VR Technology
Neuroscience
Soccer Training
What is Sensıball VR?
SensiBall VR, for soccer players game intelligence and speed of decision-making It is a Virtual Reality (VR) training system that uses a neuroscience-based approach to enhance performance. This technology enables players to train in critical game scenarios within a safe VR environment while measuring their cognitive performance in real-time across 15 different parameters. The goal is to improve players' performance on the field. “Thinking and Deciding Faster” to ensure.
SensiBall VR represents a scientifically grounded approach to virtual reality technology and its proven effects on the development of game intelligence and game speed: Because in today's football, what makes the difference is not who runs faster to the ball, who made the right decision the fastest.
The Cognitive Revolution in Soccer
Cognitive and Technical Competency Analysis
Haptic Feedback Technology
VR-Based Training Variety
Data-Driven Performance Development
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The future of football starts here
THINK FASTER, PLAY FASTER
Stay one step ahead of your competitors, not just physically but mentally too. By analyzing critical decision-making moments, we maximize your reaction time and game speed.
WHAT DOES IT MEASURE AND IMPROVE?
The neuroscience-based SensiBallVR system analyzes 8 key parameters that measure and improve football players' mental performance in real time.
Whether the soccer player has the ball or not, he constantly turns his head. The ability to observe the surrounding area, teammates, opposing players, and open spaces. During this process, the player gathers information around them, analyzes it, and plans their next move.
The more advanced the scanning ability, the faster and more accurate the player is. chance to read the game has. The player who anticipates open spaces on the field, opponent positions, and teammates' runs, much faster and more effective when the ball arrives can make decisions.
Information Gathering: Collect all information in the surrounding area through visual scanning.
Analiz Etme: Quickly process and evaluate the collected information.
Planning: Strategically determine the next move.
In the VR environment 360° visual scanning capabilities develop and with millisecond precision improve your decision-making skills.
Scientific Development Report
Proven performance increase and change data
The Future of Football
SensiBallVR holds unique importance among sports technologies as both a testing and training tool. Its dual-function design, which both assesses and develops football players' cognitive abilities, is unmatched.
Neural Adaptation and Continuous Learning
When using SensiBallVR
continuity and stability,
is critical for the development of neural adaptation.
Our scientific data,
continuous training
clearly demonstrates its role in the learning process.
📚 1-Year Learning Process Analysis
Monitoring progress in the Screening, Pass, and Reaction processes
— Continuing Education — If you let go
SCREENING RATE DEVELOPMENT
TRAINING
Scan Rate Development
80–100% Growth, Continuous Increase
● Intermittent Education
10% Decrease, Slight Improvement
Awareness (0-1 month)
At the screening rate 80-100% faster growth It provides. There is a slight increase in the pass rate (10%). There is a potential improvement of 15-20ms in response time.
PASS RATE DEVELOPMENT
TRAINING
Interest Rate Development
70% Start → 40% Target
● Intermittent Education
20% - 25% Fluctuation
Habit (1-3 months)
At the screening rate It increases by up to 70%.
. The corrosion rate increases by 20-25%. Response time improves by 25-40ms.
REACTION TIME DEVELOPMENT
TRAINING
Response Time
250% Speed Increase (Drop to 40 ms)
● Intermittent Education
40-70ms Variable
Sustained Growth (4-12 Months)
Scan rate in the long term It increases by up to 250%.
A 25-40% increase in the pass rate is observed. The response time improves by 40-70ms.
Sensıball VR Performance Radar Analysis
Real-time measurement results: Green area = Improved performance level
Performance Detail Analysis
Selective Attention
Separating important information from noise and focusing on critical details
Visual Scanning
Simultaneous tracking of multiple objects and environmental information processing
Cognitive Load
Ability to process visual information within 200-300 milliseconds
Decision-Making Speed
Determining the optimal action in milliseconds
Engine Response
Brain-muscle coordination and movement execution
Spatial Awareness
3D spatial awareness and distance perception
Multi-Task Management
Performance in multiple tasks simultaneously
Reaction Test
Measurement and optimization of stimulus response time
Working Memory
Short-term information retention and processing capacity
Peripheral Vision
Perception of objects outside the center's wide field of view
Cognitive Blocking
Incorrectly applying pressure and giving the right answer
Shoulder Scan
Turning your head to detect threats from behind
Target Perception
Ability to scan and focus on specific targets
Signal Detection
Sensitivity to identifying errors in critical information
Multi-Object Tracking
Tracking multiple moving objects simultaneously