SNS-IX designs and operates decoys, lures and synthetic identities around critical segments. Suspicious interaction becomes an evidence-rich event for your security team.
SNS-IX places a controlled layer of non-production decoys, lures and synthetic identities around the selected risk. Because ordinary users and applications have no reason to touch them, an interaction becomes a focused investigation point without waiting for a known indicator or signature.
We map critical segments, identities and services, then design a believable deception surface around them without exposing production data.
SNS-IX turns a selected internal risk into a designed detection path: what the attacker can discover, what the SOC receives, and who responds next.
Synthetic identities, files and service references create discoverable paths that should never be used in normal work.
Controlled non-production assets can resemble the servers, databases, services or devices an intruder expects to find.
The design can span a data center, office, cloud or segmented site when the selected topology and access model allow it.
A touch on a lure or decoy becomes an investigation signal without waiting for a previously known indicator or signature.
The SOC receives the source, touched asset and event sequence. Additional actions and indicators depend on the chosen telemetry.
Forward agreed events through API or Syslog into the tools and escalation process your security team already operates.
The service is designed backward from the decision your team must make. Source, lure, decoy and sequence arrive together; deeper action and indicator fields are included when the agreed telemetry supports them.
Illustrative fields—not a customer incident. Exact evidence depends on the selected lure, decoy and telemetry.
The first pilot starts with one priority risk. The exact lure, decoy, evidence fields and response path are agreed around that scenario.
The pilot is a scoped engineering exercise, not an open-ended trial. Before deployment, both teams agree what must be detected, what evidence must arrive, and who owns the next action.
Scope the PilotCritical services, traffic paths, identities and response processes.
Deception topology, coverage and integration plan.
Controlled scenarios, alert quality and response playbooks.
Monitoring, tuning, evidence and agreed escalation.
No. The service adds an internal deception layer and sends high-signal evidence to the security tools and processes you already operate.
Typical scenarios include reconnaissance, stolen-credential use, lateral movement, ransomware behavior, insider activity and man-in-the-middle attempts. Exact coverage depends on the agreed architecture.
We start with a short architecture and risk assessment. The team selects network segments for decoys and lures, connects monitoring, and validates response playbooks before production handover.
Yes. A focused pilot can cover one public application, a critical network segment or a selected identity scenario. Scope, success criteria and the path to expansion are agreed before deployment.
Decoys are designed as isolated non-production assets. Data sources, access paths and isolation controls are reviewed during design; no production content is copied unless it is explicitly approved and protected.
No. The event is triaged against the agreed rules. Any containment action is connected only after the customer approves the integration, thresholds and responsible team.
SNS-IX and the customer define monitoring, tuning, change approval, evidence handling and escalation ownership before handover. The exact operating model is part of the service scope.
Tell us the business risk—not the sensitive network detail. An SNS-IX engineer will clarify the environment, success criteria, evidence and integration path with your team.
One priority attack scenario
02Clear pilot boundaries and ownership
03Expected evidence before deployment
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