description: "TraceLock security telemetry architecture diagram — multi-source RF ingestion, signal normalization, detection correlation, and evidence generation pipelines."¶

TraceLock™ — Security Telemetry Architecture¶

TraceLock™ is a security telemetry architecture designed to integrate heterogeneous wireless and RF signal sources into detection, evidence, and security decision pipelines.

Architecture domains¶

Security telemetry fusion
Detection engineering
Evidence engineering
Security architecture

System capabilities¶

TraceLock™ demonstrates several architectural capabilities:

Multi-source telemetry ingestion
Heterogeneous signal normalization
Detection correlation pipelines
Evidence generation for investigation

Technologies¶

Kismet • rtl_433 • ADS-B telemetry • GPS context • Python telemetry parsing

Why it matters¶

Traditional security monitoring underutilizes nontraditional telemetry sources such as Wi-Fi, BLE, ISM, ADS-B, and GPS context. That creates blind spots where adversarial activity can exist outside standard endpoint and network-only controls.

Architecture overview¶

TraceLock™ is modeled as a layered architecture that moves from collection to defensible outputs. The design emphasis is reproducible telemetry handling, controlled detection behavior, and public-safe evidence generation.

Four-layer model¶

Layer 1: Telemetry collection¶

Collect multi-domain telemetry across wireless and RF sources, including Wi-Fi/BLE, ISM, ADS-B, and GPS context.

Layer 2: Normalization and control¶

Normalize heterogeneous sensor streams into structured events, then apply mode controls (Lab, Field, Demo) to keep execution bounded and repeatable.

Layer 3: Detection and correlation¶

Run detection logic against normalized telemetry with correlation across domains to improve signal quality and reduce isolated-tool blind spots.

Layer 4: Evidence, visualization, and reporting¶

Produce architecture-safe outputs for investigation and communication: logs, dashboards, and exportable evidence artifacts.

Updated public-safe architecture diagram¶

flowchart LR
    subgraph L1["Layer 1: Telemetry Collection"]
      A["Kismet Wi-Fi/BLE"]
      B["rtl_433 ISM"]
      C["ADS-B Feed"]
      D["GPS Context"]
    end
    A --> E["Layer 2: Parser/Normalizer"]
    B --> E
    C --> E
    D --> E
    E --> F["Mode Controller<br/>Lab / Field / Demo"]
    F --> H["Layer 3: Detection & Correlation"]
    F --> G["Storage + Retention"]
    H --> I["Alerts / Dashboards"]
    G --> J["Layer 4: Evidence Export<br/>Logs / KML / Reports"]
    style L1 fill:#0d3c61,stroke:#2cb1ff,stroke-width:1px,color:#e5e7eb
    style F fill:#0f1b3f,stroke:#2cb1ff,stroke-width:1px,color:#e5e7eb
    style G fill:#0f1b3f,stroke:#2cb1ff,stroke-width:1px,color:#e5e7eb
    style H fill:#0f1b3f,stroke:#2cb1ff,stroke-width:1px,color:#e5e7eb
    style I fill:#0f1b3f,stroke:#2cb1ff,stroke-width:1px,color:#e5e7eb
    style J fill:#0f1b3f,stroke:#2cb1ff,stroke-width:1px,color:#e5e7eb

TraceLock™ telemetry architecture : multi-domain telemetry is normalized, controlled, correlated, and exported as defensible security evidence.

Architecture context¶

This telemetry architecture supports detection engineering by making cross-domain signal handling explicit and reviewable. It also supports defensible security decisions by separating collection, control, detection, and evidence concerns in a way that can be audited and improved over time.

Hiring and capability signal¶

Security telemetry fusion: Integrates heterogeneous wireless and RF data into one processing model.
Detection engineering: Applies normalized-event detection and multi-source correlation.
Evidence engineering: Produces exportable, reviewable outputs for triage, reporting, and architecture review.
Security architecture: Uses layered design and governed execution boundaries instead of ad hoc tool chaining.