Infrastructure
Modular, data-oriented technical architecture and services
The IVR 5.0 AI Infrastructure is composed of core services, specialized workers and integration layers responsible for ensuring asynchronous processing, technical traceability, scalability and data consistency across the entire platform.
Infrastructure technical characteristics
- Modular and decoupled architecture
- Distributed processing through workers
- Integration via HTTP services
- Traceability-oriented persistence
- End-to-end automation with no manual input
Infrastructure as a functional layer
In IVR 5.0 AI, infrastructure is not just operational support, but a functional layer responsible for orchestrating flows, executing domain logic and ensuring technical data integrity.
- Independent services with single responsibility.
- Controlled synchronous and asynchronous communication.
- Clear separation between orchestration, processing and persistence.
Architectural principles
Infrastructure modules (IVR 5.0 AI Manifesto)
The modules below compose exclusively the infrastructure layer, responsible for orchestration, processing, standardization and technical integration.
IVR.Server
Central service for orchestration and exposure of HTTP endpoints.
- Hosting APIs and integration endpoints.
- Authentication, routing and request control.
- Coordination between modules and workers.
- Single entry point for external systems.
IVR.Qif.Worker
Worker responsible for structuring and validating dimensional data.
- Data conversion to QIF (ISO 23952).
- Structural normalization and validation.
- Traceability-oriented persistence.
- Common foundation for consumption by other workers.
IVR.Import.Worker
Automatic ingestion service for external files and data.
- Directory monitoring and import event handling.
- Configurable parsing for multiple formats.
- Asynchronous, fault-tolerant execution.
- Data forwarding to the QIF pipeline.
IVR.Dmis.Worker
Worker dedicated to the execution and integration of DMIS programs.
- Controlled execution of measurement programs.
- Structured collection of results.
- Linking results to QIF characteristics.
- Generation of data ready for analysis.
IVR.Msa.Worker
Service specialized in measurement system analysis.
- Execution of repeatability and reproducibility studies.
- Decoupled statistical processing.
- Direct consumption of QIF data.
- Persistence of analytical results.
IVR.Spc.Worker
Worker responsible for statistical process control.
- Control chart calculations.
- Trend and rule violation detection.
- Continuous processing of dimensional data.
- Direct integration with structured QIF data.
Persistence Layer
Storage structure oriented to history and traceability.
- Separation between operational and analytical data.
- Logical versioning of entities.
- Technical audit of changes.
- Single source of truth for all modules.
Integration Layer
Services and contracts responsible for external communication.
- HTTP APIs and REST services.
- Integration with legacy systems and MES.
- Isolation between internal and external domains.
- Standardized data contracts.
Infrastructure designed for continuous evolution
The IVR 5.0 AI infrastructure was designed to support functional growth, increased load and new integrations without compromising consistency, traceability or performance.