Great tools have limits

CBT is one of the most evidence-based treatments in psychology. Meditation has thousands of studies supporting its benefits. These approaches work—and they're available on your phone 24/7.

But they share a common requirement: cognitive engagement. You need to be able to think clearly to restructure thoughts. You need a baseline of calm to focus on your breath.

When distress is high—rising anxiety, a pain flare—thinking clearly gets harder. That's not a flaw in these tools. It's just a use case they weren't designed for.

Cognitive Approaches
Somatic (JIT-R)
Excellent for skill building
Built for use in the moment
Requires cognitive engagement
Body-first, guided word by word
Works when calm
Can be followed when wound up
Benefits build over time
In the session, and with practice

How Just-In-Time Regulation works

JIT-R isn't just about timing—it's a complete rethinking of what digital mental health intervention should be.

01

Intervene at the Spike

Traditional interventions are delivered on a schedule—Module 1 on Monday, Module 2 on Wednesday. But distress doesn't follow schedules. Anxiety rises when it rises. The pain flare doesn't wait for your appointment.

JIT-R is designed to be there when distress or pain is rising, not only at a scheduled time. It is a self-guided tool for everyday distress. It is not a crisis service.

In The Tapping Solution consumer app, over half of sleep sessions occur between 9pm and 1am—people using sessions in daily life, not during research hours.
02

Keep It Somatic

When distress is high, the thinking, planning, reasoning parts of the brain work less well. That is well described in stress research.

That's why skills that depend on reasoning are hardest to use at those moments.

A body-first approach asks less of the thinking brain. The body leads, the mind follows.

In our real-world analysis, every one of the eleven domains shows a large within-session change (d above 1.2). These are before-and-after ratings from a consumer app with no control group, so they cannot be compared with results from controlled trials.
03

Remove All Barriers

No appointment. No waiting room. No co-pay under the ACCESS Model. The program is on the patient's phone whenever they open it.

This isn't about replacing human care—it's about filling the gaps where human care can't reach. The 167 hours per week when you're not with your therapist. The Sunday morning when no clinic is open. The 10 minutes a caregiver has before they're needed again.

It is self-guided and not monitored in real time. For a crisis, patients are directed to 988 or 911.

04

Repeat Until It Sticks

A single session can help in the moment. The program is built on repeating it.

The working idea is practice: the more often a person moves from wound up to settled, the easier settling may become.

Whether that carries over into lasting change is what the program's outcome measures are there to show.

A proposed mechanism for how tapping works

A comprehensive mechanism-of-action framework was published in Frontiers in Psychology (Feinstein, November 2025), proposing a physiological pathway from tapping on the skin to psychological change. The steps below summarize that paper. They are a published hypothesis, not established fact.

01

Signal Generation

Physical force becomes electrical signal

Tapping on acupoints generates electrochemical signals through mechanosensory transduction—the same fundamental biological mechanism used in hearing, touch, and balance. Acupoints have higher electrical conductivity and greater density of mechanosensory cells than surrounding tissue. When tapped, specialized proteins in cell membranes convert mechanical pressure into electromagnetic signals.

02

Signal Transmission

Signals travel to the brain via two pathways

The generated signals propagate rapidly to the brain through two well-documented physiological systems: afferent nerves (the standard sensory communication network) and connective tissue (collagen fibers that surround acupoints and transmit electrical signals). Research suggests the connective tissue pathway may be even faster than neural transmission.

03

Brain Regulation

Signals modulate the exact regions activated by distress

While tapping, the user focuses on a specific stressor, which activates relevant neural circuits. Small brain-imaging studies report that tapping signals travel to these same aroused regions and modulate their activity—downregulating hyperaroused areas and upregulating underactive ones.

Brain Imaging Evidence

  • fMRI (Pain): Decreased connectivity between medial prefrontal cortex and thalamus, corresponding to pain reduction (Stapleton et al., 2022)
  • fMRI (Fear): Selective modulation in middle temporal gyrus and posterior cingulate cortex (Wittfoth et al., 2020)
  • MEG (Phobia): Neural downregulation of threat response with activation of frontal executive regions (Di Rienzo et al., 2020)
04

Memory Reconsolidation

A proposed mechanism of lasting change

When a distressing memory is activated, it becomes temporarily "labile" (changeable). Tapping introduces a contradictory experience—calm where anxiety was expected—creating a "prediction error" that forces the brain to update the memory. The newly updated emotional response is then reconsolidated as the new default.

The paper proposes this as the reason gains may last.

05

Enhanced Durability

Why gains may last

In this account, conventional exposure therapy relies on habituation—suppressing the old response while creating a new one. The old association remains, making recurrence more likely. The paper proposes that tapping leads to depotentiation—weakening the original fear association rather than suppressing it.

Small Comparative Studies

  • Speed: Thought Field Therapy—a related Tapping-based technique—reached comparable outcomes for agoraphobia in 5 sessions against 12 for CBT, with no significant difference between them at follow-up (Irgens et al., 2017)
  • Durability: In two head-to-head studies of depression and anxiety, the CBT group's gains had faded by follow-up while the EFT group's were retained and in one case improved further (Chatwin et al., 2016; Stapleton et al., 2016). That is a finding about those trials, not about CBT in general

Measurable Biological Effects

Beyond self-report, studies have measured changes in the body's physiology after tapping. Most of these studies are small.

24–43%
Cortisol Reduction

Significant reduction in the primary stress hormone in a single session (Church et al., 2012; Stapleton et al., 2020)

fMRI
Brain Activity

Reduced connectivity between the medial prefrontal cortex and thalamus, tracking the drop in reported pain (Stapleton et al., 2022)

72 genes
Gene Expression

Differential expression in genes linked to immunity, stress regulation, and synaptic processes—a four-participant pilot with no active control (Maharaj, 2016)

6 months
Durability

In a randomized trial of a self-paced program, pain and quality-of-life gains were still present at six-month follow-up (Stapleton et al., 2025)

Source: Feinstein, D. (2025). How Tapping Works: Physiological and Psychological Mechanisms in Energy Psychology Treatments. Frontiers in Psychology, Vol 16. This peer-reviewed paper provides a comprehensive evidence-based framework for EFT's mechanism of action, drawing on over 300 clinical trials.

"Such a beautiful meditation. Lots of thoughts and memories came up, things I thought I was over. It helped me to move through the memories, without being hijacked."
— Vanessa, member of The Tapping Solution app

We don't replace care. We extend it.

JIT-R fills the gaps that existing care can't reach. We work alongside therapy, medication, and other treatments.

For Therapy

We're not replacing your therapist. We're a tool your patient can use on their own in the 167 hours between sessions.

For Medication

We're not replacing prescriptions. We're an additional tool. NeuroTap does not replace any medication, and patients should not change a medication without their prescriber.

For Other Digital Health

We're not competing with CBT apps. We are built for the moments when thinking clearly is hard.

Why one method for both

Anxiety and chronic pain seem like different conditions requiring different treatments. But they share features in how the body responds to stress, which is the reasoning behind using one method for both.

Anxiety & Depression

  • Amygdala hyperactivation
  • Chronic stress response
  • HPA axis dysregulation
  • Elevated cortisol
  • Autonomic imbalance

Convergence Point

Autonomic Nervous System Dysregulation

Chronic Pain

  • Central sensitization
  • Pain catastrophizing
  • Fear-avoidance patterns
  • Stress-amplified perception
  • Autonomic imbalance

The hypothesis is that calming the body during activation helps with both. NeuroTap's outcome measures under the ACCESS Model show whether symptoms change.

See the evidence behind JIT-R

Nearly two decades of real-world delivery. 16.6 million rated sessions analyzed, from 868,244 people.

Explore the Evidence