Streaming Defense detects threats at the speed of your network — not after the fact. Our platform analyzes full-packet traffic in memory, enabling sub-second detection of anomalies, malicious behavior, and encrypted threats. By eliminating the delays of log-based systems, we provide real-time insights into evolving attacks as they unfold. With Streaming Defense, you don’t just know what happened — you see what’s happening, and act before it spreads.
In cybersecurity, speed is everything - and the Streaming Defense Attack Operations Theater (AOT) is engineered to operate at the speed of the wire. Our platform delivers full-packet inspection and analytics in memory, enabling it to detect threats, misconfigurations, and anomalies the moment traffic flows across your network.
Unlike legacy tools that rely on delayed log aggregation or cloud-based analysis, Streaming Defense performs all threat detection inline and in real time. This means there is no waiting for log indexing, no dependence on upstream processors, and no visibility gaps.
With Streaming Defense, threats aren’t just seen - they’re understood and prioritized. From known malware indicators and command-and-control traffic to zero-day behaviors like encrypted data exfiltration or DNS tunneling, our detection engine instantly flags and scores each risk with context.
Every packet is analyzed, every session mapped. With geospatial overlays and session-aware correlation, you can see precisely who is talking to whom, where, and how - at the exact moment it happens.
Thanks to our AI-driven threat modeling and contextual scoring, alerts are actionable - not noise. False positives are filtered out, allowing analysts to focus on the most critical events, without drowning in logs or dead-end alerts.
Whether you're operating at 1 Gbps or 100 Gbps, Streaming Defense scales to your throughput without dropping packets or introducing latency. Our in-memory analytics engine ensures real-time performance under any load - including encrypted traffic.