Sleepmaxxing Can Make Sleep Worse — Especially When the Score Becomes the Goal

Tonight, you may do more preparation for sleep than any generation before you.

You might tape your mouth, charge a ring, adjust the room temperature, take a supplement, set the light to a particular colour and arrange the bed so that nothing can possibly go wrong. Then you lie down with one more task: get a good score.

That is where the logic becomes strange. The harder you work at sleep, the more you may notice every sign that sleep has not happened yet. You start listening for wakefulness. You calculate how much time is left. You imagine the score waiting for you in the morning.

A tool intended to reassure you can become another reason to monitor yourself.

This does not mean that sleep tracking is useless, or that every person who wears a ring is making insomnia worse. It means that sleep is a process with an awkward relationship to effort. In some people, the pursuit of perfect sleep data becomes part of the problem it is trying to solve.

What “orthosomnia” actually describes

In 2017, Kelly Glazer Baron and colleagues published a clinical case series titled “Orthosomnia: Are Some Patients Taking the Quantified Self Too Far?” The paper described patients who sought treatment for sleep problems partly because their wearable data suggested that their sleep was short, light or restless. The authors used orthosomnia — “correct” or “straight” sleep — to describe a perfectionistic preoccupation with improving sleep-tracker data. 1

The important detail is that this was a small case series, not a population-wide diagnosis. The word is now used in sleep research and clinical discussion, but it is not a formal diagnosis with universally accepted diagnostic criteria.

The cases did reveal a troubling reversal of authority. A person could wake feeling reasonably rested, see an unflattering score and decide that the device knew more about the night than their own body did. The number then became the evidence, and the person’s experience became the error to explain.

That is not irrational. Wearables look objective. A graph has a clean line; a tired feeling is vague. But a clean line is not the same thing as a direct measurement.

A ring is not a sleep laboratory

Consumer sleep technology usually estimates sleep from signals such as movement and heart-rate-related data. Some devices also use skin temperature or other inputs. They infer when you were probably asleep, awake or in a particular stage; they do not measure brain waves in the way a clinical polysomnogram does.

The distinction matters most for sleep stages and quiet wakefulness. A person can lie very still while awake, and a wearable may interpret that stillness as sleep. It can also estimate stages with a confidence that looks more precise than the underlying measurement warrants. The 2017 orthosomnia paper noted poor concordance with validated measures and specifically warned about consumer devices’ limitations in distinguishing sleep stages and wake after sleep onset. 1

The American Academy of Sleep Medicine’s position statement is similarly direct: consumer sleep technologies are not substitutes for medical evaluation and should not be used to diagnose or treat sleep disorders without appropriate validation and regulatory clearance. Their data may support a conversation with a clinician, but it should not overrule a clinical assessment. 2

This does not make every number meaningless. A tracker may help you notice that your bedtime has drifted later, that your sleep opportunity is short or that your schedule changes dramatically between workdays and days off. Those are broad patterns. A single night’s “deep sleep” percentage is a much more fragile conclusion.

A useful rule is simple: use the device to ask a question, not to issue a verdict.

Why trying harder can delay sleep

Sleep is not exactly like exercise, studying or cleaning. More deliberate effort does not always produce a better outcome. The effort itself can keep attention activated.

Matthew Ansfield, Daniel Wegner and Robin Bowser tested this in a 1996 study of normal sleepers. Participants were told either to fall asleep as quickly as possible or to fall asleep whenever they wanted. Some listened to quiet, sleep-conducive music; others listened to a more demanding recording of marching music. Under the low mental-load condition, the urgency instruction could help participants fall asleep faster. Under the high-load condition, people trying to fall asleep quickly took longer to fall asleep than people who were not given that urgency instruction. 3

The point is not that the phrase “fall asleep quickly” is always harmful. The point is that sleep urgency interacts with mental load. When your mind is already busy, adding a demand to prove that you are falling asleep can create more monitoring and more wakefulness.

That is exactly what a score can add. You are not only trying to sleep; you are trying to produce evidence that you slept correctly.

Daniel Wegner’s famous white-bear experiment provides a related explanation. People instructed not to think about a white bear had to monitor their minds for the forbidden thought. That monitoring kept the thought available and could produce a rebound when suppression ended. The experiment was not about sleep tracking, and it does not prove that every unwanted thought will rebound. It does show why trying to verify that a mental state has disappeared can keep attention attached to it. 4

At 3AM, checking a sleep score is a very efficient form of verification:

Am I asleep yet? How much deep sleep have I had? Is this awakening damaging my score? What will tomorrow look like if I do not fix this now?

Each question requires some wakefulness to answer. Each answer creates another reason to ask the next question.

The score can amplify a mismatch that already exists

Some people with insomnia experience a mismatch between how much they think they slept and what an overnight sleep study records. The older term paradoxical insomnia has been used for this pattern; more recent discussions often use sleep-state misperception or describe the mismatch without treating it as a simple diagnosis.

An American Family Physician review describes paradoxical insomnia as a tormenting experience in which the subjective sense of barely sleeping can be much worse than objective measurements suggest. That does not mean the person is pretending, exaggerating or “just anxious.” Subjective sleep quality and objective sleep measures are related but not identical. 5

Nor does a wearable settle the disagreement. A consumer device is not a substitute for polysomnography, and one night in a laboratory is not a complete explanation for every night at home. The safe conclusion is narrower: your perception of a difficult night is real, but a tracker cannot tell you exactly why it felt that way.

Orthosomnia and sleep-state misperception are therefore not interchangeable. A person can misperceive sleep without owning a tracker. A person can become preoccupied with tracker data without meeting criteria for insomnia. Some people experience both. The words describe overlapping problems, not a self-diagnosis you can make from a score.

Why the body can feel “on guard”

The urge to optimize often arrives with a belief that sleep must be controlled before it can be trusted. That belief can add cognitive and emotional arousal to the period when the body needs to disengage.

A 2023 review by Raphael Dressle and Dieter Riemann describes hyperarousal in insomnia as a broad model involving cognitive-emotional, cortical and physiological domains. It highlights pre-sleep worry and sleep-related thought, while also noting that the mechanisms are heterogeneous and that not every physiological measure tells the same story. 6

The hormone evidence is similarly more nuanced than a wellness slogan. Vgontzas and colleagues compared 11 adults with chronic insomnia with 13 controls and collected serial 24-hour ACTH and cortisol measures. The insomnia group had higher overall secretion, with greater elevations in the evening and first half of the night, but the study was small and did not show that one bedtime checklist causes a direct cortisol surge. 7

The tracker may be one part of a learned loop:

1. You worry that sleep will be poor.
2. You add rules and monitoring to prevent that outcome.
3. Monitoring keeps attention on sleep and wakefulness.
4. A normal awakening feels like evidence that the plan is failing.
5. You add more rules the next night.

That is a behavioral cycle, not a moral failure. It is also not inevitable. A person can keep the parts of a routine that are calming and remove the parts that turn the routine into surveillance.

When tracking helps — and when it starts charging interest

Tracking is more likely to be useful when it stays in the background. You might review a weekly trend to see whether your sleep opportunity is shrinking, or notice that late caffeine tends to coincide with later sleep. You treat the data as approximate, compare it with how you feel and change one thing at a time.

Tracking is more likely to become counterproductive when you:

• check the app during the night or before you are fully awake;
• treat a score as a pass or fail grade;
• extend your time in bed to “earn” more sleep data;
• change several supplements, temperatures, lights and routines after one poor score;
• distrust your daytime functioning whenever the device reports a bad night;
• feel anxious before opening the app, or relieved only when the number is high.

The same device can be helpful in one season and unhelpful in another. A tracker break is not an admission that you failed at self-care. It is an experiment in removing one source of pressure.

You could turn off notifications, stop wearing the device overnight, hide stage and readiness scores, or review only broad weekly timing. You could use a simple paper sleep diary for a week instead. The diary is not automatically “more objective”; it simply removes the illusion that a proprietary algorithm has delivered a clinical verdict.

If you already have persistent sleep anxiety or difficulty falling asleep, Online-Therapy.com’s insomnia programme is an optional CBT-based online support resource that describes therapist support and practical exercises. The link is an affiliate link, so this site may receive a commission if you use it; the supplied code THERAPY20 may provide a discount. Check availability, privacy terms and suitability for your location. It is not crisis care, and it cannot diagnose a sleep disorder from tracker data.

Your sleep does not need a perfect routine

Some sleep habits are passive and low-drama. Darkness can reduce unwanted stimulation. A bedroom temperature that feels comfortable can remove a physical barrier. Morning and daytime light can help anchor the schedule. Movement and a consistent opportunity for sleep can support the broader system.

Those changes work, when they work, without asking you to watch them perform. You do not need to check whether the room has generated enough “sleep value” before you are allowed to relax.

This is where the two-process model remains useful. Alexander Borbély’s framework describes sleep as the interaction of a circadian timing process and a homeostatic process that depends on prior sleep and wakefulness. 8 Adenosine-related signalling contributes to sleep homeostasis, but it is not a personal countdown that becomes more effective when you stare at it. The pressure builds through wakefulness; sleep arrives through a biological process, not a score.

Newer research is beginning to measure orthosomnia more systematically, including the Bergen Orthosomnia Scale. That is a research tool, not a permission slip to screen yourself every night. 9

A 2024 cross-sectional study of 523 adults reported algorithm-dependent estimates of orthosomnia from 3.0% to 14.0%, depending on the threshold used. The study had a young, predominantly female sample, used its own classification algorithm and could not establish whether tracking caused the distress. Its value is that it shows the construct can be studied; its limitation is that the percentages are not formal diagnostic prevalence. 10

The number that matters most is not the study’s percentage or your device’s score. It is whether the information is helping you understand your life or making you afraid of the next night.

One passive comfort experiment

If temperature is an obvious part of your sleep problem, a cooler bed or bedroom may be a reasonable environmental experiment. It should be passive: set it up, stop inspecting it and see whether you feel more comfortable over time.

The bed-cooling system discussed here is an optional affiliate link. This site may receive a commission if you use it. It is not a treatment for insomnia, it cannot validate a sleep score and it should not become another device you monitor through the night. Check the product’s current specifications, safety information and return terms before buying.

A cool room is not automatically better for every person. The goal is comfort, not another optimization target.

When the problem needs a clinician, not a better score

Consider professional help if difficulty falling or staying asleep is persistent, distressing or affecting daytime functioning. Also seek assessment if you snore loudly, gasp or choke during sleep, experience restless legs, have significant mood changes, use medication or substances that may affect sleep, or are dangerously sleepy during the day.

Cognitive behavioural therapy for insomnia, or CBT-I, is a guideline-supported treatment for chronic insomnia. It is more than a list of generic sleep-hygiene tips; it addresses sleep effort, conditioned arousal, beliefs about sleep and behaviors that keep the problem going. The American Academy of Sleep Medicine strongly recommends multicomponent CBT-I for chronic insomnia in adults. 11

Orthosomnia is not something you can diagnose from a low score, and a good score does not rule out a real sleep disorder. A clinician can interpret symptoms, sleep history and device data together, using validated testing when it is indicated.

If you are so sleepy that driving is unsafe, do not drive. A perfect sleep score cannot make a dangerous level of sleepiness safe.

Let sleep be a process again

You do not need to throw away every useful routine. You may keep the dark room, the comfortable temperature, the morning light and the bedtime that gives you enough opportunity to sleep. You can keep a tracker if it helps you see broad patterns without increasing fear.

But if the score is the first thing you check, the last thing you think about and the authority you trust more than your own functioning, take that seriously. The intervention may not be another setting. It may be less information.

Your body is not waiting for you to discover the perfect combination of tape, supplements, temperature, light and metrics before it permits sleep. It already has a homeostatic drive and a circadian rhythm. It can be influenced, supported and disrupted, but it cannot be bullied into a perfect graph.

Tonight, try a smaller task. Put the phone out of reach. Do not audit the night while it is happening. If you wake, let the waking be a moment rather than a data event. If the pattern is persistent, get support for the sleep problem instead of trying to win an argument with the score.

Sleep is not a grade you receive in the morning. It is something your nervous system does best when it is allowed to stop performing.