It is argued that AI should be framed as an augmentation of - not a replacement for - the clinical relationship, with equity, consent and explainability treated as first-order design constraints.
Abstract
: Artificial Intelligence (AI) is increasingly deployed across the mental health pathway, from screening and diagnosis through to intervention, monitoring and prognosis. This paper presents a structured review, aligned with the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) 2020 guidance, of the current evidence base for AI in mental health. Working from four anchor reviews and a transparent, criteria-driven corpus of supporting primary and regulatory sources, we make four contributions. First, we propose a faceted taxonomy that classifies any mental-health AI system across paradigm, data modality, clinical task, autonomy/risk and evidence maturity. Second, we report an explicit search protocol with inclusion and exclusion criteria, so that the evidence base is reproducible rather than implicit. Third, we synthesise reported performance comparatively across application domains and grade the maturity of the evidence using a five-level scheme. Fourth, we propose a Responsible AI Pipeline that connects research activity to safe clinical deployment through explicit bias, validation, safety and regulatory gates. Reported strengths include accurate classification and risk prediction for common mental disorders, earlier case-finding, scalable chatbot-based self-help, and support for personalised treatment planning. However, the literature remains marked by methodological inconsistency, limited external validation, bias in training data, under-representation of people with intellectual disability and other marginalised groups, and unresolved issues around consent, explainability and regulation. We argue that AI should be framed as an augmentation of - not a replacement for - the clinical relationship, with equity, consent and explainability treated as first-order design constraints.
Conversational interventions showed the clearest signal for short-term depressive symptom improvement, while evidence for anxiety, stress, long-term outcomes, and diverse populations remained less consistent.
Universitas Salakanagara, Liza Anggraeni Amir· 0 citations
Five priorities define a translational agenda for 2026 and beyond: AI in mental health will succeed not through model performance alone, but through disciplined integration into clinical workflows, measurement systems, and governance structures that ensure safety, equity, and real-world effectiveness.
Martin P. Paulus, J. Torous, R. Perlis et al.· NPP—Digital Psychiatry and N...· 0 citations
This critical narrative review examines evidence across the three domains in which artificial intelligence has been most extensively applied to mental health, namely diagnostic classification and risk detection, treatment personalisation, and continuous patient monitoring, and asks why demonstrated technical performanc...
Oyebode Mary Oluwabunmi, Anyebe Daniel Ameh, Jacob Miracle Godswill et al.· Journal of medicine and heal...· 0 citations
Artificial intelligence has significant potential to enhance mental health nursing by supporting early identification of symptoms, improving access to care and strengthening clinical decision-making, with stronger evidence observed in reviews evaluating AI interventions for early detection and risk prediction.
J. Odame, Gabriel Obeng-Gyamfi, Dayeon Heo et al.· Journal of Psychiatric and M...· 0 citations
These technologies show promise in reducing human error and enhancing mental health care delivery; however, persistent challenges include data privacy, ethical considerations, and the need for diverse, large-scale datasets.
Juster Donal Sinaga· Journal of Society Counselin...· 0 citations
This systematic review provides a comprehensive analysis of XAI methods specifically applied to tabular healthcare data for classification tasks, revealing that SHAP remains the dominant post-hoc method, achieving strong model fidelity but showing inconsistent alignment with clinical expert reasoning.
Angelower Santana-Velásquez, M. B. Salazar-Sánchez· Computers· 0 citations
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