Fragmented signals
Alerts arrive from sensors, SIEM, EDR, WAF, identity, and infrastructure without a shared decision.
SΛDB transforms security evidence into authorized, auditable, and executable defensive decisions.
The problem
Organizations already receive alerts from multiple tools. The critical challenge comes next: assemble evidence, determine the appropriate response, apply governance, and initiate containment before the impact escalates.
Alerts arrive from sensors, SIEM, EDR, WAF, identity, and infrastructure without a shared decision.
Teams must interpret context and coordinate responses while exposure continues.
Speed without authorization, limits, and traceability can create new operational risk.
What SΛDB is
SΛDB operates between the systems that detect threats and the mechanisms capable of acting. Its Decision Architecture correlates evidence, forms a decision, applies governance policies, requires valid authorization, and preserves a verifiable trail through execution.
Explore the architectureWhy it is different
A computational layer dedicated to operational decisions between detection and action.
Recommendation, approval, and execution remain explicitly separated.
The decision remains bound to the evidence set and context that produced it.
Authorization, execution, and outcome form a verifiable trail resistant to inconsistencies.
Public validation
Median result from 600 measurements across six simulated cybersecurity scenarios, obtained in a controlled local experimental environment.
Experimental evidence — not a production latency guarantee.
Explore the public demoSolutions
A shared decision foundation for different domains, evidence sources, and response mechanisms.
Who it is for
Next step
Talk with us about a technical demonstration or a controlled pilot.