Tracking the true state of production in one model
When production plans, machines, stations, operators, pallets, and shipments live in separate systems, the link between plan and shop-floor reality weakens. Delays, capacity constraints, and material movements become visible too late.
Deciding which vehicle should move a load along which route requires station availability, vehicle capacity, compatibility, and operational priority to be evaluated together. The problem needs an operational core driven by rules, not merely data-entry screens.
A traceable production backbone from planning to shipment
The platform connected projects and products with production plans, operations, machines, and stations. QR-assisted pallet and product movements preserved a digital counterpart of the physical flow throughout production.
Its routing and vehicle layer evaluated capacity, compatibility, location, and operational rules to coordinate intralogistics. Real-time updates and management views brought production, waiting states, and shipments into a shared operational picture.
Key product capabilities
Production planning and tracking
An end-to-end operational model connecting projects, products, operations, and production records with state history.
Machine and station management
Central management of capacity, availability, work assignment, and current shop-floor state.
Intelligent material flow
Services coordinating pallets, vehicles, locations, and routes by evaluating operational constraints and rules.
QR, shipment, and live state
QR flows for faster field operations, shipment history, and SignalR-powered real-time updates.
Technical scope
- .NET and ASP.NET Core
- PostgreSQL and Entity Framework Core
- JWT authentication and authorisation
- SignalR real-time communication
- Rule engines and route assignment services
- QR and Excel reporting infrastructure
What it enables
Preserving one data chain from production order through physical material movement to shipment makes operations visible, measurable, and retrospectively traceable.
The work demonstrates our ability to combine web engineering, shop-floor operations, real-time communication, and rule-based decision systems in one enterprise product.