- PlatformCore Detection & ResponseEDRAdvanced endpoint detection and response with deep visibility, autonomous containment, and analyst-driven investigationNDRNetwork detection and response powered by full packet capture, session reconstruction, and AI-driven anomaly detection.CloudUnified cloud protection across workloads, identities, and SaaS apps, combining visibility with runtime defense.MobileEndpoint security for iOS and Android, detecting malicious apps, phishing attempts, and device-level exploits.IoT/OTCritical asset visibility and threat detection for industrial and IoT environments—without downtime or blind spots.Human Threat Actor CoverageIntelligenceGlobal threat intelligence aggregated from 300+ sources, mapped to your environment for real-time detection and context.Attack ValidationAutomated adversarial validation to confirm detections, test controls, and prioritize real threats over noise.DeceiveDeception technology that lures attackers into decoy environments, revealing tactics before damage is done.IdentityIdentity threat detection and protection with real-time monitoring of Active Directory, Entra ID, and credentials.Post-Breach Forensics & IRPacketsFull-fidelity network forensics with packet capture, file extraction, and retrospective analysis.SIEMCentralized log management and correlation across all telemetry sources for complete security visibility.ReconContinuous adversarial exposure management—simulating attacker reconnaissance to surface hidden weaknesses.
- MDR
- Why LMNTRIX
- Active Defense
- Use CasesBusiness Use CasesReliable & Thorough CybersecurityElevate Security OperationsCross Product CorrelationTech Use CasesCloud Security SimplifiedOptimizing SIEM Security with Next-Gen Detection ToolsAchieve Excellence in Security OperationsComprehensive MITRE ATT&CK Coverage for All StagesEnvironment Use CasesMDR for AWS Cloud Security – 24/7 Detection & ResponseManaged Detection & Response for Google Cloud SecurityAdvanced Microsoft MDR Security for Threat Defense
- LMNTRIX vs the CompetitionLMNTRIX vs other vendorsvs. CrowdStrikeOverhyped, Overpriced & Always Breachedvs. SentinelOneLimited protection, unable to prevent breachesvs. MicrosoftComplex operations increase TCOvs. Palo Alto NetworksDifficult to implement, operate, & maintainvs. SophosOverpriced and Overcomplicatedvs. Trend MicroLimited to own ecosystem & threat of DevOps interruptionsvs. DarktraceOver-promises with flashy AI marketing but always under-deliversvs. other MDRsSlow MDRs that miss threats and leave you to fix the damage
- Ask LISA
White Paper
Cyber Risk Quantification for Security Operations
Most Security Operations Centers measure success through alert volumes, MTTD, MTTR and incidents closed.
These metrics show how efficiently a SOC operates, but not which incident creates the greatest financial exposure or which response action will reduce the most business risk.
This whitepaper explores how FAIR™ modelling can be embedded directly into security operations to continuously quantify cyber risk and prioritise investigations based on probable business impact rather than technical severity alone.
- Why traditional SOC metrics fail to measure actual business risk.
- How FAIR translates cyber threats into probable financial exposure.
- How telemetry, asset criticality, identities, attack paths and threat intelligence create dynamic risk scores.
- How incidents can be automatically reprioritised as new evidence emerges.
- How AI can support continuous risk analysis while analysts retain control over critical decisions.
- Connect security operations with measurable business outcomes.
- Prioritise investigations based on expected loss rather than alert volume.
- Demonstrate how security response reduces organizational exposure.
- Understand how continuous FAIR modelling could shape the next generation SOC.
This guide gives security and IT teams practical, immediately actionable steps to reduce the risk of tenant-level compromise and mass device destruction.
What You’ll Learn how to
Why It Matters
Technical severity is not the same as business risk.
A high-volume malware event affecting low-value devices may create less exposure than a single compromised privileged identity or critical business system.
A risk-based SOC focuses resources on the incidents expected to cause the greatest financial and operational loss.
Why Read This
If you are a CISO, security leader, SOC manager or enterprise risk professional, this paper will help you: