#Transport safety
Managing transport safety at facilities. Focuses on minimizing risks for technological fleets. Includes anti-sleep units, geofencing, automating pre-trip checkups, and fostering safe habits.
Freight Car Building: Manufacturer Efficiency VS Customer Safety
Integration of safety elements (brake shoes and structural anchors for fall protection systems) directly into the freight rolling stock design at the production stage. The initiative aims to reduce injury risks for consumer companies and change industry standards in railcar building.
Synergy of Safety Culture and Production
Integration of safety and production cultures through the adaptation of behavioral safety audits (BSA) and expanding the functionality of existing digital systems. Implementation of targeted BSAs combining risk and production process assessments, as well as using data from positioning, aerogas control, and electronic medical examination systems to improve efficiency without significant additional costs.
Digital Solutions for Ensuring Safety in Mining Operations
Implementation of a complex of digital systems in mining operations to monitor the condition of dump truck drivers and prevent collisions. Use of video analytics (OKO system) to detect falling asleep and distraction, as well as the integration of GPS trackers with ACS for personnel positioning and hazardous zone control.
Method of Organizing and Controlling the Safety of Production Processes at a Coal Mine
A commission-based methodology for assessing personnel reliability across four criteria, assigning a color category. Integration of assessment results into an automated work order system to block unreliable workers from dangerous processes.
Click It Before You Get Caught
Identifying Injury Risks in Rail Transport Using Video Surveillance
Microsleep: The Invisible Enemy Behind the Wheel
Proactive Training as the Key to Driver Safety in Open-Pit Mines
How to Build a Comprehensive Transport Safety System
A comprehensive transport safety management system at an industrial enterprise, including abandoning the rotational method, implementing automated pre-trip medical exams, and creating mobile road safety control groups. Application of technical assistants: driver fatigue monitoring systems, onboard machine vision on locomotives, telemetry alertness bracelets for drivers, and laser visualization of danger zones.
Approving Deviations from Internal Requirements or How Production Can Increase Efficiency Without Compromising Safety: A Road Safety Example
Implementation of a managed deviation approval system for road safety requirements for in-house and contractor vehicles. The system includes classifying violations into critical and permissible, developing compensatory measures for the temporary operation of defective equipment, and redirecting contractor fines into investments in their own safety.
Effective Road Safety Control for Authorized Company Vehicle Drivers: How to Improve Safety on Russian Roads
Implementation of an AI-based video analytics system to monitor the behavior of fuel truck and company vehicle drivers. The system records critical violations in real time (distraction, falling asleep, unfastened seat belt), warns the driver, and transmits data for analysis and prompt response.
Digital Solutions for Road Safety: State & Business
Implementation of hardware and telematics systems for road safety control. The practice includes integrating mandatory state monitoring systems (ASN, tachographs) with corporate platforms, as well as using in-cabin video analytics to assess driver condition and driving style.