How to stop gaming

Most people who want to stop gaming have already tried, often several times. Of the 290+ clients we have worked with across 12 countries over 7 years, 98.4% had already tried and failed to stop a habit before they came to us, and gaming is one of the habits they bring. The usual attempts are familiar: uninstalling everything after a lost weekend, a time limit on the console, a rule about only playing on Saturdays, selling the PC and buying another one a few months later. When they don't hold, the reason is rarely a lack of character. A rule made in the morning has to be kept at eleven at night, one win from the next rank, with the squad still online. People are poor at predicting how differently they'll feel in that second state¹, and stress and tiredness are exactly what weaken the brain's deliberate control and hand behavior over to habit^2-4.

Games add problems of their own, and most of them are designed in. A game gives you a clear goal, a challenge pitched just above your skill, an instant answer to every press, rewards that arrive at random and progress you can see filling up⁵. The brain releases dopamine in its reward system while people play⁶, and rewards that come unpredictably keep a behavior going longer than rewards that come on schedule⁷. Many games then add a layer whose job is to bring you back: daily rewards, streaks, seasons that end, and a squad that's waiting. None of this makes games bad. It does mean that someone trying to stop is up against a product that has been tested and tuned to keep people playing.

So the approach that works changes the situation rather than the willpower. Changing the situation before the urge arrives is more reliable than resisting an urge already under way⁹. In practice that means stopping completely rather than trying to play a little, because every session keeps the learned links between the game and its triggers alive¹⁰. It means removing the games, launchers and accounts from every device, so that there's a gap between the urge and the first match. It means fixing sleep first, because short sleep weakens the brain's control of impulses the next day¹¹. And it means filling the hours gaming used to fill with things that give you some of what the game gave you: a skill you're visibly getting better at, choices that are yours, and people. Research on why people play suggests those three needs, feeling capable, feeling in charge and feeling connected, are what games satisfy so well¹², and that people whose daily lives frustrate those needs are the ones most likely to play compulsively^{13, 14}.

The rest of this paper takes the questions people ask about stopping gaming one at a time. Section 2 asks whether gaming addiction is real and how to tell if you have a problem. Sections 3 to 5 explain why it's so hard to stop: how games engage the reward system, what they give you that daily life might not, and why one more match is so hard to turn down. Section 6 asks whether loot boxes are gambling, Section 7 looks at sleep and Section 8 at how many hours is too many. Section 9 describes the triggers, Section 10 what stopping feels like, Section 11 whether to stop completely or cut back, Section 12 how to stop when your friends play, Section 13 what to do instead, and Section 14 what to do if you play again. Section 15 sets out what the Behavior Control System targets for someone stopping gaming, day by day. Section 16 reports our results and the limits of this paper, and Section 17 says when to see a doctor. Where the program is described, we say what each day targets and why. We do not publish how.

Gaming addiction is real, but it's much rarer than the number of people who play a lot. The World Health Organization added gaming disorder to its International Classification of Diseases in its eleventh revision, the ICD-11. Its core features are impaired control over gaming, an increasing priority given to gaming so that it takes a more and more central place in a person's life, and carrying on despite negative consequences¹⁵. The diagnosis rests on harm. Playing a lot isn't enough: gaming has to be causing significant problems in a person's relationships, work, study, health or other important parts of life¹⁶. The US psychiatric manual, the DSM-5, lists a related condition, internet gaming disorder, as one that needs further study, with nine criteria. Among them are losing control over gaming, being so preoccupied with games that schoolwork, work or time with people gets neglected, and deceiving family about how much you play^{15, 17}. Five or more of the nine are meant to indicate clinically significant harm¹⁵.

The label is still argued over, and it's fair to say so. In 2017 a group of 26 researchers argued that the evidence was too weak to justify a new diagnosis. Their concerns were that the research base was of low quality, that the criteria leaned too heavily on those used for drugs and gambling, that there was no agreement on the symptoms, and that a label could stigmatize the many people who play as a normal, healthy part of life¹⁸. Other researchers replied that the WHO's definition avoids treating heavy play as illness by requiring real impairment¹⁶, and that people who are harmed by gaming need a diagnosis so that treatment and prevention can reach them¹⁹. Both sides agree on the part that matters for this paper: a minority of players lose control of their gaming in a way that damages their lives, and they need help that works.

How many people that is depends heavily on how you count. A 2021 review pooled 53 studies of 226,247 people in 17 countries and estimated that 3.05% have gaming disorder. Restricted to the studies with the strictest sampling, the estimate fell to 1.96%, with very wide uncertainty, and the choice of questionnaire alone explained 77% of the differences between studies²⁰. A second review of 61 studies found 3.3% overall, 2.4% in representative samples, and 1.4% after adjusting for studies that may not have been published²¹. A third approach, which applied the American Psychiatric Association's guidance to four large surveys of 18,932 people, found that more than two out of three players reported no symptoms at all, and that between 0.3% and 1.0% of the general population might qualify for a diagnosis²². Rates are consistently higher in men than in women: about 2.5 to 1 in the first review²⁰, and 8.5% against 3.5% in the second²¹.

For one person, the useful question isn't which percentage is right. It's whether your gaming is causing harm you can name. Table 2 sets out the signs in plain words. They aren't a diagnosis, and they're not the full wording of either manual. They describe the pattern behind the ICD-11 definition and the DSM-5 criteria^{15, 17}.

Gaming problems rarely travel alone. A review of 24 studies found that most reported a significant link between gaming disorder and anxiety (92% of the studies that tested it), depression (89%) and symptoms of ADHD (85%), and 75% reported a link with social anxiety and obsessive-compulsive symptoms²³. A review of 29 studies with 56,650 people found ADHD symptoms, especially inattention, consistently linked to gaming disorder, and recommended screening for ADHD when gaming is assessed²⁴. In most of this research it isn't clear which came first. In a two-year study of 3,034 children and teenagers in Singapore, more gaming, weaker social skills and greater impulsiveness came before problem gaming, while depression, anxiety, social anxiety and falling school grades seemed to follow from it. The authors concluded that problem gaming can last for years and isn't only a symptom of something else²⁵. That is one reason the program's diagnostic asks about mood and attention before anything else, and why we tell people to see a doctor when those need attention in their own right (Section 17).

The course of the problem is also less fixed than people fear. In a five-year study of 4,121 adults in Canada, people who said that gaming had caused them significant problems mostly reported it in only one period, and symptoms eased over time on average. Very few had sought help²⁶. A review of 13 long-term studies found that the course of gaming disorder varied widely, and that it tended to be more stable in teenagers than in adults²⁷. For an adult who wants to stop, that's encouraging: the habit is not a life sentence. It doesn't mean the problem will fix itself, and the people in these studies who recovered were not necessarily people who had already tried and failed several times.

You can't stop because the discipline you use at work and the urge to play run on different systems, and games are designed to engage the second one. Deliberate self-control depends heavily on the prefrontal cortex, the part of the brain that holds a plan in mind and stops you acting on the first impulse⁴. It works well when you're rested and calm, and it's the first thing to weaken under stress or tiredness². Stress also shifts behavior away from deliberate choices and toward habits³. So the person who keeps a demanding job on track all day and then can't stop at one match isn't being inconsistent. They're using a tired version of the system that does the stopping, against a product that has had its rewards tuned by people whose job is to keep players playing.

Games engage the reward system directly. In 1998, a brain scan study showed for the first time that dopamine is released in the human striatum, part of the brain's reward circuit, while people play a video game, and that more release went with better play⁶. Dopamine isn't a pleasure chemical. It works more like a signal that something is worth pursuing, and it drives wanting more than it drives enjoying²⁸. That distinction explains something many heavy players describe: carrying on with a game they're no longer enjoying. Wanting and liking can come apart, and the wanting is the part that keeps the controller in your hand.

Game designers don't usually talk about dopamine. They talk about loops. A typical game gives you a goal, a challenge pitched just above your skill, controls that answer every press instantly, a reward, and progress you can see, then hands you the next goal. Self-determination theory, the most tested account of why people play, explains why that loop is so satisfying: it meets basic needs for competence, autonomy and relatedness, and games that meet those needs are enjoyed more and played again^{5, 12}. Two design choices make the loop especially hard to leave. The first is that many rewards arrive at random. A rare item drops sometimes, a pack contains something good sometimes, and you can't tell which time it will be. Rewards on a random schedule produce some of the most persistent behavior known⁷, and dopamine cells respond most strongly when the outcome is most uncertain²⁹. The second is that the loop has no natural end. A film finishes and a book has chapters, but a match ends by offering the next one.

Over time the loop stops being a choice you make each evening and becomes a habit set off by the situation. Habits are actions the brain has linked to a context: the time, the place, the device, the mood. Once that link is strong, the context starts the action before any decision is made³¹. Research on addiction describes the same shift, from actions done for a goal to actions that run on their own and are hard to stop even when the outcome is no longer wanted³². For a gamer, the context might be sitting down at the desk after work, the console's start-up sound, or the phone in your hand in bed. The first move is made before you've asked yourself whether you want to play.

The brain research on gaming disorder itself is younger and less settled than the research on substances, and we use it with care. A review of ten brain imaging studies found that people with internet gaming disorder showed different activity than controls in frontal regions involved in self-control and reward, and that the more time they spent online, the stronger some of those differences were³³. Studies like these are small and can't show which came first. What they support is the plain point of this section: the urge to play and the ability to stop are not the same thing, and the urge is the one the game is designed for.

Games often feel better than real life because they give you, quickly and reliably, things your days may not be giving you. Self-determination theory names three basic psychological needs: competence, the sense of being good at something and getting better; autonomy, the sense that what you're doing is your choice; and relatedness, the sense of being connected to other people. Across four studies, players' sense of competence and autonomy during play predicted how much they enjoyed a game, whether they wanted to play it again and how their mood changed after playing, and in multiplayer games, relatedness predicted enjoyment and future play as well¹². A game is a near-perfect machine for these needs. The difficulty adjusts to your skill. The feedback is constant and clear. You choose your character, your path and your strategy. And the squad, the guild or the server is there whenever you log in⁵.

The problem starts when the game is meeting those needs in place of daily life. Przybylski and colleagues found that players whose basic needs were poorly met in everyday life were more likely to have an obsessive passion for games: they felt they had to play rather than wanted to. That pattern went with more hours of play, less enjoyment and more tension after playing. Players whose needs were well met in daily life tended to play because they wanted to, enjoyed it more and finished sessions with more energy. The amount of play only went with lower well-being in players who felt compelled to play¹³. The authors' reading was that a compulsive pattern of play may be more a symptom of needs going unmet in daily life than a cause of distress on its own⁵.

Later studies tested the two sides together. In 922 adults, both the satisfaction people got from games and the frustration of their needs in daily life predicted how often they played and how much problem play they reported. Together they accounted for 19.7% and 23.5% of the differences, and both gaming and problem play were highest when the game was satisfying and daily life was frustrating¹⁴. A second study supported the same idea, which its authors call need density: problem gaming is most likely when needs are poorly met in the real world and well met in games. It also found that need frustration in either place went with more problem gaming, and that well-being tracked how needs were met in the real world far more than in games³⁴.

The research on why people play points the same way. A survey of 3,186 online gamers found that psychological distress was linked to problem gaming directly and also through two motives in particular: playing to escape and playing to compete³⁵. When work is frustrating, progress in life is slow or friendships have faded, a world where you're skilled, your progress is visible and your team is waiting is very hard to compete with. A survey of online players grouped the reasons people play into three families, achievement, social contact and immersion³⁰, and each one maps onto something a person can be short of.

This matters for stopping because it changes what stopping has to include. If gaming is mainly meeting needs that the rest of life is frustrating, then removing the game without changing the rest of life leaves those needs unmet, and the urge to go back will be strong and reasonable. The aim isn't to take something away and leave a gap. It's to build sources of competence, autonomy and connection outside the game, early enough that they're in place when the game is gone. That idea runs through the whole program and is the reason the first fortnight is spent on the ground the habit stands on, before anything is taken away (Section 15).

It's hard to stop at one more match because games are built so that something is always nearly finished. A bar is three-quarters full. A quest needs two more wins. A season ends on Sunday. A streak breaks if you don't log in tomorrow. Each of these is a retention mechanic, a feature whose job is to bring players back and keep them playing, and several of them rest on well-studied findings about how people respond to goals and rewards. None of them is hidden, but they're easier to resist once you can see what they're doing.

The first is the goal gradient. People work harder the closer they get to a reward. In a real café loyalty scheme, customers bought coffee more often as they got closer to the free one. People who rated songs online in return for rewards visited more often, rated more songs and kept going longer as they approached the reward⁸. The same study tested what happens when progress is handed out for free. Customers given a 12-stamp card with two bonus stamps already on it filled it faster than customers given a 10-stamp card, although both needed exactly ten purchases. The authors' model explains why: effort depends on the share of the distance that's left, not on the number of steps⁸. A separate study found the same thing and called it the endowed progress effect: giving people a head start toward a goal makes them more likely to finish and quicker to do it³⁶.

Experience bars, battle passes and achievement trackers are this effect drawn on a screen. A bar that's nearly full makes the next match feel worth more than the last one did. Many games also give you progress at the start of a season or a new character, which is the endowed progress effect in practice. And because every level leads straight to the next bar, there's never a moment when the goal is met and nothing new is on offer. In 2010, researchers studying why games motivate people noted that challenges graded to the player's skill, and positive feedback on how they're doing, are key to the sense of competence a game gives⁵. The same feedback that makes a game satisfying makes it hard to leave mid-bar.

The second family of mechanics works through the fear of losing something. Daily login rewards, streaks and limited-time events give you a reason to play today rather than later, and a cost for missing a day. People feel a loss more strongly than a gain of the same size³⁷, so a reward framed as something you'll lose by not playing is more motivating than the same reward framed as something you could gain. A daily-reward calendar combines both families: progress toward a prize that's always a few days away, and a streak that resets if you miss a day.

Most of this research was done in shops and on websites rather than in games, so we use it for the mechanism it shows, not as proof of how strongly any one game affects any one player. The point for someone stopping is practical. If you go back to a game for a single session, you go back into a structure that has a nearly-full bar, a streak to rebuild and an event about to end. A single session is rarely a single session for that reason, and it's why the program stops gaming completely on Day 15 rather than cutting it down (Section 11).

Loot boxes share the structure of gambling, and spending on them is linked to gambling problems, though the research can't yet say which causes which. A loot box is an item in a game that you can buy with real money and whose contents are random: you pay before you know what you'll get. In 2018, two psychologists applied five tests that are used to tell gambling apart from other risky activities. The tests ask whether money or something of value changes hands, whether an unknown future event decides the exchange, whether chance decides the outcome at least in part, whether you can avoid losing by not taking part, and whether winners gain at the expense of losers. Of 22 games rated as suitable for players aged 17 or under, nearly half had loot boxes that met all five³⁸.

The link with problem gambling is one of the more consistent findings in this area. A survey of 7,422 gamers found that the more people spent on loot boxes, the more severe their gambling problems were, and the link was much stronger for loot boxes than for other things bought inside games, which suggests that the gambling-like features are what matter³⁹. People with no gambling problems gave an average answer between $1 and $10 a month on the survey's spending scale, while people with problem gambling gave an average answer between $20 and $40 a month. A replication in 1,172 gamers who didn't know what the study was about found a link of almost the same size⁴⁰. A review found that 12 of 13 publications reported the same positive link, with an average correlation of 0.27, a moderate size for this kind of research⁴¹, and a second review of 15 studies put it at 0.26⁴².

What these studies can't show is direction. Loot boxes might draw people toward gambling, or people who already gamble might be drawn to loot boxes, or both^{39, 40}. The same reviews found that loot box spending was linked to problem gaming too, at about the same strength or stronger^{41, 42}. For someone stopping gaming, two practical points follow. Random rewards bought with money are the most gambling-like part of a game and the part most likely to keep a person spending and playing, so they're among the first things to go. And if you've noticed that you also bet, trade speculatively or play casino apps, that's worth taking seriously in its own right; our paper on stopping gambling covers it.

Gaming, especially long sessions in the evening, often costs sleep, and lost sleep makes the next session harder to turn down. A review of 34 studies with 51,901 people found that people with problem gaming slept less than other players and had about twice the odds of poor sleep quality (2.02 times) and of sleep problems (2.60 times), with higher odds of daytime sleepiness too (1.57 times)⁴³. The link isn't limited to teenagers. In a study of 844 adults aged 18 to 94, people who gamed more slept worse, even after accounting for age, sex, education, exercise and stress. Each extra hour of gaming a day went with going to bed 6.9 minutes later and getting up 13.8 minutes later, and gaming for more than an hour a day accounted for 30% of the risk of poor sleep quality in that sample⁴⁴.

Experiments show that the session itself does some of the damage, not only the late bedtime. In a sleep laboratory, 17 teenage boys with no sleep problems played the same fast-paced game for either 50 or 150 minutes before their usual bedtime, on two different nights. After the longer session they slept 27 minutes less on average, a smaller share of their time in bed was spent asleep (7% lower, falling below 85%), they had less dream (REM) sleep, and they reported taking 17 minutes longer to fall asleep. Their heart rates didn't differ between the two nights, so the authors cautioned that physical arousal may not be the reason⁴⁵. A review of the experimental studies concluded that long periods of play, particularly in the evening, are a common and probable cause of sleep problems, with shorter sleep, slower sleep onset and poorer attention and memory the next day⁴⁶.

Sleep matters for stopping because it works in both directions. A late session costs sleep, and short sleep weakens the brain's control over emotion and impulse the next day. After a night without sleep, the amygdala, which drives emotional reactions, responded much more strongly to upsetting images, and its connection to the prefrontal regions that normally calm it was weaker¹¹. A tired person is more irritable, more likely to want an easy reward and less able to keep the plan they made in the morning. That's how a habit of late sessions keeps itself going: each night's gaming lowers the next day's defenses against the next night's gaming.

The evidence has limits. Most of the studies in the review asked people about their own sleep, and the effects varied a lot between studies⁴³. The laboratory study used a small group of teenage boys and one type of game⁴⁵, and the adult study was a single survey, which can't show that gaming caused the poorer sleep⁴⁴. Still, every kind of study points the same way, and for an adult who games late and wants to stop, the practical conclusion is clear enough: fix sleep first, and take screens out of the bedroom.

There's no number of hours that marks the line, because the research finds that the pattern of play matters more than the amount. The largest study of its kind linked six weeks of real play data from seven game publishers, for 38,935 players, with three surveys of their well-being. It found little to no evidence that time spent playing affected well-being, for better or worse, but it did find that players' reasons for playing were related to how they felt⁴⁷. An earlier study using logged play from two games even found a small positive link between play time and mood⁴⁸. And in the study described in Section 4, hours of play went with lower well-being only in players who felt compelled to play¹³.

That doesn't mean hours are harmless. It means the useful question is different. Hours become too many when they're compulsive, meaning you play longer than you meant to and can't stop when you decide to. They're too many when they come out of sleep, as Section 7 showed. And they're too many when they come out of the things you're trying to build. Time is finite, and every hour of play comes from somewhere. A randomized trial tested this directly. Young boys who didn't own a games console were promised one, and half were given theirs straight away while the other half waited four months. The boys who got theirs first played more, spent less time on schoolwork after school, and four months later had lower reading and writing scores and more academic problems reported by their teachers. How much they played explained the difference⁴⁹.

The other side of the evidence deserves its place. In data on more than 192,000 teenagers in 22 countries, how often they played video games made little difference to their results in science, mathematics and reading⁵⁰. Taken together with the trial, the fair reading is that moderate gaming alongside a full life does little harm, while gaming that takes the place of the things a person needs to do can cost them. For the people this paper is written for, who already know the game is costing them, the question has usually been answered by their own lives: the hours have been coming out of sleep, work, training, their partner or a goal they keep putting off.

A useful test is to write down a normal week in hours, then write down what you'd do with the hours gaming takes if they were free. If the second list contains things you've wanted to do for years, the hours are too many for you, whatever the average player does.

The urge to game is usually set off by something you can name: a place, a time, a device, a person or a feeling that has been paired with playing many times. In one brain imaging study, ten men with an online gaming addiction and ten men without one looked at pictures from the game they played. In the addicted group, the pictures activated regions including the orbitofrontal cortex, the nucleus accumbens, the anterior cingulate, parts of the prefrontal cortex and the caudate, more than in the other group, and the more these regions responded, the stronger the urge to play the men reported. The authors noted that the pattern resembles what happens when people with a drug addiction see drug-related images⁵¹.

Most triggers fall into a few groups. Things: the console, the PC, the controller, the headset, the gaming chair, the launcher icon on the desktop, mobile games on the home screen. Events: finishing work, the end of dinner, a free weekend, a notification that the squad is online, a patch or new season, a trailer or a stream of someone else playing. Times: whenever you usually play. People: the squad, the clan, an online friend, a friend who streams. Places: the room with the setup, the sofa in front of the console. And feelings: boredom, stress, frustration after a bad day, loneliness, wanting to feel good at something, excitement about a release. Feelings matter most for many people, because the strongest reasons for problem play are escape and competition (Section 4)³⁵.

Watching other people play deserves a special mention. For many gamers, streams and gaming videos are where the habit moves when the game is uninstalled. They show the game, the excitement and the community, which keeps the learned links between those images and the urge to play strong, and they fill the same hours. The research on triggers in Section 3 suggests that's exactly what keeps a habit ready to restart: each exposure to the old context, without new learning, keeps the old response available^{10, 31}. For someone stopping gaming, that's why the list of easy, unearned rewards that stop on Day 15 should include streams and gaming videos, not only the games.

Knowing your triggers is useful because most of them can be removed or changed before they fire, and changing the situation is more reliable than resisting an urge already under way⁹. Uninstalling launchers, leaving or muting servers, unsubscribing from channels, turning off store notifications and moving the furniture so the room stops looking like the place you play all remove triggers outright. For the ones that can't be removed, like the desk you also work at, or the friend you still want to see, the program builds a prepared response (Section 12).

When you stop gaming, the most common experience is boredom, restlessness and irritability, not physical illness. A review of 34 studies on withdrawal from gaming found that the symptoms described most consistently were irritability and restlessness after stopping. It also found that the evidence is thin: few studies have described what stopping is actually like, and treatment studies haven't tracked how the symptoms change over time⁵². So we can say what people feel, but no study we found gives a reliable day-by-day timeline for gaming, and we haven't drawn one.

One study asked players to describe it as it happened. Twenty-four young adults who played online role-playing games regularly, nine of whom met the criteria for gaming disorder, stopped playing for 84 hours and answered seven online surveys before, during and after. Their 155 written answers fell into six themes: the things that set off the wish to play, their beliefs about gaming, low mood while they weren't playing, the ways they coped, changes for the better, and costs such as feeling cut off from the people they played with. What they described most was boredom and a drive for something that would stimulate the mind, which the authors noted fits poorly with the idea of withdrawal borrowed from drugs⁵³.

A second study followed 186 adults with gaming problems who had contacted an online service for help to stop, and checked a week later whether they had kept to it. Those who had were less likely to have had withdrawal symptoms, and less likely to play action shooting games. Four in ten of the group had symptoms of low mood or anxiety. Those people had more gaming problems, more unhelpful beliefs about gaming, such as overvaluing in-game rewards, and a poorer quality of life, but their mood symptoms didn't predict whether they managed to stay off. The authors suggested that people trying to stop may benefit first from ways to handle withdrawal and from knowing which kinds of games are riskiest⁵⁴.

The program tells clients plainly that the first 12 days without the habit are when most people struggle. For a gamer, the research above suggests what that struggle mostly is: boredom, restlessness and irritability, frequent thoughts about the game, and missing the people they played with. The boredom can be intense, because the game has been filling every free hour. That's why the program spends the first two weeks building a routine, training, a skill to get better at and time with people before gaming stops, and why the second half of the first month adds more. The urge passes faster when there's something else in the hour it used to fill. Urges themselves rise, peak and fade if they aren't acted on, and learning to watch that happen without acting on it has helped people with other habits⁵⁵.

What gets better is worth knowing too. In the 84-hour study, changes for the better were one of the six themes people wrote about on their own⁵³. Sleep is the most predictable gain, for the reasons in Section 7. Time is the most obvious one. Many clients find that the evenings and weekends gaming used to fill are where the progress they'd been putting off finally starts.

If gaming has become a problem for you, stopping completely for a set period works better than trying to cut back, for three reasons. Each session keeps the learned links between the game and its triggers alive, so the urge stays as strong as it was¹⁰. A limit has to be enforced by the person who wants another match, at the moment a match ends and the next one is offered, which is exactly when control is weakest (Section 5). And the design features that make games hard to put down, the nearly-full bar, the streak and the squad, are all still there in a shorter session. The program asks clients to stop every source of easy, unearned reward for at least twelve weeks, so the brain has time to settle and new habits time to form.

The research comparing the two approaches for gaming is thin, and it's fair to say so. A review of 30 treatment studies for gaming disorder found them too varied in approach, and too often poorly designed, to say which treatments or treatment goals work best⁵⁶. What the evidence does show is that the way someone plays matters more than how much (Section 8). Players who feel they have to play, rather than wanting to, get less from their games and more of the harm, at any number of hours¹³. For a person in that state, a smaller amount of the same kind of play doesn't change the kind of play.

There's also an argument from the people who manage to stop. In the study of 186 adults trying to stop gaming, those who were still not playing a week later had fewer withdrawal symptoms and were less likely to play action shooting games⁵⁴. That's an early finding over a short time, and it doesn't prove that cutting back fails. It does fit the design reasons above: a shorter session of the same game is still a session of the same game. Switching to a different game, or to mobile games, usually brings the same rewards and the same urge through a different screen (Table 1).

This paper doesn't claim that nobody who once had a problem can ever play a game again. Many people's gaming problems ease over time without treatment²⁶, and the evidence on playing again after a long break is thin for gaming. What we can say is that trying to play less while the habit is at its strongest is the version that most often fails, and that a clean stop for a set period gives the brain and the rest of life a chance to change first. Whether a game ever has a place again is a decision better made later, with evidence from months without one.

Tell your friends you've stopped, decide ahead of time what you'll say when they ask you to join, leave or mute the servers and group chats where sessions get organized, and move the friendships you want to keep to something offline. The hardest part of stopping is often not the game. It's losing the people, the jokes and the routine of an evening together. That's a real cost, and it needs a real replacement, not just willpower.

The research shows why the people matter in both directions. A study surveyed 851 Dutch teenagers, 543 of them gamers, twice, six months apart. Loneliness, weaker social skills and lower self-esteem each predicted problem gaming six months later. Problem gaming in turn predicted more loneliness six months later. The authors suggest that gaming may come to take the place of time with people face to face⁵⁷. The same pattern shows up in the reasons people play. Social reasons are one of the three main groups of motivation in online games³⁰, and in the 84-hour study, feeling cut off from the people they played with was one of the costs people described⁵³.

For an adult, the practical point is that stopping gaming means rebuilding some of your social life on purpose. Recovery from addiction often involves joining new groups and taking on a new social identity as well as leaving an old one, and the people around someone shape which version of themselves feels natural⁵⁸. In practice that might be a training partner, a club, a team sport or a regular evening with the friends you already have, doing something other than playing. Some gaming friends will be happy to meet that way. Some won't, and that tells you which friendships were mostly about the game.

What to say is simpler than people expect. A short, true sentence works better than a long explanation: you've stopped for a while because it was taking too much of your time. People who play a lot sometimes push back, and the push usually comes at the same moments as the urge, a new season, a free weekend, the squad short one player. Deciding in advance exactly what you'll do in those moments, written as an if-then plan, makes it far more likely you'll do it⁵⁹.

Do things that give you some of what the game gave you: a skill you can see yourself getting better at, choices that are genuinely yours, and time with people. Self-determination theory, the research on what people need in order to feel well, describes those three needs as competence, autonomy and relatedness, and games satisfy them unusually well¹². That's why simply removing the game tends to fail. It takes away a reliable source of all three and puts nothing in its place, and the person is left with a life that feels emptier than the one they had while gaming. The replacement doesn't have to be as fast or as bright as the game. It does have to meet the same needs.

The things that tend to work share the features that made the game work. A martial art, a team sport, a strength program, a musical instrument, a language or a building project all have a clear next goal, a challenge that grows as you do, feedback you can see and a group of people doing the same thing. They differ from the game in one important way: the progress is real and it adds up. A belt or a personal best stays earned. An hour of practice is still there next month.

The game's own mechanics can be turned on real goals. Experience points, levels, quests, rankings, a squad and a daily reward each have a real-life version, and putting them on a real goal keeps the parts of the game that worked for you. Gamification, the use of game design elements outside games, has been studied widely. A review of the early research found that most studies reported positive effects, but that they depended on the setting and the people using it⁶⁰. A later analysis of the experimental studies on gamified learning found a small to medium effect on what people learned, and small effects on motivation and behavior that held up less well in the most rigorous studies⁶¹.

Timing and setting matter as much as choice. Gaming usually happened at a set time, in a set place, with a set device, and those things will go on setting off the urge for a while (Section 9). A new activity placed in the same slot, ideally away from the old setup, has the best chance of taking over that slot³¹. It also takes time. Lally and colleagues followed people forming a new daily habit and found that it took a median of 66 days to become close to automatic, with wide differences between people, and that missing one day didn't spoil the process⁶². A replacement that feels effortful in week two may run on its own by month three.

If you play again after stopping, stop the same day and treat it as one event, not as proof that you've failed. The program's rule is that a single session is one event. Going back to it the next day, and the day after, is what the program calls a relapse. So close the game, write down what led up to it, close the gap that let it happen, whether that was a launcher you missed, a friend's invitation or an empty evening, and tell someone. If you're working with us, contact our team the same day.

How you explain the session to yourself matters. Curry, Marlatt and Gordon studied people who had a cigarette after stopping. Those who blamed the lapse on something internal, stable and global about themselves, such as a lack of willpower, were more likely to go on to a full relapse⁶³. Marlatt called this the abstinence violation effect: the feeling of having already failed, which makes it seem pointless to keep going. With gaming it has a specific form. One match reconnects you to the progress bars, the daily rewards and the squad, and the thought that follows is often that the break is over anyway, so you might as well catch up. Witkiewitz and Marlatt's model of relapse treats a lapse as an event with causes that can be found and changed, not as the end of the attempt⁶⁴.

It helps to know that games are designed to make a return feel like a homecoming. Games often offer rewards or catch-up deals to players who come back after time away, and a season or event in progress makes the time away feel like lost ground (Section 5). That temptation is built in. It isn't a sign that you're meant to play. Uninstalling again straight away, rather than after one more session, keeps a single event from becoming the start of a new run.

The Behavior Control System is the same 90-day program for every habit, applied to the loop beneath each person's gaming. Days 1 to 30 rebuild the ground gaming has been running on: sleep, daylight, exercise, stress and a day with no long empty stretches. The client stops gaming on Day 15, on every device, after two weeks of that work, and then adds a demanding new skill and other training that gives the brain some of what the game used to. Days 31 to 60 work on the moment a session actually starts: every trigger is mapped, the games, launchers and servers are removed, and each trigger that's left gets a prepared, rehearsed response, including the thoughts that argue for just one match. Days 61 to 90 work on identity, on what drove the person to play, on the mechanics of games turned toward real goals, and on the people and culture that still tempt them back. Six months of aftercare follow. It asks for about thirty minutes of focused work a day: a short lesson each morning, a brief log each night, and a set of daily practices, which the program calls north stars, built into the routine the person already has.

15.1Before Day 1

Every program starts with a Root-Cause Diagnostic: an application describing the habits involved and what has already been tried, followed by a thirty-minute, one-on-one conversation with our team. For gaming it has two jobs. The first is safety: it asks about risk to the person themselves and about anything that may need a doctor's involvement alongside the program, such as low mood, anxiety, attention problems or heavy drinking (Sections 2 and 17). The second is to identify the loop beneath the gaming: what it does for the person, the earliest recurring trigger, the conditions that make it likely, why earlier attempts broke down and what's missing for change to hold. Two people who both game every night rarely have the same loop. One plays ranked matches to feel good at something after a day of feeling stuck; another plays with an online group because that's where their friends are; a third plays mobile games in bed to switch off from stress. The structure of the diagnostic parallels the three domains the Addictions Neuroclinical Assessment proposes for addiction: the urge set off by triggers, negative emotion and executive function⁶⁵. It is not a clinical assessment.

A preparatory phase, Phase 0, follows before Day 1 and doesn't count toward the 90 days. It separates the decision to stop from the start. The client sets out in concrete terms the life they are building and what gaming has cost it, makes a commitment to someone who matters to them, chooses a start date that marks a real boundary in their life, and proves to themselves that they can hold one full day of control. The choice of start date rests on the fresh start effect: temporal landmarks such as the start of a week, a month or a meaningful date were followed by increases in aspirational behavior⁶⁶. The day of control rests on Bandura's finding that direct experience of succeeding at a behavior is the most dependable source of belief that one can do it⁶⁷. A commitment that is recorded and made to another person holds better than a private one⁶⁸.

15.2Why the order matters for gaming

The order follows from the research in Sections 2 to 14. Gaming stops after two weeks of work on sleep, training and the shape of the day, because the empty evening is where most sessions start, and something needs to be in it on the first night without a game. The demanding new skill comes the next day, Day 17, because the need to feel capable doesn't stop when the game does¹². The games, launchers and servers are removed systematically at the start of the second month, guided by a full map of the triggers, so that the barriers cover every route rather than only the obvious one, and the responses that follow have time to work in the delay those barriers create⁹. Identity and social context come last, because they change slowest and because a new self-description needs weeks of evidence behind it to be believed.

The mechanics work matters for gaming in a way it doesn't for most habits. A person who loves getting better, competing and seeing progress doesn't need to stop being that person. They need somewhere for it to go that adds up over time. People act in line with the identity that feels relevant at the moment⁷¹, and recovery from addiction often involves taking on a new social identity as well as dropping an old one⁵⁸. Turning the game's structure on real goals keeps the part of the person that games were feeding, and gives it something real to feed on.

Replacement comes last because a habit that served a function leaves a gap when it stops, and a gap left empty tends to be filled by whatever is most available. For a former gamer, that's often another screen. A replacement placed at the same time and in the same setting as the old session can take over its context³¹, and the automaticity of a new daily behavior builds gradually, over a median of 66 days in one study⁶². By Day 90 the replacement has been in place long enough to begin running on its own.

15.3In our clients' words

Pshem, a founder in Poland whose work is largely on social media, came to us with procrastination, video games and scrolling, three habits that kept feeding each other. His north stars were aimed first at his evenings and the start of his day, because a late session cost him the next morning too. Describing where he is now, he said: “My mental clarity is on point. I can focus on my goals.” And of the habits themselves: “I do not crave bad habits at all.” What he values most is being able to do it himself: “And the best thing about this is that now I know the tricks.” Our results for gaming are part of the overall figures reported in Section 16.

Phalanx Labs has worked with 290+ clients across 12 countries over 7 years. Of those clients, 98.4% had already tried and failed to stop before they came to us. Our success rate is 97%, defined as the share of clients who ran the program and stayed off the habit through the program and the six months of aftercare that follow it. That rate covers all of our clients and all of the habits they came with. We don't publish a separate rate for gaming. Because the definition matters as much as the number, we set out below what each figure counts, how it is known and what it does not establish.

16.1How outcomes are tracked

Throughout the program, the client keeps a nightly log and completes a weekly progress update. These are written records of what happened, what was difficult and what was handled; they are not scored instruments. At the end of each of the first two phases the client has a progress call with our team, the first around Day 28 and the second after Day 60. During aftercare we follow up with clients on whether they have stayed off the habit. A client counts as a success when they have run the program and stayed off the habit through the program and the full six months of aftercare.

16.2What our figures do not show

• Self-report. Whether a client has stayed off gaming is known from what the client tells us, not from play records or account data.
• Selection. Clients choose to apply, are accepted after a diagnostic in which we decline people we can't help, and are counted only if they ran the program. People who decide to work with us may differ in motivation or circumstance from people who don't.
• No comparison group. We can't say how many of the same people would have stopped through another route, such as therapy or on their own, over the same period. Section 2 shows that many people's gaming problems ease over time without treatment.
• Time window. The success rate covers the program and six months of aftercare. It doesn't describe what happens after that.
• All habits together. The rate is across every habit our clients bring. We don't report a rate for gaming alone, and a single rate doesn't predict the outcome for any one person.

16.3What the research in this paper does not show

The studies cited here have their own limits, and readers should weigh them. Prevalence estimates for gaming disorder vary widely with the questionnaire used and the way the sample was drawn^{20, 21}, and researchers still disagree about where the line between heavy play and disorder falls^{16, 18}. Several of the most vivid findings come from small samples: the brain imaging study of craving compared ten men with ten⁵¹, the sleep laboratory study used 17 teenage boys and one game⁴⁵, and the 84-hour study followed 24 players⁵³. Much of the research on loot boxes is cross-sectional, so it shows a link with problem gambling but can't show which came first^{41, 42}. Studies using real play data have found little link between hours played and well-being, which is a reminder that hours alone don't make a problem^{47, 48}. Some of the methods described in this paper, such as watching an urge pass and implementation intentions, were tested mainly in other habits^{55, 59}, and the research on reward programs used in Section 5 comes from shops rather than games^{8, 36}. We use them for the mechanism they describe and say so where we cite them.

Treatment research for gaming disorder is still young, and the strongest of it isn't about our method. A meta-analysis of cognitive behavioral therapy for gaming disorder found large short-term reductions in gaming disorder symptoms and depression, but it was unclear whether time spent gaming fell, and the gains at follow-up were not statistically significant⁷³. A review of 30 treatment studies found serious problems with how most of them were designed and reported⁵⁶. Some trials have tested specific programs against standard therapy, such as a psychological intervention for adolescents compared with cognitive behavioral therapy⁷⁴. Our method has not been tested in a randomized or controlled trial, its outcomes have not been assessed independently, and it has not been published in a peer-reviewed journal. The research supports the reasoning behind each element. It doesn't show that the combination works, or how much each element contributes. The figures in Table 5 are our evidence for the combination, with the limits stated above. A controlled evaluation would need independent outcome assessment, ideally with play data, a comparison condition and follow-up beyond six months. We would welcome one.

See a doctor if you think gaming has been covering depression, anxiety, ADHD or another condition. These often come with gaming problems^{23, 24}, and when the game stops, whatever it was covering can feel worse for a while. That's a reason to have it looked after properly, not a reason to go back to the game. If you also drink heavily every day, or take benzodiazepines or other prescription drugs, stopping those suddenly can be dangerous, so plan any change with a doctor. Get help straight away if you have thoughts of harming yourself or ending your life. Contact emergency services or a crisis line: in the US, call or text 988; in the UK and Ireland, Samaritans on 116 123; in India, Tele-MANAS on 14416.

Phalanx Labs is a behavior and performance engineering firm. The Behavior Control System is a structured method for changing behavior. It is not therapy, clinical care or medical treatment, and it does not diagnose or treat any medical or psychiatric condition. Our team doesn't act as the client's doctor or therapist, and the program doesn't replace either. Where the diagnostic suggests a medical or psychiatric risk, we tell the person to get that help first.

Some of the program's physical practices carry ordinary risks of their own. Cold and heat exposure and starting a training program aren't suitable for everyone, and people with heart conditions, high blood pressure or other medical conditions should check with their doctor first. The program gives general information about supplements and tells clients to consult a doctor before taking any; it does not prescribe or recommend medication or supplements.

The program is also not designed for every situation. It is not a crisis service. It isn't suitable as the only support for someone with a serious mental health condition or someone at risk of harming themselves or others. The diagnostic exists partly to identify these situations, and when we can't help, we say so and suggest the person seek appropriate care.