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Overviews

While today HOT architecture consists of a wide range of applications and modules, the vision for the future is a more unified ecosystem.

The key features of this architecture are:

  • An integrated set of back-end modules
  • A common data model based on standards and only extending as required
  • Fit for purpose front-ends, built on REACT

HOT Overview

This is an overarching view of the HOT ecosystem of solutions. It includes some key non-HOT components for context and because they serve an important role in the ecosystem.

Overarching

Solution User View

This solution user view provides a user-centric view of the HOT architecture showing the key user roles and what activities they will perform using the solution. You can learn more about the diagram and notation here.

Solution User View

Information Flow

This information flow is a dynamic view that shows the flow of information (in high level business terms) between the HOT ecosystem components. You can learn more about the diagram and notation here.

Information Flow Diagram

Component Model

This component model is a static view that shows how the HOT ecosystem components connect to one another. You can learn more about the diagram and notation here.

Component Diagram

End-To-End (E2E)

This is a plan, currently in progress, to have a better end user experience between multiple HOT projects. Since often multiple projects are used, Tasking Manager, Export Tool, Field Mapping Tasking Manager, etc... the journey between them should be efficient.

E2E Data Integration Diagrams

This is the high level concept for the E2E data integration approach. The TD Admin components in the center are not actually a hub instance, but a set of shared modules used for connectivity. Conceptual Data Model

E2E Integration Sequence Diagrams

These show the interactions between multiple components at a more detailed level.

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E2E Conceptual Data Model

This is a conceptual data model, illustrating the key entities and relationship in the data model. Conceptual Data Model