Security Telemetry → Governance → Decision Architecture¶

Executive overview¶

This capstone architecture artifact shows how telemetry, detection, analytics, automation, governance, and decision architecture connect into one security system model across the portfolio.

Why this architecture matters¶

Security programs become fragmented when telemetry, detection, governance, and decision workflows evolve independently. This system map makes those relationships explicit so architecture decisions remain coherent, reviewable, and defensible.

System architecture overview¶

The model below maps the portfolio's integration path from signal collection to decision architecture outcomes. It emphasizes architecture flow rather than implementation detail.

Unified security architecture diagram¶

flowchart TD
    T["Telemetry Sources"]
    D["Detection Systems"]
    A["Security Analytics"]
    O["Automation & AI Workflows"]
    G["Governance / Risk Models"]
    S["Security Architecture Decisions"]

    TL["TraceLock"]
    GIAP["GIAP"]
    AOS["AgenticOS"]
    SDOM["SDOM"]

    T --> D --> A --> O --> G --> S

    TL --> T
    TL --> D
    AOS --> O
    GIAP --> G
    SDOM --> S

Unified security architecture map : telemetry flows through detection, analytics, automation, and governance into structured security architecture decisions.

System components¶

TraceLock¶

TraceLock provides telemetry fusion and detection pipelines across heterogeneous wireless and RF signal domains.

GIAP¶

GIAP provides governance automation patterns for intake, control mapping, and risk-oriented workflow execution.

AgenticOS¶

AgenticOS provides governed orchestration patterns for repeatable, auditable AI-assisted workflow execution.

SDOM¶

SDOM represents the decision architecture layer where telemetry, detection, and governance outputs become structured security decisions.

Portfolio capability signals¶

Security telemetry fusion
Detection engineering
Governance automation
Security decision architecture
AI-augmented security workflows