Platform 4.0

Platform 4.0: components and data

Understand CORE, MM, RS and MLLM, and the relationship between models, scenarios, assets and processing nodes.

Browsing: Platform 4.0
From development to operation
01

Model version

Package, categories and runtime validation.

02

Scenario version

Graph, model references and local settings.

03

Asset run

Reproducible input and reviewed results.

04

Camera assignment

Published version executed on a source.

Publication and runtime execution are separate steps.

The platform components

Platform 4.0 brings together data management, model management and scenario development. These components form the technological foundation of BOX 5.0. Existing BOX 3.x deployments have a separate deployment and operating branch.

ComponentResponsibilityMain entities
COREData and distributed processingCameras, sites, events, users and assignments
MMModel management and validationModels, versions, packages, categories and validation results
RSScenario editing and executionScenarios, versions, graphs, block parameters and test runs
MLLMMultimodal processingMultimodal tasks and component configuration

From development to camera processing

A model and a scenario have independent versions. A test run links a selected version to test data. Publication makes a version available to consumers; camera processing additionally requires assignment and execution in the computing environment.

  • Model version: package, categories, validation and a control inference run.
  • Scenario version: flow_data, extracted flow_settings and references to model versions.
  • Test run: launch_uuid, progress, original and visualised frames, messages and events.
  • Camera execution: the runtime loads the selected graph and model dependencies and processes the source.

Publishing a model does not load it into GPU memory. Loading takes place when a scenario using the model executes.

Roles and responsibilities

Developers create versions and run checks. Administrators provide resources and access and monitor services and storage. Operators review results and make decisions in the application interface.

Product, configuration and development status

Camera and zone management, model and scenario versions, testing, event workflows, roles and audit are described platform capabilities. Model formats, runtime profiles, MLLM/RAG, adapters, topology and retention depend on the delivered configuration. Event chat and AI-assisted scenario generation and testing are development concepts; a requirement or concept document does not establish release availability.

From platform components to operator tasks

The detailed operational guides connect the technical components to the application workflow. Site structure and camera settings establish the physical location and access scope; model/scenario settings establish categories and processing rules; journals preserve evidence and review decisions. Integration configuration supplies source mappings, recipients and exchange rules.

Quality criteria, resource limits, audit requirements and publication procedures must become testable design and acceptance conditions for the delivery. These requirements do not establish that every described interface is available in the installed release.

Use the documentation and configuration supplied for your installed release. Environment addresses and access credentials are provided privately with the delivery.