Neftaly Virtual reality enhancing mental skills

❌ Is Neftaly doing VR-based mental skills training?

At present, there’s no public evidence that Neftaly offers VR systems specifically designed for mental skills or cognitive training in athletes. Their initiatives focus more broadly on digital services and events, without any indication of immersive mental performance tools tied to performance psychology.

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???? VR for Enhancing Mental Skills & Sport-Specific Cognition

???? 1. Cognitive Simulation & Decision-Making Training

• IntelliGym applies a “low-fidelity simulation” video-game interface to train athletes’ perceptual and decision-making skills, tested in basketball, soccer, and hockey. Evaluation shows meaningful improvement in pattern recognition, spatial awareness, and anticipation—using principles adapted from flight training.
  Wikipedia

????‍♂️ 2. VR Imagery and Motor Imagery Training

• A VR-based imagery training protocol (VRBI) significantly improved kinesthetic motor imagery and muscle activation, enabling athletes to reach peak activation faster than conventional video modeling.
  PubMed
• Similarly, a study of imagery performance with and without virtual audiences (e.g. “VR-Crowded” vs video) showed increased emotional arousal, which can enhance the realism of mental rehearsal and mental toughness.
  Frontiers

????‍♀️ 3. Stress Management & Anxiety Training

• VR environments can simulate competitive-level stress in a controlled setting, evoking physiological and subjective anxiety similar to real matches—making VR suitable for stress inoculation and performance psychology preparation.
  PubMed+1PMC+1
• A VR-based relaxation intervention reduced cognitive and somatic anxiety and boosted confidence in female soccer players during penalty kick tasks.
  MDPI+5PubMed+5PubMed+5

???? 4. VR Cognitive Training in Esports & Motor Coordination

• In a study with amateur e‑athletes, immersive VR training showed improvement in executive and concentration functions—effects that persisted for weeks after training.
  SpringerLink+1MDPI+1
• VR training also enhanced motor coordination and obstacle-course performance in adults, outperforming conventional mental training in reducing minor errors.
  SpringerLink+3PubMed+3MDPI+3

???? 5. Visualizing Performance Data in Immersive Environments

• A recent VR tennis system incorporated wearable motion sensors to display real-time swing metrics (speed, power) within the virtual environment. Users reported improved consistency, strategic decision-making, and engagement.
  arXiv

???? 6. Elite Athlete Adoption: NFL & Elite Teams

• NFL quarterback Jayden Daniels credited VR training, using scenarios played at 1.75× game speed, with enhancing processing speed, decision-making, and recovery from concussion—transforming how he perceived in-game pressure.
  hogshaven.com+1Axios+1
• Major teams in football, basketball, swimming, and sailing have adopted VR for skills ranging from reaction processing to timing changeovers in relays—achieving measurable performance gains.
  numberanalytics.comThe GuardianThe Guardian

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???? Summary Table

Mental Skill / Training Area	VR Use Case	Key Benefits
Decision-making & pattern recognition	IntelliGym, NFL QB VR scenarios	Faster visual processing & anticipation
Motor imagery & visualization	VRBI training, imagery with virtual environments	Faster readiness, emotional engagement
Stress & Anxiety Resilience	Penalty kick VR scenarios, Stress inoculation	Reduces anxiety, builds confidence
Focus & executive functioning	VR esports decision training	Improved concentration and executive control
Feedback-driven motor awareness	VR tennis swing with real-time metrics	Better consistency, engagement, situational insight

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✅ Key Takeaways

• Neftaly does not currently offer VR mental skills training platforms, according to available information.
• However, research and elite implementations show VR is highly effective in enhancing mental skills like imagery, decision-making, stress resilience, and situational awareness.
• Players and teams can benefit from:
  • VR-based cognitive simulation
  • Emotional realism in imagery
  • Real-time metric visualization
  • Exposure to pressure simulations with feedback

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