Equipment | ConnectedMind Cognitive Science Institute

Biofeedback HRV

Wed, 01 Jul 2026 00:00:00 +0000

Biofeedback HRV (Heart Rate Variability)

Real-time monitoring of heart rate variability (HRV) to train autonomic nervous system balance, improving stress resilience and emotional regulation.

How It Works

ECG or PPG sensor measures cardiac signals
HRV is analyzed in real time
Breathing and relaxation guidance trains autonomic resonance frequency
Improves sympathetic-parasympathetic balance and stress recovery

Applications

Chronic stress and burnout
Performance anxiety and test anxiety
Emotional dysregulation
Holistic mind-body optimization

Computer-Based Cognitive Training (CBCT)

Wed, 01 Jul 2026 00:00:00 +0000

What is Computer-Based Cognitive Training (CBCT)?

Computer-Based Cognitive Training (CBCT) is a program that systematically trains specific cognitive abilities — including attention, memory, executive function, and processing speed — using digital devices such as computers, tablets, and smartphones.

Just as physical exercise improves fitness through repeated use of the body, CBCT is grounded in the theory of neuroplasticity: the idea that cognitive abilities can be maintained or improved through deliberate and structured use of the brain.

At ConnectedMind Cognitive Science Institute, we use CBCT programs and visual-perceptual training tools to deliver individually tailored cognitive training.

Training Principles

Difficulty automatically adjusts to the individual’s cognitive level
Trains multiple cognitive domains: attention, working memory, processing speed, executive function
Performance is quantitatively recorded to track training progress
Structured protocol for systematic cognitive rehabilitation

Applications

ADHD and learning difficulties
Cognitive function decline
Need for improved processing speed and working memory
Children and adults seeking focused attention training

Neurofeedback

Wed, 01 Jul 2026 00:00:00 +0000

Neurofeedback Equipment

Real-time brainwave measurement via scalp electrodes provides audiovisual feedback when target frequency bands are achieved, strengthening the brain’s self-regulation capacity.

How It Works

Scalp electrodes record real-time EEG signals
Activation of target frequency bands (e.g., SMR, alpha, theta) is analyzed in real time
Positive feedback (visual/auditory) is provided when the target is achieved
Repeated training improves the brain’s self-regulatory ability

Applications

ADHD and reduced attention
Anxiety and hyperarousal regulation
Sleep quality improvement
Peak Performance training

Sensory Integration Training

Wed, 01 Jul 2026 00:00:00 +0000

Our brain makes sense of the world by integrating and processing diverse sensory information. When this sensory integration process is disrupted, it can affect not only developmental outcomes in children but also cognitive function in adults.

Timing-Based Sensory Integration Training

Timing-based sensory integration training improves the brain’s timing capacity, which has broad effects on overall cognitive function.

The Relationship Between Timing and Cognitive Function

Timing is more than simply keeping rhythm — it plays a central role in how the brain processes information and regulates motor function. The brain operates by synchronizing countless neural signals with millisecond-level precision. Whether reading, holding a conversation, or solving complex problems, each region of the brain must interact at exactly the right moment.

Cognitive Effects of Timing-Based Training

While it may look like a simple activity — moving the hands or feet in time with a metronome — this process simultaneously activates multiple cognitive regions of the brain. It is a training method that increases the brain’s temporal processing precision, thereby enhancing coordination and overall efficiency.

Improved focus and impulse control: Responding accurately to a beat requires sustained attention. Training strengthens the brain’s attentional networks, reducing distractibility and improving the ability to stay engaged with a given task.
Faster processing speed: The brain processes information more quickly and efficiently, leading to improvements in overall cognitive speed.
Enhanced executive function: Simultaneously remembering the beat and regulating one’s own responses strengthens working memory, planning, and other executive functions.

Balance-Based Sensory Integration Training

Balance-based sensory integration training is a program that develops sensory regulation and motor abilities in an integrated way through physical activity. It focuses in particular on balance, coordination, and agility.

For children with poor body control or delayed motor development, this training builds gross and fine motor coordination and helps develop confidence in physical activity. Children and adolescents with attentional and coordination difficulties — including ADHD, learning difficulties, and motor developmental delays — can benefit from improvements in focus, motor coordination, and working memory.

For adults and older adults with neurological conditions such as stroke or traumatic brain injury, or those experiencing cognitive decline, this training is effective in restoring and strengthening processing speed, planning ability, and focus. For those at high risk of falls or with unstable balance, it improves postural stability and equilibrium, supporting safer daily living. Physical activity also increases brain activation and may contribute to preventing cognitive decline.

tVNS (Transcutaneous Vagus Nerve Stimulation)

Wed, 01 Jul 2026 00:00:00 +0000

tVNS — Transcutaneous Vagus Nerve Stimulation

Micro-current delivered to the skin around the ear (auricular region) stimulates the vagus nerve and activates the parasympathetic nervous system.

How It Works

Small electrodes attached to the auricular region of the ear
Gentle electrical stimulation travels via the auricular branch of the vagus nerve to the brainstem
Activates parasympathetic nervous system; modulates norepinephrine and acetylcholine
Promotes relaxation and recovery; enhances neuroplasticity

Applications

Hyperarousal and chronic stress
Attention and focus enhancement
Pre-session preparation for neurofeedback
Cases requiring parasympathetic activation