SecurityIQ — Enterprise Decision Intelligence Platform

◎ TrendIQ Sense

◈ DecisionIQ Decide

▷ ActionIQ Execute

◇ EffectivenessIQ Learn

◈

Active Initiatives

18

↑ 3 this week

◎

Signals Detected

47

↑ 12 new

▷

Tasks In Progress

63

↓ 8 completed today

◇

Completed Initiatives

31

↑ 2 this month

Initiative Pipeline

Across all functional areas

TrendIQ

7

Signals

DecisionIQ

4

Planning

ActionIQ

12

Executing

EffectivenessIQ

5

Review

Task Progress Metrics

On Track

IT/OT Threat Correlation72%

Vulnerability Prioritization58%

NERC CIP Compliance89%

Cloud Misconfiguration Remediation41%

Functional Area Performance

Before vs After IntelligenceIQ

Impact Overview

Before After

Detection

Vulns

Audit

Phishing

Misconfig

🤖 AI Signal Analysis — Pattern Detection Active

Detected 3 correlated signals across SCADA/OT and Enterprise IT layers suggesting potential lateral movement risk. Recommend creating a unified initiative for IT/OT Threat Correlation.

SCADA anomaly in grid substation B-7 correlates with privilege escalation event in Enterprise AD

Pattern matches historical pre-breach signature from Q3 (87% similarity)

Root cause analysis suggests supply chain software update as entry vector

AI Confidence 91%

Signal Feed

Click a signal to analyze or create initiative

AI Initiative Owner Recommendation

Select a signal to see recommendation

Suggested Owner

VS

VP SOC — Critical Infrastructure

Security Operations · Level 8

87%

Confidence

AI Reasoning

→Owns critical infrastructure SOC operations

→Led similar IT/OT correlation initiative Q3 (success: 94%)

→Current workload: moderate (67% capacity)

Active Initiatives

Initiative	Impact	Owner	Status
IT/OT Threat Correlation 9.2 VP SOC In Progress ▾ Patterns Correlations Root Cause Recommendations 3× Recurrence 94% Signal Confidence 4h Detection Window 🔴 Recurring anomaly — Substation B-7 (3 occurrences in 14 days)SCADA polling irregularity detected at 02:14, 03:07, and 04:22 on separate days — consistent with scheduled reconnaissance pattern. 🟡 Privilege escalation timing aligns with OT anomaliesDomain Admin login attempts occur within 18–22 min of SCADA anomaly events — statistically non-random (p < 0.01). 🔵 Pattern matches Q3 pre-breach signature library at 87%Similar signature preceded Colonial Pipeline-class lateral movement event in threat intelligence database. 0.89 IT/OT Correlation 0.73 Cloud Linkage 2 Linked Signals 🔗 Strong IT↔OT temporal correlation (r = 0.89)SCADA anomaly in OT layer statistically correlated with AD privilege escalation events in Enterprise IT within a 25-minute lag window. 🔗 Cloud audit logs show concurrent API key rotation requestsAzure Key Vault access patterns changed 48h before first anomaly — potential credential staging activity. 🔗 Correlated signal: VPN access from unrecognized endpointExternal IP resolved to hosting provider known for C2 infrastructure. First seen 72h before SCADA event. High RCA Confidence Supply Chain Primary Vector 14d Dwell Estimate 🎯 Root Cause: Compromised vendor software update (SCADA HMI v4.2.1)Supply chain software update deployed 16 days ago introduced unsigned DLL. Vendor confirmed patch pending. Update propagated to 7 substations. ⚙ Contributing factor: Flat OT/IT network segmentSubstation B-7 SCADA network lacks enforced segmentation — direct routing to Enterprise AD domain controller observed. ⚙ Contributing factor: No OT-aware SIEM correlation rulesExisting Sentinel rules were IT-only. OT anomaly signals arrived via separate platform with no automated cross-correlation. ✅ Immediate: Isolate Substation B-7 HMI from enterprise networkApply emergency network ACL to block IT↔OT traffic until vendor patch validated. Estimated time: 2h. ✅ Short-term: Deploy OT-aware Sentinel correlation rules (48h)Author detection rules that join OT event stream with AD telemetry. Reduces detection window from 4h to <15min. ✅ Medium-term: Network segmentation enforcement project (6 weeks)Enforce Purdue model zoning across all 12 substations. Eliminates flat network exposure. Assign to OT Security Engineer. ✅ Strategic: Vendor software validation pipelineImplement code signing verification and sandboxed testing for all OT vendor updates before production deployment. IT/OT Threat Correlation AI Recommended Tasks · Impact Score: 9.2 · Owner: VP SOC 🤖 AI Recommended Tasks — Confidence 91% ${renderAiTasks([ {title:'Isolate SCADA HMI from enterprise network segment',desc:'Apply emergency ACL to block IT↔OT traffic. Block direct routing between Substation B-7 and AD domain controllers.',owner:'OT Security Engineer',ownerInit:'OE',conf:'96%',priority:'Critical'}, {title:'Correlate SCADA anomaly logs with AD privilege escalation events',desc:'Pull Splunk/Sentinel logs for substation B-7 (±4h window) and cross-reference with Active Directory authentication timeline.',owner:'SOC Analyst L3',ownerInit:'SA',conf:'88%',priority:'High'}, {title:'Deploy OT-aware Sentinel detection rules',desc:'Author correlation rules joining OT event stream with AD telemetry to reduce detection window from 4h to <15 min.',owner:'Threat Intel Analyst',ownerInit:'TR',conf:'84%',priority:'High'}, {title:'Coordinate joint SOC + OT incident response playbook',desc:'Define escalation protocol, communication tree, and joint exercise schedule for cross-domain threat scenarios.',owner:'IR Lead',ownerInit:'IR',conf:'79%',priority:'Medium'}, ],'a')}
NERC CIP Remediation 8.7 VP Compliance Planning ▾ Patterns Correlations Root Cause Recommendations 14 Assets Drifted 96% Detection Confidence 21d Drift Duration 🔴 14 assets out of NERC CIP configuration baselineConfiguration drift detected over 21-day window. Drift accelerated after last patching cycle — likely patch-induced config change side effects. 🟡 Audit window opens in 43 days — insufficient remediation time at current rateAt current manual remediation pace (2 assets/week), only 8 of 14 will be resolved before audit date. 🔗 Configuration drift correlates with patch deployment cycle (r = 0.81)Every major patch event in the past 6 months has produced 3–5 configuration drift events within 72 hours. 🔗 Drifted assets cluster around substations B-7 and C-4Geographic and network proximity suggests shared configuration template or change management gap affecting a specific asset group. 🎯 Root Cause: Automated patch script overwriting NERC CIP baseline configurationPatch automation tool does not preserve NERC CIP-required config keys. Affects all assets managed by patch group CIP-002. ⚙ No automated post-patch compliance validation stepChange management process lacks a compliance gate between patch deployment and sign-off — gap identified in ITSM workflow. ✅ Immediate: Fix patch automation script to preserve NERC CIP baseline keysEstimated 4h remediation. Prevents recurrence across all 47 managed assets. ✅ Short-term: Automate post-patch compliance scan with GRC platformTrigger CIP compliance check automatically after every patch deployment. Alert on drift within 1h vs current 21d detection lag. ✅ Audit prep: Prioritize the 14 drifted assets for manual review sprintAssign 2-person team for 2-week sprint. Achievable before audit window with automated remediation workflow assist. NERC CIP Remediation AI Recommended Tasks · Impact Score: 8.7 · Owner: VP Compliance 🤖 AI Recommended Tasks — Confidence 96% ${renderAiTasks([ {title:'Fix patch automation script — preserve NERC CIP baseline config keys',desc:'Update patch group CIP-002 automation to include config key preservation step. Eliminates primary recurrence driver.',owner:'Compliance Engineer',ownerInit:'CE',conf:'97%',priority:'Critical'}, {title:'Manual compliance review sprint — 14 drifted assets',desc:'Two-person team reviews and remediates all 14 out-of-baseline assets before audit window. Prioritize substations B-7 and C-4.',owner:'Compliance Officer',ownerInit:'CO',conf:'94%',priority:'High'}, {title:'Automate post-patch CIP compliance scan in GRC platform',desc:'Trigger automated CIP gap scan within 1h of each patch deployment event. Reduce detection lag from 21 days to <1h.',owner:'GRC Analyst',ownerInit:'GA',conf:'89%',priority:'High'}, {title:'Update ITSM change management workflow with compliance gate',desc:'Add mandatory CIP compliance checkpoint between patch deployment and sign-off in ServiceNow/ITSM workflow.',owner:'Change Mgmt Lead',ownerInit:'CM',conf:'82%',priority:'Medium'}, ],'b')}
Cloud Hardening Program 7.4 CISO Active ▾ Patterns Correlations Root Cause Recommendations 23 Misconfigs Found 79% Detection Confidence 3 Public Exposure Risks 🔴 3 Azure storage accounts with public blob access enabledPublic access was enabled during cloud migration sprint 6 weeks ago and not reverted. Accounts contain operational documents. 🟡 20 additional misconfigurations across IAM, network, and loggingOver-privileged service principals (8), missing diagnostic logging (7), insecure NSG rules (5). No active exploitation detected. 🔗 Misconfiguration spike correlates with cloud migration sprint (r = 0.77)83% of misconfigs were introduced during the 3-week rapid migration window — speed/security trade-off not adequately managed. 🔗 OT digital twin project increases attack surface convergence riskNew OT-to-cloud data pipelines share IAM principals with misconfigured accounts — creates lateral path from cloud to OT layer. 🎯 Root Cause: No Cloud Security Posture Management (CSPM) gate in migration pipelineTerraform/ARM templates were deployed without CSPM policy validation. IaC lacked security baseline enforcement. ⚙ Shared IAM principals between OT pipelines and misconfigured storageService principal used by OT digital twin pipeline has Storage Blob Data Reader on the exposed account — unintended access path. ✅ Immediate: Disable public access on 3 exposed storage accounts1-hour remediation. Eliminates active public exposure risk. No service disruption expected. ✅ Short-term: Isolate OT pipeline service principal from misconfigured accountsCreate dedicated service principal for OT digital twin with least-privilege scoping. Eliminates OT↔cloud lateral path. ✅ Medium-term: Implement CSPM policy gate in IaC pipeline (CI/CD)Integrate Azure Policy or Defender CSPM into Terraform CI — block non-compliant deployments before they reach production. Cloud Hardening Program AI Recommended Tasks · Impact Score: 7.4 · Owner: CISO 🤖 AI Recommended Tasks — Confidence 83% ${renderAiTasks([ {title:'Disable public blob access on 3 exposed Azure storage accounts',desc:'Apply storage account policy to disable public access. Verify no active integrations depend on public endpoints before applying.',owner:'Cloud Security Engineer',ownerInit:'CS',conf:'99%',priority:'Critical'}, {title:'Isolate OT pipeline service principal — apply least-privilege scoping',desc:'Create dedicated service principal for OT digital twin. Remove Storage Blob Data Reader from shared principal.',owner:'Cloud Architect',ownerInit:'CA',conf:'91%',priority:'High'}, {title:'Remediate 20 remaining misconfigurations (IAM, NSG, logging)',desc:'Systematic remediation sprint covering over-privileged principals (8), missing diagnostics (7), and insecure NSG rules (5).',owner:'Cloud Security Engineer',ownerInit:'CS',conf:'87%',priority:'High'}, {title:'Implement CSPM policy gate in Terraform CI/CD pipeline',desc:'Integrate Azure Policy compliance check into IaC pipeline. Block non-compliant infrastructure deployments at PR stage.',owner:'DevSecOps Lead',ownerInit:'DS',conf:'78%',priority:'Medium'}, ],'c')}

Initiative Kanban Board

Click any initiative to expand task board

Open: 3 In Progress: 7 Completed: 8

Open 3

Phishing Risk Reduction — Finance Dept

High Score: 7.8

SA

Security Awareness Mgr

Cloud Infrastructure Hardening

Medium Score: 6.9

CA

Cloud Architect

In Progress 7

IT/OT Threat Correlation

Critical Score: 9.2

Progress: 58%

VS

VP SOC

Patterns

Correlations

Root Cause

Recommendations

🔴

Recurring SCADA anomaly — 3 occurrences in 14 daysSCADA polling irregularity at substation B-7. Timing consistent with scheduled reconnaissance.

🟡

Privilege escalation timing correlates with OT anomaliesDomain Admin login attempts within 18–22 min of each SCADA event (p < 0.01).

🔗

IT↔OT correlation coefficient r = 0.89Strong temporal link between OT anomaly and enterprise AD events within 25-minute lag.

🎯

Root Cause: Compromised vendor software update (HMI v4.2.1)Unsigned DLL introduced via supply chain update 16 days ago. 7 substations affected.

✅

Isolate Substation B-7 HMI immediatelyApply emergency ACL. Deploy OT-aware Sentinel correlation rules within 48h.

🤖 AI Tasks — Confidence 91%

${renderAiTasks([ {title:'Isolate Substation B-7 SCADA HMI',desc:'Emergency ACL to block IT/OT traffic.',owner:'OT Security Eng.',ownerInit:'OE',conf:'96%',priority:'Critical'}, {title:'Correlate SCADA + AD privilege logs',desc:'Pull Sentinel logs, run MITRE ATT&CK match.',owner:'SOC Analyst L3',ownerInit:'SA',conf:'88%',priority:'High'}, {title:'Deploy OT-aware Sentinel rules',desc:'Author IT/OT boundary detection rules.',owner:'Threat Intel Analyst',ownerInit:'TR',conf:'84%',priority:'High'}, {title:'Joint SOC + OT response playbook',desc:'Define escalation protocol and exercise schedule.',owner:'IR Lead',ownerInit:'IR',conf:'79%',priority:'Medium'}, ],'ka')}

NERC CIP Audit Readiness Sprint

Critical Score: 8.7

Progress: 89%

VC

VP Compliance

Patterns

Correlations

Root Cause

Recommendations

🔴

14 assets out of NERC CIP baseline — audit in 43 daysAt current pace only 8/14 resolved before audit. Automated remediation needed to close gap.

🔗

Drift correlates with patch deployment cycle (r = 0.81)Every patch event produces 3–5 config drift events within 72 hours.

🎯

Root Cause: Patch script overwriting NERC CIP baseline config keysPatch automation in group CIP-002 does not preserve required configuration keys.

✅

Fix patch script + automate post-patch CIP compliance scanReduce detection lag from 21 days to <1h. Run 2-person remediation sprint for 14 drifted assets.

🤖 AI Tasks — Confidence 96%

${renderAiTasks([ {title:'Fix patch automation script — preserve CIP config keys',desc:'Update group CIP-002 to preserve required config keys on patch.',owner:'Compliance Engineer',ownerInit:'CE',conf:'97%',priority:'Critical'}, {title:'Manual sprint — remediate 14 drifted assets',desc:'2-person team, 2-week sprint. Prioritize B-7 and C-4.',owner:'Compliance Officer',ownerInit:'CO',conf:'94%',priority:'High'}, {title:'Automate post-patch CIP compliance scan',desc:'Trigger GRC scan within 1h of each patch event.',owner:'GRC Analyst',ownerInit:'GA',conf:'89%',priority:'High'}, ],'kb')}

Vulnerability Prioritization by Asset Criticality

High Score: 8.1

Progress: 41%

VM

Vuln Mgmt Lead

Patterns

Correlations

Root Cause

Recommendations

🟡

248 critical vulns — reactive backlog overwhelming teamAt current remediation rate (8/week), backlog will grow faster than it's cleared without prioritization.

🔗

Top 18 vulns affect assets also flagged in IT/OT correlation initiativeRemediating these first eliminates cross-initiative risk overlap. Recommended sequencing.

🎯

Root Cause: No asset criticality weighting in vuln scanner outputCVSS scores used in isolation — does not account for whether vulnerable asset is OT-adjacent or business-critical.

✅

Implement asset criticality × threat likelihood scoring matrixRank by composite score, not CVSS alone. Focus remediation on OT-adjacent and crown-jewel assets first.

🤖 AI Tasks — Confidence 87%

${renderAiTasks([ {title:'Build asset criticality × threat likelihood scoring matrix',desc:'Weight vulns by OT-adjacency, business criticality, and active exploitability. Replace CVSS-only ranking.',owner:'Vuln Mgmt Lead',ownerInit:'VM',conf:'91%',priority:'High'}, {title:'Prioritize and remediate top 18 cross-initiative vulns',desc:'These overlap with IT/OT Threat Correlation initiative assets — highest combined risk.',owner:'SOC Analyst L3',ownerInit:'SA',conf:'85%',priority:'High'}, {title:'Automate remediation assignment based on asset owner registry',desc:'Map each vuln to responsible system owner via CMDB integration for auto-ticket creation.',owner:'SecOps Engineer',ownerInit:'SE',conf:'79%',priority:'Medium'}, ],'kc')}

Completed 8

Q3 SCADA Monitoring Enhancement

Completed 45% faster detect

VS

VP SOC

Zero Trust Network Access Pilot

Completed 31% risk reduction

NE

Network Engineer

Detection Speed Improvement

−45%

Time to detect

Critical Vulns Reduced

−35%

Vs. baseline

Audit Readiness

+30%

Faster prep

Estimated Annual Impact

$14M

$9M–$18M range

Before / After Analysis

IT/OT Threat Correlation

Completed

Detection Time (Before)

100%

Siloed detection

→

Detection Time (After)

55%

↓ 45% faster

Vulnerability Prioritization

In Review

Critical Vulns (Before)

248

Reactive backlog

→

Critical Vulns (After)

161

↓ 35% reduction

NERC CIP Compliance Monitoring

Completed

Audit Prep Time (Before)

12 wks

Manual process

→

Audit Prep Time (After)

8.4 wks

↓ 30% faster

Performance Dashboard

Goal vs Actual KPIs

Initiative	Goal KPI	Actual KPI	Delta
IT/OT Threat Correlation	−40%	−45%	+5%
Vulnerability Reduction	−30%	−35%	+5%
Audit Readiness	+25%	+30%	+5%
Phishing Risk	−35%	−40%	+5%
Misconfigurations	−40%	−28%	−12%

Human Feedback — Learning Inputs

Initiative

Root Cause Insight

Decision Evaluation

Strategy Adjustment