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.
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.
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.
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.
A comprehensive system for increasing the awareness of corporate fleet drivers, including the analysis of traffic violations in the format of a trusting conversation, assessment of the driver risk index, and regular communications. The practice is aimed at forming a safe driving culture through the involvement of managers and the analysis of potential incidents.
Transforming safety culture in internal transport management through leadership development and engineering barriers. Practices include hardware speed limits up to 30 km/h, seatbelt interlocks, and regular safety culture assessments across 7 areas.
A comprehensive approach to developing a safety culture at a mining enterprise, based on critical risk analysis and multi-level barriers. The practice includes digitalizing feedback via QR codes, using technical protection means (directional light systems, driver monitoring, voltage indicators), and engaging personnel through training and motivation.
Implementation of a telematics and AI video analytics system for fleet control and predictive accident prevention. The system includes sound alerts for drivers during violations, driving style scoring, and automated feedback via Telegram bots for line managers.
Integration of sustainable development principles into a transport enterprise by replacing the diesel fleet with electric buses, introducing electronic waybills, and visualizing the waste management system. The practice includes color coding of containers for separate waste collection and greenhouse gas emissions control.
Difficult winter road conditions require special attention from drivers and a change in their usual driving style. In this article, the author recalls the main aspects of vehicle preparation and safe driving, including tire selection, the use of ABS and ESP systems, as well as distance-keeping rules. Following these recommendations helps to better control the car on a slippery road and significantly reduces the risk of getting into a traffic accident.
The article examines the psychological aspects of driving under conditions of urban stress and road rage. The author explains the key factors of emotional tension behind the wheel and provides practical advice on maintaining self-control and preventing conflicts. The described psychological techniques and safety recommendations help users not give in to provocations, maintain composure, and avoid traffic accidents.
Closed-course driving sessions allow drivers to safely practice basic maneuvers and simulate emergency situations, including sudden braking and obstacle avoidance. Training in a safe environment reduces driver stress levels, helping them learn to react quickly and make correct decisions in critical conditions. The article explains how closed-course practice and individual error correction by an instructor help develop defensive driving skills to reduce accident risks and boost confidence on the...
Implementation of a video analytics system (DMS and ADAS cameras) on truck tractors to monitor driver conditions during hazardous materials transport. Use of vibration motors and audio alerts to correct dangerous behavior and prevent sabotage.