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High-Level Architecture

Purpose

The High-Level Architecture section is designed to establish a conceptual and structural baseline for the entire Aero-Factory ecosystem. It acts as the bridge between business requirements and detailed technical engineering, serving several critical functions:

  • Holistic Visualization: It provides a macro-view of the end-to-end system, illustrating how the various levels (from Field Assets to Cloud Intelligence) coexist and interact.
  • Defining System Boundaries: It clearly delineates the scope of the Vortex Data Broker and the Digital Highways, showing where the internal platform ends and external systems (like ERPs or third-party hardware) begin.
  • Structural Hierarchy: It introduces the layered organizational principle of the architecture, explaining the logic behind the distribution of intelligence between the Edge (Flight Production Zone) and the Cloud.
  • Communication Flow Overview: Rather than detailing individual packets, it highlights the primary "Information Corridors", aka. Digital Highways, demonstrating how data and commands move across the enterprise to ensure operational consistency.
  • Stakeholder Alignment: It serves as a universal reference point for both technical architects and executive stakeholders, ensuring that everyone understands the "Big Picture" of the Aero-Factory vision before exploring the Reference Architecture’s sub-system complexities.

Aero-Factory Overview

Below is a holistic overview of the Conceptual Reference Model (CRM), an at-a-glance diagram that serves as the architectural foundation for the entire ecosystem.



The CRM is a high-level, vendor-agnostic representation of the Aero-Factory ecosystem. It serves as the primary abstraction layer that defines the system's structural integrity, organizational principles, and core functional boundaries before they are decomposed into specific technical domains. The CRM focuses on "The What" rather than "The How," ensuring that all stakeholders have a unified understanding of the system's topology.

Aero-Factory Apps Integration

Depending on the airport's existing infrastructure and policy, third-party applications are integrated into the Reference Architecture (RA) through three standardized patterns:

  • Data-Centric Integration: Exemplified by FMS (AeroCore), which integrates directly with the Vortex Data Broker. This ensures that critical flight telemetry such as fuel related data is ingested into the global data stream for processing and long-term storage.
  • Monitoring & Visualization Integration: Exemplified by EMS (CompositeFlow Solutions), which syncs with TwinForge (via Vortex Data Broker). This allows third-party resource and enterprise data to be overlaid onto the Digital Twin for unified operational monitoring.
  • Operational Portfolio Integration: Exemplified by the De-Icing System (GroundLogic), which integrates into the Flight Plant Zone (via Vortex Data Broker). Augmented with Aero-Factory sensors and logic, it becomes a functional component of the local operational portfolio.

More information about these and other patterns used in this RA are available in Integration Patterns section.

Aero-Factory CRM Domains


Next: Business Architecture