Client–server architecture for registration and accounting of railway automation and telemechanics devices

This article describes the relationship between the maintenance and control schemes of devices in therailway transport automation and telemechanics system. Unified workflows, provenance capture, andanalytics-ready data support decisions from engineering and construction to acceptance, service, upgrade,and including termination. The platform follows a client–server model with strict roles and systematicvalidation. A relational center maintains device passports, installation coordinates, status changes,scheduled swaps, decommissions, and repair logs. QR/RFID identification enables server servicesindexing, quick search, dashboards, and recurring reports. Using them will result in faster device startup,higher data quality, and transparent results across repair and technology departments. Standard interfacessupport integration with adjacent enterprise systems for end-to-end safety, reliability, and efficiency.Operational tools include QR-code and RFID tag – based identification, configurable templates forremote inventories, and automated reporting to support planning and execution at repair andtechnological sections. Services cover user information, database integrity and recovery, and centralizedconfiguration. Application window formalizes a three-level service model that connects machineinterfaces and field mechanics, operators, and administrators. Expected outcomes are acceleratedcommissioning, improved data quality, and tighter safety assurance via real-time status visibility andauditable document flow.

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