You cannot optimize a mind that isn't grounded.
Close each internal loop first.
Then, flow.

[ Locate the signal. Close the loop. Read your own pattern. ]

App coming soon

Any of these ringing a bell?

Off the clock

Eight to six, screens all day: laptop, phone, back again. You're off the clock but your head still feels swollen and foggy, like nothing actually turned off.

After the hard conversation

You said what needed saying, handled it fine. Then spent the next hour replaying their face instead of doing your actual job.

The move on hold

You know what the move is. Been sitting on it for weeks. Every time you're about to make it, something in your chest tightens and you find one more reason to wait.

11:47pm

You sent the message at 11:47pm. Now you're lying there running their reply in six different tones, none of which they've actually sent yet.

Four moves. One grounding loop.

Low cognitive load when you need it, backed by published neuroscience.

01 · Locate

Hear what the body is saying

Turn vague load into a clear somatic signal.

When load surges, the mind shouts first. Pause. Hand on chest or belly. Where does it live right now?

What feels strongest right now?

Science behind it

Interoceptive circuitry

Locate is the step of identifying where a diffuse emotional state is being felt in the body. Published research on interoception shows that the brain, especially the insula, represents internal bodily signals and helps convert vague distress into a more precise bodily sensation.

Why it matters

This step increases interoceptive clarity: instead of “I am overwhelmed,” the experience becomes “my chest is tight” or “my stomach feels unsettled.” That shift matters because interoceptive ability is closely linked to emotion experience and regulation.

  • Khalsa SS, et al. Interoception and Mental Health: A Roadmap. Biol Psychiatry Cogn Neurosci Neuroimaging, 2018. PubMed ↗
  • Smith R, Lane RD. Neural circuits of interoception. Trends Cogn Sci, 2021. ScienceDirect ↗
  • Wang X, et al. An insula-based network mediates the relation between rumination and interoceptive sensibility in the healthy population. J Affect Disord, 2022. PubMed ↗
  • Critchley HD, Harrison NA. Visceral influences on brain and behavior. Neuron, 2013. PubMed ↗
  • Salvato G, et al. Building the bodily self-awareness: Evidence for the convergence between interoceptive and exteroceptive information. Hum Brain Mapp, 2020. PubMed ↗

Key long-term benefits

What shifts over time. Tap a card to go deeper.

01 Insula · interoceptive network Stronger interoceptive clarity & emotional awareness Read the body precisely, not one undifferentiated wave.1
  • Detect bodily signals
  • Interpret load early
  • Integrate sensation consciously

Long-term practice may improve the ability to detect, interpret, and consciously integrate bodily signals, a core part of interoceptive ability.1 Published reviews and intervention studies link this capacity to emotion experience and regulation, and show that mindfulness- and body-based practice can strengthen it over time.23

Before

One undifferentiated wave that takes the whole system.

After repeated closes

Chest tightness. Throat constriction. Stomach discomfort. Separated and readable.4

Why it matters Emotion regulation becomes easier when internal states are precisely represented rather than experienced as a single undifferentiated wave.1

02 Insula connectivity · attentional regulation More flexible regulation & less rumination Break the autopilot replay loop. Match the moment instead.5
  • Regulatory flexibility
  • Stop circling fear
  • Process, don't suppress

Published experience-sampling and neuroscience studies show interoceptive attention is associated with greater emotional awareness and more flexible use of regulation strategies, rather than the same automatic response across situations.5

  • Break the loop. Less circling through fear and self-doubt on repeat.
  • Elastic strategies. Attention matches the moment instead of one rigid default.
  • Process, don't suppress. Insula-related functional connectivity is linked to rumination, suggesting long-term practice may change how self-referential distress is processed rather than simply suppressed.67

Why it matters Flexibility means the same trigger does not always produce the same stuck response.

03 dlPFC · hippocampal-prefrontal learning Better cognitive control & clearer self-knowledge Come back to the present. Read your own weather map.8
  • Engage dlPFC
  • Capture patterns
  • Know your triggers

Published mindfulness and meditation studies show training can alter prefrontal and attention-related circuitry, including dorsolateral prefrontal regions involved in sustaining and monitoring attention, while reducing default-mode style mind wandering.8910

  • Clear convergence. Less default-mode drift. Less bandwidth lost to replay.
  • Pattern capture. Over longer periods, reflective tracking may help the brain learn recurring patterns in stress, triggers, and recovery.
  • Self-knowledge. You learn not just to return to the present, but what repeatedly destabilizes you and what reliably restores balance.

A brake for the present. A map for when you are vulnerable vs. stable.

Science behind it
  1. Lazzarelli A, et al. Interoceptive Ability and Emotion Regulation in Mind-Body Interventions: An Integrative Review. Behav Sci, 2024. PubMed ↗
  2. Price CJ, et al. Interoceptive Awareness Skills for Emotion Regulation: Theory and Approach of Mindful Awareness in Body-Oriented Therapy (MABT). Front Psychol, 2018. PMC ↗
  3. Lima-Araujo GL, et al. The impact of a brief mindfulness training on interoception: A randomized controlled trial. PLOS ONE, 2022. PMC ↗
  4. Freitag GF, Lischetzke T, et al. Improvement of Interoceptive Processes after an 8-Week Body Scan Intervention. Front Hum Neurosci, 2017. Frontiers ↗
  5. Delgado LC, et al. Interoceptive attention facilitates emotion regulation strategy use. Rev Psiquiatr Salud Ment, 2022. ScienceDirect ↗
  6. Li X, et al. An insula-based network mediates the relation between rumination and interoceptive sensibility in the healthy population. J Affect Disord, 2022. PubMed ↗
  7. Chiesa A, Serretti A. Mindfulness: top-down or bottom-up emotion regulation strategy? Clin Psychol Rev, 2013. PubMed ↗
  8. Tomasino B, et al. Increases in the right dorsolateral prefrontal cortex and decreases the rostral prefrontal cortex activation after 8 weeks of focused attention based mindfulness meditation. Brain Cogn, 2016. PubMed ↗
  9. Rathore M, et al. Functional Connectivity of Prefrontal Cortex in Various Meditation Techniques - A Mini-Review. Int J Yoga, 2022. PMC ↗
  10. Malinowski P. Neural mechanisms of attentional control in mindfulness meditation. Front Neurosci, 2013. PubMed ↗

[ Bandwidth returns. Then you flow ]

How we stand behind it

Compliance, science, and how we handle your data.

Compliance

The Regulatory Protocol

Built strictly within the FDA General Wellness Policy. CIRCUIQUE is non-clinical infrastructure for cognitive clarity and autonomic relaxation: it does not diagnose conditions, treat pathology, or apply clinical thresholds. Every indicator in the system is non-diagnostic wellness telemetry — by design.

Evidence mechanism

The Science-Informed Mechanism

Every reground protocol is rooted in published neuroscience and psychology: quieting default mode network (DMN) hyperactivity to interrupt rumination, working through the interoceptive pathways of the posterior insula. We translate rigorous neurobiology into a tool you can reach for every day.

Data privacy

The De-identification Protocol

All platform data sits behind a de-identification architecture modeled on clinical research standards. No personally identifying information enters the analysis layer. Your data stream serves exactly two purposes: your own pattern analysis, and cohort-level aggregates that support research — nothing else.

Field notes

The specific things people ask us, in their own words.

What is CIRCUIQUE?

n-of-1 cognitive OS

A precision cognitive OS: a four-step grounding loop (Locate → Reground → Return → Track) built on interoception, polyvagal, and default-mode-network research, plus tracking that learns your own recovery pattern instead of handing you a generic score.

Why won't my brain shut off after work?

Allostatic load discharging

Your calendar says you're off the clock, but your nervous system never got the memo. Screens and low-grade vigilance all day build allostatic load, the body staying braced even after the trigger is gone, which is also why your head can feel heavy and foggy hours after you closed the laptop. Reground is built to interrupt exactly this: a slower, exhale-led breath pattern signals the system it's safe to stand down.

Why do I feel tired but wired at night?

Excitation-inhibition calibration

Tired-but-wired is what happens when your excitatory and inhibitory systems fall out of sync: the body is exhausted, but the arousal circuitry hasn't downshifted, so sleep won't come even though you clearly need it. The same paced-breath mechanism behind Reground is one of the more direct ways to recalibrate that balance without needing to think your way calm.

How do I stop replaying an awkward conversation in my head?

DMN down-regulation

That replay is the default mode network doing what it does: reviewing social scenes on a loop, especially after conflict or an argument. It's not a willpower problem, DMN hyperactivity is a known, measurable pattern. Locate names the specific body signal driving the loop, so attention has somewhere else to go besides the replay.

Why do I overthink one text or Slack message for hours?

DMN down-regulation

Same circuit, different trigger: an unresolved exchange keeps default-mode activity elevated until the loop is consciously closed, not just distracted from. Closing the loop, Locate then Reground, is what actually lowers the replay, rather than drafting a sixth reply you'll never send.

Why do I know exactly what to do, but can't make myself start?

Interoceptive error correction

That freeze is usually an autonomic signal, not a motivation problem. The body flagged "unsafe to act" faster than the mind can override it, which is also why you'll knock out low-priority busywork instead of the one thing that matters. Return is built for exactly this gap: one small, named action, small enough that the nervous system doesn't read it as a threat.

Why does my chest tighten right before a big decision?

Interoceptive error correction

That's an interoceptive signal firing ahead of the decision itself, the body registering perceived risk before you've consciously weighed anything. Locate turns that vague tightness into a specific, readable signal instead of a wall you route around. Track shows you over time whether it's a signal worth listening to or a pattern worth working through.

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