Why Your Trainer Shouldn't "Cheer" for You: What Science Says About Neurofeedback

Short answer: Yes. With a well-designed protocol, the outcome is the same.

Both approaches work and both have their place. If the protocol is well-designed and the trainer is competent and neutral, there is no difference in training outcomes at home versus in an office. Offices do have one obvious advantage - live, human interaction that gives many people a sense of security. However, when we talk about the actual mechanism of neurofeedback, it's important to know that training outcomes don't depend on that contact.

The reason why this is so - that part is interesting, and it's precisely where neurofeedback fundamentally differs from the logic of psychotherapy or traditional coaching.

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Why isn't the trainer's presence an advantage - but a potential problem?

In psychotherapy, the relationship between therapist and client is a therapeutic tool - without it, there is no therapy. In neurofeedback, that same relationship becomes a source of noise.

Neurofeedback works on the principle of operant conditioning: the brain receives feedback directly from its own electrical signals and learns to self-regulate. For this process to be specific and measurable, the feedback must come exclusively from the brain - not from the social environment. Research has confirmed this on multiple levels.

> Study shows — Rogala et al., Frontiers in Human Neuroscience, 2016. > > The interaction between trainer and trainee has been identified as one of the key "non-specific factors" that can produce improvements **regardless of the neurofeedback protocol itself**. If a client feels better because someone is carefully listening and encouraging them, that's not neurofeedback - that's social support. The problem arises when these two effects are not separated, and in an office setting, this is virtually impossible.

This is not a marginal note - it's a methodological problem the field has been trying to solve for years. The review by Rogala and colleagues analyzed exclusively those studies that included appropriate control groups, and concluded that without strict separation of specific (EEG) and non-specific (social contact, encouragement, trainer attention) factors, conclusions about training effectiveness remain methodologically questionable.

The problem of expectations and verbal suggestion

The second mechanism is even more subtle. Schönenberg and colleagues (2021) conducted a controlled study in which participants with ADHD symptoms underwent the same standard SMR training, but with different verbal instructions from the trainer - one group was told the training would improve attention, another that it was neutral, and a third that it might impair concentration.

> Verbal instructions from the trainer alone - without any change in the EEG protocol - statistically significantly changed the subjective perception of training outcomes.

Objective EEG parameters remained unchanged. What changed was the perception of effectiveness - and dramatically so. An enthusiastic trainer who says "this will definitely help you" doesn't improve the training; they change how the client experiences the training. This is a placebo mechanism, not a neurofeedback mechanism - and the field must distinguish between them.

> Key finding — Schönenberg et al., Progress in Neuro-Psychopharmacology, 2021. > > The study demonstrated a strong effect of self-fulfilling expectations as one of the factors underlying the perceived effectiveness of neurofeedback. Future work must carefully consider the influence of such psychosocial mechanisms when assessing the specific efficacy of neuromodulation treatments.

The problem of trainer and parental expectations

The third finding comes from research on children with ADHD. Gevensleben and colleagues (2012) found that expectations of parents and trainers before treatment predicted improvement ratings after treatment - regardless of actual neurological changes. The more enthusiastic the trainer was in their approach, the better the ratings.

This is not praise for trainer enthusiasm. This is a methodological alarm: when a trainer who "cheers" for a client simultaneously assesses that client's progress, the results are contaminated. The field knows this and therefore insists on strict neutrality in research protocols - the trainer must not comment on progress, must not encourage, must not show reactions.

> Online training achieves this neutrality naturally. The brain receives feedback from itself - not from the room.

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The evolution of training: neurofeedback in your home

Precisely because technology now makes this possible, at Umo we specialize in a fully online model - among the first in the world to bring neurofeedback entirely online. We realized that modern life chronically lacks time and that going to an office often creates additional stress: from organizing transport, traffic congestion, to fitting into fixed schedules.

With online training, that stress doesn't exist. You can train in the complete peace of your home, whenever it suits you or your child best - even while traveling.

What does online training offer instead of physical presence?

We haven't eliminated human contact - we've moved it to where it's most useful for you. Through our online platform and constant availability of specialists, we're with you at every moment: guiding you through the process, monitoring progress and adjusting protocols, but without the pressure of fixed appointments and driving through the city.

Expertise that doesn't dilute with distance

There's another dimension of the online model that's rarely discussed, yet crucial for understanding training quality: scalability of expertise.

In the traditional office model, a specialist is physically tied to one chair in one room. Every hour spent sitting next to a client is an hour they cannot dedicate to analysis, protocols, or monitoring others' progress. The consequence is well-known: as demand grows, office centers hire additional people - and that's where quality begins to vary. Setting up demanding neurofeedback protocols requires deep neurophysiological education: understanding neurobiology, clinical experience, supervision, knowledge of EEG morphology. This isn't knowledge acquired through a short course.

> The online model solves this problem structurally: one top specialist can monitor all clients because they're not physically tied to any one of them.

At Umo, every client - regardless of where they are and how many there are in total - receives a protocol designed and monitored by the same specialist. There's no "junior colleague" taking over difficult cases. There's no difference in quality between the first and fiftieth client. The online model doesn't just enable this - it requires it, because there's no physical presence to compensate for a lack of expertise.

What Umo offers:

• Consistency of training quality - Every client receives a protocol from one top specialist, regardless of location.
• Continuous monitoring - Our platform records every session. We track your results between trainings.
• Always available - For questions, protocol adjustments, or technical support, at any time.
• Our own platform - Through brainwavesurfing.com you have access to all information related to your training progress.

Neurofeedback doesn't have to be complicated to be effective. Your brain doesn't need an audience - it needs accurate and reliable feedback.

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Cited literature

1. Rogala, J. et al. (2016). The Do's and Don'ts of Neurofeedback Training. Frontiers in Human Neuroscience.
2. Schönenberg, M. et al. (2021). Believing is achieving - On the role of treatment expectation in neurofeedback. Progress in Neuro-Psychopharmacology.
3. Gevensleben, H. et al. (2012). Neurofeedback in children with ADHD: validation and challenges. Expert Review of Neurotherapeutics.