SecureLinx watches your firewall policy against the traffic actually flowing through it — across DC, branch, cloud, and OT/IoT. When an unintended change drifts production toward dev, or a stale rule starts matching real flows, agents surface it with evidence. Analysts decide. No sampling, no thirty-second blind spots.
Most security tools work from metadata — flow records, log summaries, sampled telemetry. When an analyst gets paged at 3 AM, the alert says "suspicious traffic" but the original packets are already gone. The team has to infer what happened.
SecureLinx works the other way. Because it reads through FabricLinx — which captures every packet at wire speed — every detection carries its evidence. An agent surfaces a lateral movement signature, and the analyst can replay the exact packets that triggered it. No inference, no guessing, no rebuilding the scene from logs.
The agents propose actions. The analysts decide. SOC team retains full control — but works from real evidence, not summaries of it.
SecureLinx watches East-West traffic for movement patterns that indicate post-compromise activity: rapid internal hops, unusual session counts, credential reuse across hosts. The agent correlates against your baseline and proposes containment — isolate the source at the access layer, open an IR ticket, preserve evidence.
SecureLinx reads firewall configuration across PaloAlto, Fortinet, Cisco, and F5 — and compares it against the traffic FabricLinx actually observes. The agent surfaces three classes of drift: rules that no longer match anything, traffic patterns no rule covers, and policy that contradicts your intent (e.g. "production should never speak to dev").
SOC teams don't trust black-box AI to take security actions. We agree. SecureLinx's agents are designed around an explicit action ladder — each class of response has a defined gate. Some are auto-applied (logging only). Some require analyst review. The destructive ones require explicit approval.
Auto-approval is opt-in, scoped per action class, and always logged. You can turn anything off. You can never turn off the evidence.
SPAN port or optical tap. No inline insertion. No risk to production traffic. Zero blast radius if SecureLinx goes offline.
Packet evidence, agent reasoning, audit ledger — all stored on the appliance. Nothing leaves your environment. Air-gap deployments fully supported.
SecureLinx runs our own CPU-deployable reasoning stack — no GPU required. Optional integration with frontier LLMs (Bedrock, Vertex, Azure, vLLM, Ollama) for customers who want to augment analyst-facing reasoning.
Continuous policy checks against the live network — SOC 2, ISO 27001, PCI-DSS, custom YAML. Drift surfaces in seconds. Evidence packs auto-generate as signed PDF for auditor review.
The intelligent traffic layer that SecureLinx runs on natively. Wire-rate packet capture · sub-100µs flow detection · FPGA-accelerated ingest. The "see everything" layer that makes packet-level forensic evidence possible.