Deploy decoy tokens in realistic paths
Place honeytoken assets where unauthorized access would indicate meaningful risk.
Instant Breach Detection
High-signal trigger alerts plus campaign context for faster analyst decisions.
Honeytoken events are treated as high-signal breach indicators, then enriched with campaign cluster context for practical triage. This helps analysts prioritize incidents faster, reduce uncertainty, and move from alert to decision with stronger confidence.
High-signal event
Honeytoken triggeredProtected decoy asset accessed
EvidenceTrigger metadata
ContextCampaign cluster
RoutingSOC workflow
DetectedEnrichedEscalated
Trigger to response
How It Works (High-Level)
Preserve signal quality from initial placement through analyst containment.
- 1
Response stage - 2
Response stage Monitor for trigger interactions
Capture events when tokens are opened, executed, resolved, or otherwise activated.
- 3
Response stage Route alerts to your response channels
Deliver events to SIEM and communication workflows for immediate analyst visibility.
- 4
Response stage Investigate and contain
Use trigger evidence to initiate scope analysis, containment, and follow-on hardening.
Detection surface
Breach Detection Capabilities
Cover multiple trigger formats while preserving the context needed for immediate triage.
Multi-format trigger coverage
Detect access across document, executable, and web/network decoy formats.
Real-time alert routing
Send notifications to SOC destinations and collaboration channels as events occur.
Context-rich trigger events
Deliver useful metadata to support immediate triage and investigation decisions.
Workflow-ready delivery paths
Integrate with SIEM, webhooks, and team channels without redesigning your process.
Campaign-level visibility
Use campaign clusters to expose recurring attacker patterns and improve response priority.
Rapid operational tuning
Adjust token placement and routing based on observed event quality and response outcomes.
Reduce ambiguity
What This Solves
A deliberate token trigger starts with higher intent than a broad anomaly, then gains priority through campaign context.
Ambiguous early-stage indicators
Trigger events provide clear evidence of suspicious access and become stronger when viewed with campaign clusters for context.
Delayed incident escalation
Immediate channel delivery shortens time between detection and response initiation.
High analyst load from weak signals
High-confidence triggers plus campaign clusters help teams prioritize real risk over broad low-signal noise.
Analyst outcomes
Response Outcomes
Faster detection-to-triage
Surface potential compromise events quickly and give analysts the context needed for immediate decisions.
Higher confidence prioritization
Use trigger evidence together with campaign clusters to focus escalation and reduce uncertainty.
Improved response consistency
Standardize how trigger and campaign-context events are routed, triaged, and handled across teams.
Operational patterns
How Teams Use This
Privileged access watch
Place high-confidence tokens near admin workflows and route triggers to a dedicated priority queue for immediate analyst review.
Incident kickoff acceleration
Use trigger plus campaign cluster context to launch response playbooks with better initial priority and reduced triage ambiguity.
Quarterly breach readiness drills
Validate escalation paths with staged token interactions, then refine ownership, SLAs, and handoff quality from real workflow feedback.
A signal worth acting on
Contact Sales Move From Suspicion To Action Faster
Turn high-signal triggers into prioritized analyst decisions and faster SOC response execution.