Featured Projects
BlackFox: Immersive Solutions Ecosystem. We turn complex VR and AR ideas into tangible business value. Explore our cases where the technologies of tomorrow solve the challenges of today.
Safety compliance in heavy equipment maintenance
Interactive VR simulator for training personnel to work with large-scale units. The system allows for the safe practice of hazardous maintenance scenarios within a digital twin environment. The solution reduces injury risks to zero and eliminates any potential damage to real machinery. The project brings critical situations into VR, turning theory into a lasting muscle memory skill.
Project Features
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High fidelity: precise 3D models of heavy equipment and industrial tools.
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Emergency scenarios: training for fire hazards, leakages, and automation failures.
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Tactile feedback: deep immersion through refined grip and interaction mechanics.
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Knowledge control: automated error tracking and detailed report generation.
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Scalability: capability to quickly implement new scenarios and equipment models.
Firefighting on energized electrical equipment
Specialized VR simulator for practicing firefighting skills at power supply facilities. The software teaches the correct choice of extinguishing agents and safe distance maintenance. The system allows for the safe simulation of critical incidents on live electrical equipment. The project brings hazardous conditions into a digital environment, building a clear emergency response algorithm.
Project Features
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Realistic physics: dynamic flame spread and smoke density simulation.
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Equipment variety: use of CO2 and dry chemical powder fire extinguishers.
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Distance control: visual and acoustic warnings for dangerous proximity to hazards.
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Live equipment scenarios: training for specific electrical shock risks.
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Action analysis: step-by-step review of errors in the use of personal protective equipment.
Electrical safety for indoor and outdoor switchgear maintenance
A comprehensive VR simulator for training electrical personnel at substations. The system allows practicing permits, switching operations, and inspections in AIS and GIS environments. The solution eliminates the risk of electric shock while studying hazardous zones and installations. The project brings critical operations into VR, building automated compliance with labor safety rules.
Project Features
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Standardized units: detailed recreation of transformers, disconnectors, and circuit breakers.
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Protective equipment: training in the correct use of dielectric gloves, boots, and rods.
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Location variety: scenarios for both outdoor and indoor switchgear (AIS/GIS).
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Zone monitoring: a warning system for dangerous proximity to live electrical parts.
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Interactive permits: digital verification of work permit documentation and procedures.
Insulated joint overhaul: APATEK fishplates with KB-type rail fasteners
A specialized VR simulator for training track workers in the maintenance of insulated rail joints. The system allows practicing the full disassembly and assembly cycle of units with KB fastening. The solution eliminates errors during the installation of composite fishplates and bolt tightening. The project brings routine maintenance into VR, reinforcing skills with track tools and equipment.
Project Features
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Technical accuracy: step-by-step compliance with official work instructions.
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Specialized tools: realistic use of socket wrenches, crowbars, and track gauges.
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Defect detection: practicing the identification of cracks and chips in insulation parts.
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APATEK specifics: accounting for the unique installation features of composite fishplates.
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Real-time feedback: visualization of errors related to incorrect bolt torque or alignment.
Firefighting in office environments
A comprehensive VR simulator for training office personnel in fire safety protocols. The system allows practicing evacuation and firefighting scenarios across various office zones. The solution helps overcome panic and reinforces the response algorithm upon detecting fire. The project brings hazardous situations into VR, turning a safety briefing into a real survival skill.
Project Features
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Location variety: scenarios for office spaces, laboratories, and stairwells.
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Extinguishing specifics: selecting the correct fire extinguisher for electronics or chemicals.
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Evacuation: practicing building exits considering smoke levels and blocked pathways.
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Interactive elements: operating fire detectors, alarm buttons, and personal protective equipment.
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Stress resistance analysis: tracking reaction time and the accuracy of decision-making.
Operating procedure for point machine replacement
A specialized VR simulator for training S&T technicians in turnout switch machine replacement. The system allows practicing the full cycle of equipment disassembly, installation, and adjustment. The solution eliminates errors during the adjustment of the switch point-to-stock rail fit. The project brings complex track works into VR, reinforcing precision alignment and tuning skills.
Project Features
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Mechanical precision: realistic adjustment of gaps, play, and slide bar travel.
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Instrument handling: use of multimeters and standardized measurement gauges.
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Regulatory compliance: step-by-step verification of locking and point fixation.
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Interactive assembly: detailed work with rods, pins, and detector bars.
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Error diagnostics: instant detection of wiring faults and circuit malfunctions.
Locomotive crew emergency procedures: Train fire response
A VR simulator for practicing emergency response and firefighting within multiple-unit rolling stock. The system trains the crew to make rapid decisions when fire is detected while the train is in motion. The solution minimizes reaction time and eliminates errors during passenger evacuation and dispatch communication. The project brings a critical incident into VR, turning job descriptions into a clear survival algorithm.
Project Features
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Crew interaction: practicing coordinated actions between the driver and the assistant.
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Control panel operations: correct power disconnection, pantograph lowering, and braking.
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Specialized equipment: use of fire extinguishers and built-in suppression systems in the engine room.
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Stress testing: simulation of cabin smoke levels and loud emergency alarms.
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Communication protocols: practicing emergency radio transmissions to dispatchers and station masters.
Chemical infrastructure management: Monitoring, maintenance, and emergency response training
A comprehensive VR simulator for training personnel at chemical industrial facilities. The project covers the full operational cycle of chlorine and hydrogen compressors, as well as pumping systems. The system allows for safe practice of emergency responses when technological parameters deviate from regulations. The solution transforms theoretical repair and commissioning instructions into reliable practical skills./p>
Project Features
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Unit management: step-by-step startup and shutdown procedures for compressor and pumping equipment.
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Emergency scenarios: practicing responses to increased hydrogen levels in chlorine gas and system leaks.
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Maintenance protocols: virtual preparation for the repair of tanks, pumps, and compressor units.
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Dynamic parameters: real-time system reaction to changes in pressure, temperature, and gas composition.
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Safe environment: simulation of industrial incidents with zero risk to personnel health or the environment.
VR rehabilitation simulator for bedridden patients: 10 immersive environments
This VR simulator is a comprehensive neurorehabilitation system designed to restore cognitive and motor functions in patients with severe mobility impairments.
Environment Classification (Levels of Immersion)
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Passive Immersion (No Interaction): Designed for the early stages of rehabilitation or periods of severe fatigue. The focus is on psycho-emotional relief, pain management through distraction, and visual stimulation.
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Sensory Activation (Limited Interaction): Environments where the patient controls the surroundings through simple movements or gaze (Eye-tracking). This stimulates neuroplasticity without requiring significant physical effort.
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Active Rehabilitation (Full Interaction): Gamified mechanics that require conscious limb or torso movements. Includes tasks for fine motor skills, reaching, and spatial coordination.
Core Features
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Biofeedback (Biological Feedback): The system does more than just display an image; it responds to the user’s actions, creating a “movement-visual response” closed-loop system.
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Gamified Motivation (Gamification): Instead of routine exercises, the patient completes quests in 10 different worlds, which increases engagement and the duration of sessions.
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Adaptability: Task difficulty can be adjusted in real-time based on the user’s progress.
Data Collection and Analytics
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A dedicated analytics app is provided for medical personnel.
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Session Monitoring: Tracking VR time, range of motion, reaction speed, and task accuracy.
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Cloud Database: All session metrics are automatically uploaded to the patient profile, allowing recovery dynamics to be tracked via charts.
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Reporting: Automatic report generation to adjust individual rehabilitation plans.
Professional simulators for Drill Rigs and LHD (Load-Haul-Dump) machines
A comprehensive VR simulator for training operators of drilling rigs and load-haul-dump (LHD) machines. The system allows users to safely master controls and handle the dimensions of heavy machinery. The solution eliminates wear and tear on real equipment and prevents accidents during novice training. The project brings complex mining operations into VR, turning driving theory into confident operating skills.
Project Features
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Precise ergonomics: full simulation of control sticks, levers, and dashboard interfaces.
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Ground physics: realistic interaction of the bucket and drill bit with various rock types.
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Challenging environments: practicing maneuvers in narrow headings and low-visibility conditions.
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Emergency mode: simulating hydraulic failures, engine overheating, and rockfalls.
