Detects documented
AI-worm threats
your SIEM cannot.
Some backdoors now route C2 through api.openai.com. That's ordinary HTTPS, and port-based firewalls and TLS inspection can't tell it apart from developer tooling. Per-app attribution at the kernel level is the only detection surface.
Documented threats now detectable
Not hypothetical. Already in the wild.
Self-replicating GenAI worm: RAG poisoning + adversarial prompt propagation (Cornell Tech, arXiv:2403.02817).
Caught by: H1 LLM egress + H7 swarm signalAPT28 malware calls a Hugging Face LLM in real attacks to generate Windows recon commands, then exfiltrates via SSH.
Caught by: H1 LLM egress + H2 lateral moveBackdoor using the OpenAI Assistants API as C2. Valid HTTPS to api.openai.com, invisible to TLS inspection alone.
Caught by: H1 LLM egress from a non-browser processFirewalls see port 443 and TLS inspection sees a trusted AI domain. NetInsightPro sees which process made the call, so svc_helper.exe talking to OpenAI stands out from your browser.
Try it free for 14 daysDetection heuristics
Three signals. Zero prompt reading.
The deterministic IOC path is live: a connection to a known-bad IP on our threat-intel feeds raises a near-real-time alert. H1 and H2 run on the endpoint in early access, and H7 binary-hash correlation is rolling out.
Your AI agents are an attack surface too.
Discover every AI agent and MCP server, risk-score each one with evidence, and block a risky one in a click. Discovery, inventory, risk scoring and blocking are live today. Vulnerability scanning is rolling out.