Xybersync Technologies

Our goal was to examine how people behave, perceive the world, and think using realistic virtual settings that reflect the real world.

WALK IN A VIRUTAL WORLD IN XYBERSYNC!

Using groundbreaking perception-enabled sensor technology, the XYBERSYNC is the use of virtual reality technology whose scientists may modify or change sensory input in a controlled virtual environment, which is not feasible in the actual world. More precisely, with VR technology, we may control the visual body, the virtual environment's objects, and the sensory input (auditory, visual, vestibular, kinesthetic, tactile, and touch) while performing or watching an action.

HUMAN-CENTERED DESIGN

The scientific field of human-computer interaction (HCI) examines how people interact with all facets of computing technology. Computer science, computer engineering, psychology, human factors, and cognitive science are all included in the multidisciplinary area of HCI. In Xybersync, we place a special emphasis on creating and analyzing interactive solutions that make life better for users of computer-based settings. In application fields including education, entertainment, healthcare, robotics, and general workplace productivity, our main goal is to enhance the user experience.

Our team works on a variety of topics, many of which include evaluating how well people do when performing challenging daily tasks including walking, driving, speaking, and spatial navigation. We examine how having an animated self-avatar affects spatial perception, the sense of embodiment or agency, and the effectiveness of two-person communication. Other avatars' effects on human performance, the perception of human emotions, and learning and training are also of interest to us. We are also particularly interested in the visual and physical control of reaching and moving activities. Finally, spatial navigation and recall of previously taught spatial layouts of both small and big environments are of interest to us.

XYBERSYNC GOGGLES

The XyberSync Goggles are a next-generation, perception-enabled VR/AR headset designed to enhance cognition, communication, and emotional processing. These goggles integrate neurotechnology, real-time analytics, and human-centered design to create immersive experiences for education, therapy, and research.

Key Features of the XyberSync Goggles

1. Perception-Enabled Technology

Eye-Tracking & Gaze Interaction: Adapts to user focus for intuitive navigation and cognitive engagement analysis.
Biometric Sensors: Monitors heart rate, skin conductance, and facial expressions to track emotional responses.
Adaptive Environments: Real-time AI adjustments based on cognitive load and emotional states.

The activities offered by XYBERSYNC, which were developed with the help of rehabilitation specialists, span a variety of therapeutic and wellness areas.

Cognition Activities

Memory Enhancement
- Activities to improve short-term and long-term memory recall.
Attention Training
- Exercises to enhance focus and reduce distractibility.
Cognitive Flexibility
- Tools to improve problem-solving and adaptability.
Decision-Making Support
- Simulated scenarios to enhance critical thinking and reasoning.
Neuroplasticity Development
- Gamified activities to encourage brain rewiring for new learning.
Language and Communication
- Activities to improve verbal and non-verbal communication skills.

Therapeutic Areas

Team-based Problem Solving: Multiplayer scenarios where players work together to achieve common goals, fostering social cognition, communication skills, and collaborative problem-solving.
Perspective-Taking Activities: Games where players must understand and embody another character's mindset or viewpoint to enhance theory of mind and empathy.
Negotiation & Conflict Resolution Games: Virtual simulations where players must collaborate and negotiate, improving social decision-making and conflict management skills.

Wellness Areas

Personalized Difficulty Levels: Games that adapt in real time to the player’s cognitive performance, offering tailored levels of challenge to ensure engagement without frustration.
Sensory Integration Activities: Games designed to promote sensory processing through customized visual, auditory, and tactile feedback, catering to neurodiverse users (e.g., those with ADHD or autism).
Self-Regulation Training: Virtual exercises that help users practice regulating their cognitive and emotional responses to frustration, anxiety, or stress in a supportive, non-judgmental environment.