Industrial video surveillance (CCTV) as the core matrix for operations. Elevating typical cameras to predictive perimeter guards. Fusing disjointed CCTV grids with access gates and analytical AI Situational centers.
Creation of a specialized fire protection systems control service and implementation of a comprehensive intelligent security system. Integration of disparate systems (fire alarms, video surveillance, access control, personnel positioning with smart bracelets) into a unified platform for prompt incident response and audit automation via mobile checklists.
Implementation of remote HSE control tools at geographically distributed facilities. The practice includes automating the "Stop-Risk" system with gamification, video recording of breathalyzer testing and high-risk work, and installing video surveillance systems for contractors and personnel.
A comprehensive approach to employee engagement and HSE management at the branch level. It includes implementing the 5S system, video surveillance, production television, training grounds for newcomer adaptation, and a transparent point-based employee performance assessment system for bonus distribution.
Implementation of an industrial safety remote control system on an ice-resistant stationary offshore platform. The practice includes automated collection of telemetry data, video streams, and electronic document flow with Rostechnadzor for continuous monitoring of technological processes and risk assessment.
A system for collecting and analyzing safety statistical indicators at a manufacturing enterprise. The practice includes differentiated incident tracking (micro-injuries, near-misses, non-conformities), the use of simple data collection tools (the "Molniya" program, video surveillance, behavioral audits), and personnel engagement through competitive nominations.
A contractor management system including strict contractual requirements, replacing fines with mandatory training for violators at the contractor's expense, and company rating. Automated terminals for pre-shift testing and a supervising institution for on-site control have been implemented.
Implementation of a modified occupational risk assessment methodology using a "probability of detection" coefficient. Formation of micro-level working groups (in workshops and teams) to identify hidden threats and calculate the acceptable risk level as the arithmetic mean across the hazard map. Development of specific engineering and organizational measures (video surveillance, blaster on duty, cable bandaging) to reduce risks exceeding the acceptable level.