Automation of internal occupational health and safety (OHS) processes. Moving from paper logs to a unified digital ecosystem. Reduces administrative burdens via electronic work permits, digital risk maps, and automated reporting.
Implementation of the "PPE Service" mobile app to automate employee personal protective equipment provision. The app integrates with SAP ERP HR and accounting, providing employees with a personal account to track standards, replacement dates, and feedback, while offering managers a real-time team provision monitoring tool.
Traditional risk assessment methods in enterprises often fail to prevent injuries due to cognitive biases and template thinking of specialists. An experiment showed that an AI assistant trained on injury statistics and investigation materials is capable of objectively analyzing occupational health and safety instructions and proposing specific actions instead of formal phrases. The use of such technologies helps compensate for the peculiarities of human thinking by providing accurate data to foc...
Development and implementation of an automated software complex for assessing the communicative compatibility of workers in teams. The complex identifies leadership qualities, evaluates the psychological climate, and suggests optimal shift compositions to reduce conflicts and the risk of occupational injuries.
The article examines the replacement of traditional paper-based industrial control methods at enterprises with mobile applications that eliminate data transmission delays and human error. The use of digital checklists and photo recording of violations directly at the workplace allows for prompt transmission of information to management and automatic generation of corrective orders. The material explains how switching to mobile solutions saves resources by eliminating duplicate data entry and inc...
Development and implementation of a video analytics system based on the open-source MoonDream model by the company's internal specialists. The solution analyzes the real-time video stream from cameras, detects violations of PPE and sanitary clothing rules, as well as unauthorized actions with equipment, and automatically sends notifications to responsible persons via a Telegram bot.
Implementation of digital assistants and AI-based systems to monitor driver alertness, ensure safety compliance in electrical installations, and prevent unauthorized riding on conveyors. Integration of aerogas control data to automatically detect discrepancies and record methane concentration exceedances.
Creating specialized AI assistants to automate routine tasks for an HSE specialist. The practice includes developing HSE instructions, selecting PPE issuance standards based on structured knowledge bases, and generating educational animated videos.
A comprehensive environmental risk management system for handling animal by-products (ABP). It includes deep soil plowing, subsurface runoff application using automated pumping stations, and a four-level process control.
Transition from formal production control to a barrier model of critical risk management using the Bowtie method. The practice includes developing checklists for engineering staff and digitalizing the inspection process via a mobile app on explosion-proof smartphones with automatic generation of work orders to eliminate violations.
Implementation of a unified digital ecosystem "Contractor's Personal Account" for control and interaction with contracting organizations. The system covers surveying at the tender stage, electronic document flow, personnel training control, video briefings, and automatic calculation of contractor ratings.
Implementing artificial intelligence in HSE processes across four levels: from using basic generative networks for document management to creating a unified AI safety management architecture. Practical applications include automating responses to prescriptions, dynamic risk assessment via Telegram bots, and deep root cause analysis of incidents with fault tree construction.
Implementation of a unified digital ecosystem for HSE document management in a distributed bank structure. The project includes integrating 1C, EDM systems, and corporate messengers to automate routine processes, collect simple electronic signatures, and form an employee electronic dossier.