staff while improving response times.
Operational efficiency and integration — Integrates with existing firewall, endpoint, and cloud services to enforce consistent security policies across the environment. Automation features (scheduling, policy propagation, and remediation workflows) lower administrative overhead and speed incident response, so teams can focus on strategic priorities rather than routine maintenance.
