Many alerts, little shared context
Telemetry from different tools must converge before a response can be justified.
Cyber Defense · Detection-to-Containment
Decide before impact escalates.
SΛDB introduces a governed decision layer between the systems that detect threats and the controls capable of containing them.
- 01EvidenceAuthenticated signals form sufficient evidence.
- 02DecisionA defensive recommendation is formed and explained.
- 03AuthorizationPolicy, identity, scope, and limits are verified.
- 04ContainmentThe authorized action reaches the defensive control.
- 05AuditDecision, execution, and outcome remain traceable.
The decision gap
The threat was detected. What happens next?
Most security infrastructure specializes in observing, alerting, or executing. Between those functions lies a decision that still depends on context, policy, and coordination.
Manual coordination prolongs exposure
Analysts investigate, validate impact, consult policies, and engage different teams.
Automation without governance also creates impact
A fast but incorrect or excessive action can disrupt legitimate services and expand the incident.
The role of SΛDB
Transform evidence into governed defensive action.
SΛDB receives evidence from the security ecosystem, determines when a sufficient basis exists to decide, applies the authorization boundary, and delivers only governed responses to organization-defined actuators.
Recommendation ≠ Authorization
A recommendation is never automatically treated as permission to execute.
Evidence-bound decisions
The decision remains bound to the evidence set and context that supported it.
Fail-closed execution
Identity, tenant, evidence, policy, or authorization divergence stops the flow.
Verifiable audit trail
Relevant times and states are preserved for operational analysis and audit.
Integration
A layer over existing controls.
SΛDB does not need to replace current infrastructure. It organizes the decision between evidence sources and response mechanisms.
SIEM and sensors
Alerts, telemetry, identity, and operational context.
EDR and XDR
Endpoint, process, behavior, and exposure detections.
SΛDB
Evidence, recommendation, policy, authorization, and audit.
WAF, firewall, and IAM
Blocking, isolation, revocation, and other pre-authorized actions.
87.1728ms
Public validation
Official median detection-to-containment.
Median result from 600 measurements across six simulated cybersecurity scenarios in a controlled local experimental environment.
Controlled experimental result. It is neither an SLA nor a production latency guarantee.
Examine the demo and public evidence →Technical demonstration
Where is the greatest delay between detection and containment in your environment?
Map a defensive use case with us, including the required evidence, authorization policy, and response mechanism.