Cybersecurity Intelligence Systems
Governed AI security intelligence with AWS Security Hub and Inspector ingestion, AI-governed triage, Jira ticket generation, and constitutional evidence chains — built inside MIOS as the Cybersecurity Operating System
The Challenges organizations Face
AWS Security Hub and Inspector generate thousands of findings across accounts — security teams spend more time triaging noise than remediating real risk
Raw CSPM findings carry severity labels but no contextual AI reasoning — teams manually decide what to fix, in what order, with what remediation path
Converting findings into actionable Jira tickets is manual, inconsistent, and slow — losing priority context and affected resource details in translation
SOC 2, NIST, and ISO 27001 require audit-grade evidence of remediation decisions that raw cloud findings logs alone cannot satisfy
Tools like Wiz, Orca, and Prisma Cloud show findings but enforce no human approval gates on high-risk remediation decisions and produce no constitutional audit trails
SIEM, CSPM, EDR, and ticketing tools are disconnected — no single platform combines cloud posture, live threat detection, incident management, and AI-governed response
AI security exposure — OWASP LLM Top 10 risks, prompt injection, indirect injection, refusal rate anomalies — is not covered by traditional security tooling
Security intelligence is siloed from operational, commercial, and engineering intelligence — preventing unified organizational risk visibility
The Bespoke Mentis Approach
Bespoke Mentis built the Cybersecurity Operating System as a module inside MIOS — the Mentis Intelligence Operating System. The Security Command Center is operational today, providing live threat detection across 24 security event categories, a real-time posture score graded A through F across five dimensions, full incident lifecycle management, and SHA-256 cryptographic evidence chains on every security event and decision.
The CTO is actively building the AWS integration layer — ingesting findings from AWS Security Hub across CIS Benchmark, NIST SP 800-53, PCI DSS, and AWS Foundational Security Best Practices, and from AWS Inspector v2 covering CVE/package vulnerabilities, network reachability, and code vulnerability scanning across EC2, Lambda, and ECR. MIOS acts as the ecosystem reviewer: findings are normalized, AI-triaged with context and priority, and routed into governed Jira ticket generation — reviewed by operators before creation is finalized.
Every action in CSOS is governed by MU2 — the constitutional AI operating substrate. Human approval gates are structurally enforced on high-consequence remediation decisions. No AI agent can approve its own G0 or G1 gate actions. Every decision produces a traceable SHA-256 evidence chain satisfying SOC 2, ISO 27001, NIST CSF, and board-level reporting requirements without additional tooling.
The key differentiation from Wiz, Orca, and Prisma Cloud is not finding ingestion — it is what happens after ingestion. Those tools surface findings. CSOS reasons about them with governed AI, enriches them with remediation context, enforces human gates on response decisions, and produces audit-grade evidence chains. Security intelligence is not siloed — it is one constitutional module inside a single governed AI OS.
Systems for This Environment
MIOS — Security Command Center
The Mentis Intelligence Operating System, live in production today. Includes the Security Authority module with live threat detection across 24 event categories, Security Posture Score (A–F grade, 5 dimensions), full incident lifecycle management, AI Security monitoring (OWASP LLM Top 10), Bot Intelligence, cryptographic SHA-256 evidence chains, and executive summary reporting.
[ Explore MIOS — Security Command Center ]Cybersecurity Operating System
A governed cybersecurity OS built inside MIOS. AWS Security Hub ingestion (CIS, NIST SP 800-53, PCI DSS, FSBP) and AWS Inspector v2 findings (CVE, network reachability, code vulnerabilities) — AI-triaged, governed by MU2, and routed into context-enriched Jira ticket generation with constitutional evidence chains. Enterprise access by application.
[ Explore Cybersecurity Operating System ]Example Use Cases
AWS Security Hub finding ingestion across CIS, NIST SP 800-53, PCI DSS, and AWS FSBP with AI-governed triage and priority scoring
AWS Inspector v2 vulnerability management for EC2, Lambda, and ECR with CVE tracking and network reachability analysis
Governed Jira ticket generation from cloud security findings — context-enriched, operator-reviewed, with remediation guidance
Live threat detection and behavioral anomaly detection with 7-day baseline comparison and real-time delta spike alerts
AI security monitoring: OWASP LLM Top 10 exposure tracking, prompt injection detection, refusal rate analysis, response entropy scoring
Incident response management with full lifecycle tracking, assignee accountability, and resolution evidence documentation
Compliance evidence generation for SOC 2, ISO 27001, NIST CSF, and PCI DSS with SHA-256 audit chains on every security decision
Security posture reporting with A–F grade, 5-dimension breakdown, and board-ready executive summaries
Bot intelligence classification — verified vs spoofed bot detection, allowlist management, crawl trend analysis
Multi-account AWS security aggregation with cross-account risk correlation and unified posture visibility
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