Neurofeedback therapy: how does it differ from other therapies?

Our words and gestures have been studied for years in an attempt to decipher what lies behind our struggles. Yet sometimes, what we feel is difficult to put into speech, and the limits of our own perceptions become apparent. Neurofeedback therapy takes a different path by accessing the messages sent by our brain in real time. Sensors placed on the scalp provide information about brain activity, turning these signals into a foundation for change. How does this approach work, and how does it differ from other therapies? Let’s explore it together.

Neurofeedback uses real-time information about brain activity as part of a self-regulation training process.

Neurofeedback differs from psychotherapy and medication because it uses neural signals and real-time feedback rather than conversation or pharmacological action as its primary intervention mechanism.

Neurofeedback can be combined with mindfulness, creating new possibilities for attention and emotional regulation.

Neuromind takes this approach further by combining EEG biomarkers, artificial intelligence and immersive virtual reality in a closed-loop system.

Psychotherapy explores psychological processes by working with thoughts, emotions, experiences and behaviours. Neurofeedback operates at a different level since it uses measurable brain activity as the basis for a training process.

One approach relies heavily on dialogue, reflection and the therapeutic relationship; the other provides real-time information about brain activity and uses this information to support self-regulation. Psychotherapy can help you understand your experiences, identify patterns and develop new ways of thinking or responding. Neurofeedback instead creates a direct feedback loop between your brain activity and the training environment.

A pilot study comparing real-time fMRI neurofeedback with cognitive behavioural therapy (CBT) in adults with mild to moderate depression found reductions in depressive symptoms in both groups [4]. It illustrates how neurofeedback can be investigated alongside established psychological therapies rather than viewed simply as their technological replacement.

Medication acts through pharmacological mechanisms, influencing biological processes involved in symptoms. Depending on the medication, they may involve neurotransmitter systems such as dopamine, noradrenaline or serotonin.

Neurofeedback follows a different logic. Rather than introducing a pharmacological substance, it creates a repeated learning process in which the individual receives information about their own brain activity and practices regulating it. The aim is therefore not simply to modify symptoms from the outside, but to develop a greater capacity for self-regulation.

In ADHD, a systematic review and meta-analysis investigated the additive effects of EEG neurofeedback alongside medication, reflecting growing interest in combined approaches [5].

Biofeedback and neurofeedback rely on the same fundamental principle: providing real-time information about physiological activity so that a person can learn to regulate it. The difference lies in what is being measured.

Biofeedback can target peripheral physiological signals such as muscle tension, heart rate, blood pressure, skin temperature or electrodermal activity. Neurofeedback specifically targets brain activity, commonly measured with electroencephalography [6].

When combined, these signals help build a broader picture of the person’s physiological and emotional state. For example, EEG can give data about central nervous system activity, while signals such as ECG and EDA offer complementary information about the autonomic nervous system.

Mindfulness-based therapy involves deliberately bringing attention to the present moment with an attitude of awareness and acceptance. The practice is primarily internal: you learn to observe thoughts, sensations and emotions without automatically reacting to them.

Neurofeedback introduces an additional technological layer. Instead of relying exclusively on your subjective experience, it provides real-time information derived from your brain activity. This creates an interesting meeting point between two approaches: mindfulness trains attention and awareness from within, while neurofeedback can provide an external signal to guide and reinforce the learning process.

A 2024 systematic review examined EEG- and fMRI-based studies combining mindfulness meditation and neurofeedback. Researchers found evidence that certain neural targets could be modulated, including the Default Mode Network [7].