AI-Based Fidelity Feedback to Enhance CBT

This study is being conducted together by researchers at the University of Pennsylvania and Lyssn.io, Inc., ("Lyssn"), a technology start-up developing digital tools to support evidence-based psychotherapies (EBPs) for mental health disorders and addiction. This study will implement a technology to assess and enhance the quality of EBPs like Cognitive Behavioral Therapy (CBT) that includes a user interface geared to clinical, supervision, and administrative workflows and needs, and then assess this technology for effectiveness in comparison to usual care. There is a tremendous global burden of mental illness: Over 50 million American adults have a diagnosable mental health disorder, and major depression on its own is the leading cause of disability worldwide. In the face of this burden, clinical research has documented a variety of effective EBPs (e.g. CBT), and these psychotherapies are utilized on a massive scale. Systems have invested over $2 billion in training providers in specific EBPs. Once trained, however, therapists' adherence to the EBP, also called fidelity, is both crucial for effectiveness and difficult to assess. There is no scalable method to assess the fidelity and quality of EBPs in community practice settings. This is a foundational problem for healthcare systems. Advances in speech processing and machine learning make technology a promising solution to this problem. The use of technology - instead of humans - to evaluate EBPs means that objective, performance-based feedback can be provided quickly, efficiently, cost-effectively, and without human error. If successful, the present research will be among the first examples of a method for building, monitoring, and assessing the quality of therapy that can scale up to large, real-world healthcare settings. In this study, the investigators will implement an existing, fully-functional prototype (LyssnCBT) that includes a user interface geared to community mental health (CMH) clinical, supervision, and administrative workflows and needs, and then assess for effectiveness of psychotherapy supported by LyssnCBT in comparison to usual care. This study will implement LyssnCBT in 5 community mental health agencies, beginning with a single-arm pilot field trial to identify and address any specific barriers to implementing the tool in a community mental health context. The study team will then conduct a larger study in community mental health agencies comparing LyssnCBT to services as usual.

The research team will first recruit 10 therapists and two supervisors from one CMH clinic in order to conduct a single-arm field trial of LyssnCBT. Each therapist will use the LyssnCBT platform with two clients over the course of two weeks (four total sessions per therapist). In addition, supervisors will conduct a supervision session with each therapist using the LyssnCBT tool's fidelity feedback. Next, participants will complete brief Likert assessments on technical reliability, functional reliability, and experiences integrating the system into the daily workflow. Usage data from LyssnCBT will be captured automatically by the system, including: which software features were used, time spent reviewing sessions and transcripts, and time spent reviewing artificial intelligence (AI) generated CBT fidelity feedback. This data and feedback will be used for a final refinement of the LyssnCBT software and related clinical and supervision protocols prior to the main trial. Following the pilot study, the research team will recruit 4 additional CMH clinics to participate in a type 2 hybrid implementation-effectiveness, randomized stepped-wedge study comparing LyssnCBT to SAU. 50 therapists and their supervisors will be recruited from the participating clinics, and each therapist will be asked to have at least 5 clients participating in the study at any given time, from among their regular caseload. Across 18 months of planned data collection (\~75 weeks), the investigators expect a minimum of 1,875 clients for 50 therapists (i.e., 50 therapists x 5 sessions per week x 75 weeks = 18,750 sessions, with an average of 10 sessions per client). All 5 clinics will start with SAU, and clinics will be randomized to begin LyssnCBT sequentially over time. The primary data being collected throughout the project are recordings of therapy sessions, which are also collected as part of the typical operating procedures of the Penn Beck Community Initiative (BCI). CBT fidelity will be assessed by AI-generated Cognitive Therapy Rating Scale (CTRS) scores for every recorded therapy session, which will be recorded via the Lyssn platform during both SAU and LyssnCBT phases of the study. For client outcomes, the PHQ-9 and GAD-7 will be collected at each session and client drop-out will be assessed via a brief monthly survey sent out to participating therapists. Finally, after three months of engagement with the LyssnCBT tools, each participating therapist and supervisor will complete our battery of implementation measures, including the system usability scale, AIM, IAM, and FIM.