Gaming disorder and autism can coexist, but a deep autistic interest in video games does not establish a gaming disorder. The central clinical question is whether a persistent pattern of impaired control, escalating priority, and continued play despite adverse consequences causes significant functional impairment, after accounting for the individual's autistic profile, environment, support needs, and other conditions. An assessment should establish what gaming does for the person, what has changed over time, and whether difficulties can be attributed specifically to gaming behavior. The World Health Organization's ICD-11 definition and the 2025 autism-focused systematic review support this distinction. WHO (2020); Eltahir, Delfabbro, and King (2025).
Understanding the Difference
Autistic focused interests can involve unusual depth, consistency, precision, and emotional significance. Video games provide expansive worlds for collecting information, mastering rules, building systems, creating, competing, socializing, and obtaining predictable sensory experiences. The intensity of interest alone cannot indicate addiction: an activity may occupy extensive time while supporting learning, connection, identity, or regulation. A qualitative synthesis of autistic people's accounts found that focused interests can enrich well-being, skills, and social relationships, while their benefits depend partly on social context. Chow and Cooper (2024/2026).
Gaming disorder describes a different clinical phenomenon. In ICD-11 it requires impaired control over gaming; increased priority of gaming over other activities; continued or escalating gaming despite negative consequences; and clinically significant distress or impairment in important domains. Its course is usually evident for approximately twelve months, although a shorter period can suffice when the presentation is particularly severe. An autistic person can enjoy an absorbing video-game interest for years without meeting this threshold, and an autistic person can also develop clinically impairing gaming behavior. Both possibilities deserve careful assessment. WHO (2020); WHO CDDR (2024).
The conceptual boundary is therefore functional, developmental, and contextual. Functioning means more than externally approved activities or conformity to neurotypical leisure preferences. Clinicians should ask whether the person can pursue their own valued goals with appropriate accommodations, whether they retain meaningful choice around gaming, and whether gaming itself produces serious losses that persist when environmental and co-occurring difficulties are addressed. These questions guide formulation; a qualified clinician must still apply formal diagnostic requirements.
Clinical Classification: ICD-11 and DSM-5-TR
ICD-11 Gaming Disorder
The WHO classifies gaming disorder among disorders due to addictive behaviors. The gaming may be online or offline. Three interrelated features define the behavioral pattern: reduced control over starting, frequency, duration, context, or ending play; gaming becoming so prioritized that major life activities are displaced; and continued play despite adverse consequences. Significant impairment in personal, family, social, educational, occupational, or other important functioning is essential. A person who plays for many hours but continues to exercise effective control and sustain functioning does not satisfy the definition simply because their gaming is intense. WHO (2020); WHO CDDR (2024).
The symptoms need to form a coherent pattern rather than an isolated conflict about device use. For example, difficulty ending a game during an unexpected transition may reflect autistic intolerance of abrupt change, sensory overload, anxiety, or a need to complete a predictable sequence. Such episodes should be investigated rather than mechanically equated with impaired control. Conversely, repeatedly breaking personally accepted commitments to stop, using games despite serious and recognized deterioration, and organizing daily life around gaming may provide relevant clinical evidence when the full diagnostic pattern is present.
DSM-5-TR Internet Gaming Disorder
The American Psychiatric Association retains Internet Gaming Disorder in Section III of the DSM-5 framework as a condition for further study, rather than a formally established diagnosis in the principal DSM disorder chapters. The proposed criteria cover preoccupation, withdrawal-like reactions, tolerance, unsuccessful control attempts, reduced other interests, persistence despite psychosocial problems, deception, gaming to escape negative mood, and jeopardized relationships or opportunities. Criterion counting without developmental and clinical interpretation can overpathologize passionate activities. The ICD-11 and DSM approaches therefore require careful separate identification in research and practice. American Psychiatric Association (2013).
Autistic interests can increase apparent endorsement of some proposed DSM-style items even when pathological loss of control is absent. Feeling very upset when interrupted may reflect a difficult transition. Preferring a familiar game to unpredictable social settings may represent an understandable choice in a poorly accommodating environment. An apparent decline in other interests may simply mean that one stable interest is especially valued. Interpretation must examine impairment, developmental history, the player's own experience, and explanations beyond a questionnaire response. Eltahir, Delfabbro, and King (2025).
What Autistic Focused Interests Mean
Special Interests, Identity, and Expertise
Focused interests are often central components of autistic experience, although their form and meaning differ greatly across individuals. Games can support detailed knowledge of mechanics, character narratives, maps, programming, historical settings, mathematics, or artistic styles. For some people, predictable systems offer an accessible setting for experimentation and accomplishment. Interest-driven learning can turn into friendships, community participation, creative work, and professional skills. The existence of these benefits should enter clinical assessment as substantive information about the person's quality of life. Chow and Cooper (2024/2026); Davies et al. (2024).
A focused interest may be repetitive, extensive, and resistant to arbitrary interruption because predictability matters. Clinical assessment asks how the individual experiences this pattern, whether choices remain possible when transitions are supported, and what the person values beyond gaming. It also examines whether imposed restrictions are generating conflict that is mistakenly interpreted as evidence of disorder. Such interpretation calls for contextual clinical reasoning, not an assumption that all immersive autistic interests are either helpful or harmful.
Sensory Predictability and Emotional Regulation
Gaming can provide modifiable sound, visual intensity, rules, pacing, and social exposure. Someone who finds a classroom, workplace, or busy gathering overwhelming may experience a familiar game as organized, intelligible, and manageable. A game can function as a recovery activity following sustained social demands. At the same time, a strategy that initially supports regulation may become rigid if the person has no accessible alternatives for sleep, exercise, rest, emotional communication, or social connection. The purpose of assessment is to identify the function and whether that function can be maintained more sustainably.
Clinical examples require particular care. If a teenager spends an evening gaming after sensory overload, the behavior may be an adaptive response to a difficult day. If gaming repeatedly displaces food, necessary medication, rest, or desired relationships despite collaborative support, clinicians should examine whether a harmful and potentially disordered pattern is developing. The relevant causal question concerns the interaction of game features, personal needs, and available accommodations, rather than relying on hours played.
Social Connection and Multiplayer Games
Games may offer communication that can be paced, text-based, task-focused, or organized around shared goals. A 2026 qualitative systematic meta-ethnography of twelve studies described autistic players' experiences of lower-pressure social interaction, skill development, self-esteem, and well-being through multiplayer online gaming. Qualitative findings illuminate lived experience but cannot establish clinical prevention effects or determine who will develop gaming disorder. Bennett, Smith, and Sturdee (2026).
Online friendship is a genuine form of social connection. A clinician should therefore ask whom the player knows online, whether those relationships are supportive, and how contact changes when gaming is restricted. A reduction in face-to-face interaction may reflect unmet accessibility needs elsewhere. Where gaming is the person's primary community, abruptly removing it can intensify isolation; support should preserve safe relationships while addressing any concrete harms.
When Gaming Becomes Clinically Impairing
Impaired Control Rather Than Mere Preference
Impaired control is suggested when an individual repeatedly cannot act on their own intention to reduce or stop gaming, even with reasonable supports for transitions, and suffers consequential harm. Preference means choosing one valued activity over another. The difference becomes clearer when a person wants to leave for a planned event but repeatedly loses control over play, or finds themselves unable to meet personally meaningful obligations despite understanding the consequences. A clinician should identify the pattern's duration, consistency, context, and actual effects. WHO (2020).
Functional Impairment and the Baseline Question
Functional impairment should be assessed relative to the person's established baseline and goals. Problems that existed before an increase in gaming, such as school refusal because of bullying, social exhaustion, or inaccessible instruction, cannot automatically be assigned to gaming. A credible clinical formulation establishes the sequence: what was functioning like before changes in play, which difficulties followed, and which persist when game use changes? Cross-sectional correlations often leave this sequence unresolved. An individualized longitudinal timeline is usually more informative than a single weekly screen-time total.
Impairment can involve chronic sleep deprivation, missed meals, declining health, neglected work, unsustainable financial spending, or recurrent loss of opportunities the individual values. A dispute with parents about whether a specific interest is acceptable is insufficient evidence of a mental disorder. Distress deserves attention in either case; diagnosis requires a coherent explanation and clinically significant harm. WHO CDDR (2024).
Persistence Despite Recognized Harm
Clinically relevant persistence means playing continues even when substantial negative outcomes have become evident. Careful interviewing distinguishes knowingly continuing a desired but costly activity from being unable to regulate participation despite strong personal reasons to change. It also identifies whether the player has access to feasible substitutes: if school, leisure spaces, and social activities remain intolerable or inaccessible, exhortations to play less may fail because the alternatives do not meet basic needs. This environmental account can coexist with gaming disorder and should be assessed as part of treatment planning.
Evidence on Autism and Gaming Disorder
What Systematic Reviews Establish
The most directly relevant synthesis is the 2025 review by Eltahir, Delfabbro, and King. It included 31 studies, with 78,442 participants across gaming-disorder studies and 14,474 across internet-addiction studies. The authors found that gaming-related and internet-related problems appeared overrepresented in autistic samples. However, study quality was generally moderate, psychometric weaknesses were substantial, and no true population-prevalence study of gaming disorder in autistic people was available. Some reported rates exceeded twenty percent, but those estimates came from heterogeneous survey and clinical samples and must never be presented as the prevalence of ICD-11 gaming disorder in autistic people. Eltahir, Delfabbro, and King (2025).
An earlier systematic review by Murray and colleagues included 21 relevant publications and identified positive associations between problematic internet use, autistic traits, and autism diagnoses, with variation across measures. A 2021 review by Craig and colleagues covered twelve studies of problematic video-game use in autistic populations and identified possible contributions of attentional difficulties, family context, and gaming characteristics. These findings warrant clinical awareness; they do not establish that autism causes a gaming disorder or that intensive gaming is inherently disordered. Murray et al. (2022); Craig et al. (2021).
Why Prevalence Estimates Are Uncertain
Studies differ in whether participants have clinically assessed autism, self-reported autistic traits, or informant descriptions. They also differ in whether the gaming outcome is a validated diagnostic interview, a symptom checklist, a broad problematic-use scale, or simple time spent playing. Recruitment from specialty clinics or gaming communities may overrepresent people with particular problems. Parent-only reporting may miss the psychological benefits of gaming, while self-report alone may omit external consequences. These variations impair comparability and make precise pooled estimates for clinically diagnosed gaming disorder unreliable. Eltahir, Delfabbro, and King (2025).
Measurement overlap is especially consequential. A questionnaire item about obsessive preoccupation or limited alternative hobbies may resemble an autistic focused interest. A question about agitation when interrupted may partly detect transition distress. Screening scales often lack sufficient validation in autistic samples to determine the same diagnostic meaning across groups. Researchers need measurement-invariance tests, autism-sensitive clinical interviews, and follow-up studies before claiming that one score means the same thing for every neurodevelopmental profile.
Associations, Predictors, and Causation
The 2025 synthesis identified candidate correlates including adolescent age, male sex in sampled populations, co-occurring ADHD symptoms, limited parental rules about devices, parent-child conflict, and parental stress. These factors can reflect intertwined family, developmental, and environmental processes; many are not independent causal mechanisms. For example, family conflict may precede problematic gaming, follow it, or arise from a third stressor. Likewise, attention difficulties may contribute to impulse-control problems while also increasing disagreement about technology boundaries. Cross-sectional research cannot resolve direction. Eltahir, Delfabbro, and King (2025).
Early observational studies, including work by Mazurek and Engelhardt, helped establish that autistic youth's game use deserved closer study. Their parent-reported findings are historically important but cannot substitute for contemporary ICD-11 diagnostic interviews, prospective designs, or representative epidemiology. The research field should distinguish a higher mean screening score from a higher confirmed clinical incidence. Mazurek and Engelhardt (2013).
Psychological and Environmental Mechanisms
Reward Learning, Mastery, and Predictability
Games offer repeated feedback, explicit objectives, variable challenges, and visible progress. Reinforcement-learning accounts can describe why many players return to rewarding experiences. These general mechanisms operate in enjoyable non-disordered gaming as well. For an autistic player, rule clarity and mastery may have particular value when offline environments offer uncertain feedback. Hypotheses about stronger reinforcement sensitivity in a given autistic subgroup require empirical evaluation rather than being inferred from a diagnosis. Reward responsiveness alone is not a biomarker of gaming disorder.
Emotion Regulation, Avoidance, and Burnout
Gaming can help relieve anxiety, boredom, loneliness, and overwhelming sensory demands. Problems may arise when reliance on gaming reduces access to restorative sleep or prevents attention to difficult circumstances, while the external stressors remain unresolved. This produces a potentially self-reinforcing cycle: distress increases play, missed obligations increase distress, and gaming becomes an increasingly dominant coping strategy. Such an account can guide treatment but must be tested against the person's history. A gaming pattern that improves when bullying, exhaustion, depression, or inadequate accommodations are treated may have been partly maintained by those conditions.
Executive Functions and Co-occurring ADHD
Executive-function difficulties and co-occurring ADHD symptoms may influence stopping behavior, planning, time estimation, and reward-driven choices. Autism, ADHD, sleep disruption, anxiety, and gaming-related impairment can affect overlapping behaviors, making single-symptom inference unreliable. Clinicians should evaluate attention and impulsivity across settings and before major changes in gaming. When ADHD is present, its assessment and treatment remain clinically distinct from a gaming-disorder diagnosis. The autism-gaming review identifies ADHD symptoms as a relevant correlate, while emphasizing weaknesses in causal interpretation. Eltahir, Delfabbro, and King (2025).
Platform Design and Online Social Pressure
Games differ in session length, stopping cues, peer obligations, persistent worlds, randomized rewards, competitive ranking, and purchase opportunities. These affordances can complicate stopping and may interact with an individual's need to finish a sequence or maintain social commitments. A multiplayer raid planned with friends can make interruption socially costly. In-game purchases deserve separate attention when spending creates harm. The assessment should examine the actual product, payment systems, social expectations, and parental controls rather than treating video games as one uniform exposure. Evidence that particular design features cause gaming disorder in autistic users remains limited.
A Neurodiversity-Informed Clinical Assessment
Start With the Person's Account and Values
A useful assessment asks the autistic person what games mean to them, which experiences are enjoyable or stressful, which parts of life they wish to change, and how they understand any disagreement with family or professionals. People communicate distress in different ways, so questions may require visual scales, extra processing time, predictable structure, or alternative communication. Information from caregivers, partners, teachers, or clinicians can be valuable when gathered with appropriate consent and interpreted alongside the player's own account. NICE emphasizes accessible communication, autonomy, and individualized adjustments in autism services. NICE CG142.
Reconstruct a Developmental and Behavioral Timeline
The clinician should map lifelong focused interests and communication preferences, then establish when gaming increased, whether control changed, what adverse outcomes emerged, and what else was occurring. Useful domains include sleep, nutrition, mood, school or employment access, relationships, finances, gaming expenditure, bullying, changing support, medication, and family transitions. A history spanning months and multiple settings is more informative than a snapshot of gaming hours. For a child, distinguish demands from parents, school expectations, and the child's own goals; all three may differ legitimately.
Assess the Three ICD-11 Features Directly
For impaired control, ask what happens when the individual decides in advance to stop and whether a predictable transition plan changes the outcome. For increasing priority, ask whether gaming is replacing activities that the person still values and can realistically access. For persistence despite harm, identify specific serious consequences recognized by the individual and whether gaming continues despite efforts to address them. Evaluate the duration and seriousness of the pattern. The full assessment should test whether these features remain after sensory, educational, mental-health, and family factors are considered. WHO CDDR (2024).
Screening Measures Are Starting Points
A high score on an Internet Gaming Disorder scale or a general problematic-gaming questionnaire indicates that more assessment may be warranted. It does not establish an ICD-11 diagnosis, and a threshold validated in a general sample may perform differently in autistic people. Clinicians should review which items were endorsed and why. The psychometric problems identified by the 2025 systematic review make structured clinical formulation especially important. Repeating a questionnaire at follow-up can track one measure over time, provided it is interpreted alongside real-world functioning and the limitations of the instrument. Eltahir, Delfabbro, and King (2025).
Differential Diagnosis and Co-occurring Conditions
Assessment should distinguish longstanding autistic interests from new loss of gaming control; ADHD-related impulsivity from disorder-specific behavior; depression-related withdrawal from gaming-driven isolation; anxiety and sensory avoidance from apparent refusal to leave a game; and sleep problems caused by several potentially interacting factors. Clinicians should also consider other mental-health disorders, physical illness, and developmental or environmental changes. Mania and hypomania require special care because an episodic reduced need for sleep, elevated or irritable mood, and broad behavioral change can be misread as a primary gaming problem. NICE recommends considering coexisting mental and neurodevelopmental conditions and undertaking functional analysis of environmental triggers. NICE CG142; WHO CDDR (2024).
Three Illustrative Assessment Profiles
Focused Interest With Preserved Functioning
An autistic university student devotes long evenings to a strategy game, contributes to an online community, and studies game design. The student meets chosen academic commitments, maintains health, and can pause planned sessions with agreed transition cues. Relatives dislike the amount of screen time, but the person experiences mastery and connection. This hypothetical profile does not establish gaming disorder. A supportive discussion about balance and sleep may still be useful, without imposing a clinical label.
Context-Dependent Problems With Unmet Support Needs
An autistic teenager begins playing late into the night after repeated bullying and sensory overwhelm at school. Attendance declines, family conflicts intensify, and gaming becomes the most predictable source of relief. The assessment discovers that school difficulties preceded the increase in play and that transitions improve with advance warning. Treatment should address safety, schooling, sleep, and emotional distress while assessing whether gaming itself also meets disorder criteria. It would be premature to infer gaming disorder solely from family distress or hours online.
Co-occurring Gaming Disorder Is Plausible
An autistic adult describes repeated, unsuccessful personal attempts to limit gaming. Work assignments and nutrition deteriorate, substantial purchases continue despite explicit financial harm, and gaming remains dominant even after environmental supports and planned boundaries are introduced. The individual recognizes the losses and wants help but repeatedly finds control difficult. With sufficient duration, significant impairment, and a complete diagnostic evaluation, this pattern could support a co-occurring gaming-disorder diagnosis. The hypothetical example illustrates clinical reasoning, not a diagnostic shortcut.
Treatment and Support When Gaming Causes Harm
Collaborative Goals and Safety
Care begins by defining the actual problems to be reduced and the activities or relationships to be protected. Meaningful goals may include more reliable sleep, completing valued work, reducing unwanted purchases, restoring a social routine, or regaining control over the end of play. Collaborative planning is especially important when gaming supplies valued friendships or sensory regulation. Abrupt blanket prohibition can remove support without addressing underlying needs. Where neglect of health, severe depression, self-harm risk, abuse, or acute crisis is present, prompt professional assessment and appropriate safeguarding take priority.
Cognitive Behavioral and Psychological Interventions
Cognitive behavioral interventions are the most extensively studied psychological approaches to gaming disorder. A 2025 meta-analysis of 21 controlled studies involving 1,360 participants found reductions in symptom severity and gaming time following treatment, but also reported substantial heterogeneity and limited longer-term follow-up. An earlier meta-analysis found more modest pooled effects and highlighted small-study bias and risk of bias. Consequently, psychological treatment is promising, while confidence in its size and long-term durability remains constrained. These pooled results should not be represented as autism-specific efficacy data. Harpas et al. (2025); Danielsen, Mentzoni, and Låg (2024).
A 2026 systematic review of 28 studies identified common CBT treatment components including emotion regulation, psychoeducation, cognitive restructuring, behavioral activation, and relapse prevention. This describes what interventions commonly contain, rather than proving which component works best for autistic people. A clinician may use a functional analysis to identify triggers and practice alternative responses with the person. King and colleagues (2026).
Adaptation for Autistic Communication and Sensory Needs
Interventions can be made accessible through explicit language, visual routines, predictable session structure, concrete examples, advance notice of changes, processing time, and attention to sensory overload. Involving trusted supporters should depend on the person's preference and needs. Rather than targeting the individual's focused interest as a problem in itself, therapy can strengthen flexible control, provide other forms of meaningful regulation, and preserve safe gaming-based relationships. NICE recommends autism-informed adaptations to cognitive and behavioral therapies for coexisting mental disorders, including concrete and structured approaches, written or visual supports, and incorporation of personal interests. These recommendations provide an adaptation framework; they are not trials proving a particular gaming-disorder protocol for autistic participants. NICE CG142.
Family Support and Practical Changes
Families can examine whether schedules and device boundaries are collaborative, comprehensible, predictable, and realistic. Agreed stopping cues, planned breaks, purchase limits, bedtime protection, reduced notifications, and clear arrangements for online social commitments can help when tailored to the individual. Caregivers may also require support with stress, conflict, and access to services. The underlying aim is increased agency and sustainable functioning. Punishment, coercion, and surveillance may damage trust when used without a coherent and proportionate clinical rationale. Studies linking parental rules or conflict with gaming outcomes do not establish that one universally optimal rule set exists. Eltahir, Delfabbro, and King (2025).
Medication and Co-occurring Conditions
Research on medication for gaming disorder remains preliminary. There is no established autism-specific medication treatment for gaming disorder. Clinicians should assess and treat co-occurring ADHD, depression, anxiety, sleep disorders, and other conditions according to their own evidence-based indications. Any medication decision requires appropriate clinical supervision and should not be presented as a substitute for functional assessment. The recent treatment meta-analysis identifies pharmacotherapy as an area requiring further study. Harpas et al. (2025).
Positive and Therapeutic Uses of Games
The scientific discussion must also include games used as educational, social, and therapeutic tools. A 2025 meta-analysis of game-based interventions for autistic children and adolescents included 24 studies and 1,801 participants, reporting improvements in some social and cognitive outcomes but limitations in study quality and precision. These were structured interventions and do not show that ordinary commercial gaming treats autism, nor do they establish the risk of gaming disorder from therapeutic gaming. Gao et al. (2025).
A 2026 review of multiplayer gaming experiences likewise suggests potential for social participation, self-esteem, and connection, with conclusions limited by qualitative study designs. The relevant distinction is between an activity's possible benefits, the context in which it is used, and a clinically impairing pattern of control. A person can obtain genuine benefits from games and still need help changing harmful aspects of play. Bennett, Smith, and Sturdee (2026).
Research Gaps and Scientific Debate
The clearest gaps are representative clinical prevalence studies, autism-specific measurement validation, prospective designs that distinguish cause and consequence, and trials evaluating adaptations of gaming-disorder treatment for autistic people. The existing literature often merges generic internet use with video gaming, conflates screen hours with symptoms, and samples children or male participants disproportionately. Diagnostic outcomes also vary between ICD-11, proposed DSM Internet Gaming Disorder, and scale-defined problematic gaming. Each difference changes what a study can establish. Eltahir, Delfabbro, and King (2025); Craig et al. (2021).
One important scientific debate concerns the extent to which questionnaires confuse autistic characteristics with addiction symptoms. The strongest practical response is item-level interpretation anchored in the person's own goals and evidence of disorder-specific control loss. Another concerns whether gaming is a cause of deteriorating functioning or a response to unmet needs. Prospective studies, naturalistic changes in environment, and intervention studies will help test competing accounts. Neurodiversity-informed clinical reasoning can coexist with accurate recognition of genuine gaming disorder because both require attention to the person's actual well-being and impairment.
Practical Questions
Does autism make someone addicted to video games?
Autism does not itself establish gaming disorder. Studies find associations between autism and elevated problematic-gaming scores in some samples, but the true prevalence of clinically diagnosed gaming disorder in autistic populations remains unknown. Evaluation must establish a specific persistent pattern of impaired control, priority, continuation despite harm, and significant functional impairment. Eltahir, Delfabbro, and King (2025); WHO (2020).
Are long gaming sessions a sign of gaming disorder?
Length of play is useful context, particularly for sleep and responsibilities, but is insufficient for diagnosis. Someone may play intensively during leisure time with preserved control and functioning. Another person may experience significant harm with fewer hours. Assess duration, motivation, control, consequences, and what changes when support or circumstances change.
Can video games count as an autistic special interest?
Yes. Games may organize knowledge, creativity, relationships, sensory regulation, and mastery. An interest can be deeply meaningful while also requiring practical planning about sleep, money, or daily transitions. Preserving the value of an interest is compatible with identifying and treating a separate clinically impairing problem. Chow and Cooper (2024/2026).
How can parents tell whether the problem is gaming or transitions?
Look for patterns across situations. Does distress arise mainly from sudden interruption, and improve with warning, a predictable stopping point, and sensory accommodations? Or are there repeated personal failures to control play and clinically significant harm across settings? The latter pattern warrants a specialist gaming assessment. Both can exist together, so clinical formulation may be necessary.
What if gaming is the person's main source of friends?
Those friendships have genuine significance. Ask how to maintain relationships safely while reducing specific harms, for example by changing session times, coordinating with peers, or strengthening accessible offline options. Removing a valued social setting without replacement may worsen isolation. Bennett, Smith, and Sturdee (2026).
Is there a proven treatment specifically for autistic people with gaming disorder?
Autism-specific controlled treatment evidence remains limited. CBT-based interventions have supportive but heterogeneous evidence for gaming disorder generally, and autism clinical guidance supports adapting communication, structure, and sensory conditions when delivering therapy for coexisting mental-health needs. Treatment should be individualized and monitored with functional outcomes, not just gaming hours. Harpas et al. (2025); NICE CG142.
Conclusion
The scientifically defensible boundary between autistic focused interests and gaming disorder rests on clinically significant impairment associated with persistent loss of control, escalating priority, and continued play despite harm. A sound assessment recognizes gaming's possible roles in identity, skill, connection, and regulation while investigating changes in functioning, co-occurring conditions, and environmental barriers. Current systematic evidence justifies clinical vigilance about problematic gaming in autistic people and equal vigilance against mistaking passionate interests or inaccessible life circumstances for an addictive disorder.
Related Articles
Cluster Gambling, Gaming and Behavioral Addictions — the scientific research chapter on recognized gambling and gaming disorders, mechanisms, harms, assessment, and care.
Gaming Disorder: Symptoms, Diagnosis, and Treatment — the clinical framework for interpreting ICD-11 gaming-disorder symptoms and treatment evidence.
Heavy Gaming vs Gaming Disorder: Warning Signs and Functional Impairment — a focused comparison of intense play, warning signs, and functional consequences.
Gaming Disorder and ADHD: Comorbidity and Assessment — Review overlap between ADHD symptoms and gaming disorder, measurement biases, and implications for clinical assessment.
Gaming Disorder in Adults: Symptoms and Daily Functioning — Explore adult gaming disorder, work and relationship impairment, diagnostic assessment, and evidence-based care.
References
American Psychiatric Association. (2013). Internet Gaming Disorder: A condition for further study in DSM-5. Official APA PDF.
Bennett, R., Smith, I. C., and Sturdee, M. (2026). What are the experiences of autistic individuals who engage in multiplayer online gaming? A systematic meta-ethnography. Research in Autism, 130, 202768. DOI.
Chow, C., and Cooper, K. (2026; online 2024). What are the lived experiences of strengths in autistic individuals? A systematic review and thematic synthesis. Autism in Adulthood, 8(1), 14–26. DOI.
Craig, F., Tenuta, F., De Giacomo, A., Trabacca, A., and Costabile, A. (2021). A systematic review of problematic video-game use in people with Autism Spectrum Disorders. Research in Autism Spectrum Disorders, 82, 101726. DOI.
Danielsen, P. A., Mentzoni, R. A., and Låg, T. (2024). Treatment effects of therapeutic interventions for gaming disorder: A systematic review and meta-analysis. Addictive Behaviors, 149, 107887. DOI.
Davies, J., et al. (2024). Autistic identity: A systematic review of quantitative research. Autism Research, 17(5), 874–897. DOI.
Eltahir, E., Delfabbro, P. H., and King, D. L. (2025). Autism in relation to gaming disorder and internet addiction: A systematic review. Computers in Human Behavior, 162, 108443. DOI.
Gao, J., Song, Y., Huang, Y., Zhang, A., and Ke, X. (2025). The effect of game-based interventions on children and adolescents with autism spectrum disorder: A systematic review and meta-analysis. Frontiers in Pediatrics, 13, 1498563. DOI.
Harpas, I., Stevens, M., Radunz, M., Williamson, P., Hamamura, T., Svendsen, O., and King, D. L. (2025). Treatment of gaming disorder: A systematic review and meta-analysis. Psychiatry Research, 354, 116783. DOI.
King, D. L., et al. (2026). Common practice elements of cognitive behavioral therapy for gaming disorder: A systematic review and expert panel evaluation. Clinical Psychology Review. DOI.
Mazurek, M. O., and Engelhardt, C. R. (2013). Video game use and problem behaviors in boys with autism spectrum disorders. Research in Autism Spectrum Disorders, 7(2), 316–324. DOI.
Murray, A., Koronczai, B., Király, O., Griffiths, M. D., Mannion, A., Leader, G., and Demetrovics, Z. (2022). Autism, problematic internet use and gaming disorder: A systematic review. Review Journal of Autism and Developmental Disorders, 9, 120–140. DOI.
National Institute for Health and Care Excellence. (2012, updated). Autism spectrum disorder in adults: Diagnosis and management (CG142). Official guideline.
World Health Organization. (2020). Addictive behaviours: Gaming disorder. Official Q and A.
World Health Organization. (2024). Clinical descriptions and diagnostic requirements for ICD-11 mental, behavioural and neurodevelopmental disorders. Official publication.