MI-CBTech: A Mobile Intervention for Community Integration in Homeless-Experienced Veterans With SMI

For Veterans experiencing homelessness, permanent housing is only the first step in achieving stability and improved quality of life. Even after attaining permanent housing, many Veterans continue to struggle with many aspects of functioning and day-to-day living. In addition, as Veterans move from temporary to permanent housing, they are at risk of falling out of mental healthcare and other VA services. One of the reasons this transition is so challenging is that in-person interventions, while well-suited for residential treatment programs, are less suitable for Veterans as they leave the VA campus and acquire housing at widely distributed locations. However, few behavioral treatments designed to improve daily functioning, including community integration, have been applied and tested during this transitional period. Whether this kind of treatment could be effective in improving engagement and increasing continuity of care for these Veterans is not known. Furthermore, remote interventions can overcome the disadvantages associated with long distance transportation challenges for therapy appointments and scheduling difficulties. Digital technology can provide innovative solutions to these treatment barriers and help close the access gap to meet the needs of previously homeless Veterans with serious mental illness (SMI). Technology-based treatments administered remotely via mobile smartphone applications have proven popular and successful in helping people build psychotherapy skills and manage mental health symptoms in real-world settings. Technology-based interventions can be easily disseminated, increasing access while reducing costs associated with face-to-face clinical care. Among homeless and SMI populations, smartphone use is quite high and research data indicate a willingness to use mobile applications for healthcare, whether in a clinical or research setting. Cognitive behavioral therapy (CBT) is a structured, time-limited treatment that focuses on changing maladaptive thoughts and problematic behaviors that interfere with functioning. Goals for therapy can focus on improved functioning in several aspects of daily living, including community integration. While CBT shows promise in improving community integration in individuals with SMI experiencing homelessness, individuals may still have low motivation to engage with and adhere to treatment. Studies integrating Motivational Interviewing (MI) with CBT have shown positive results for a variety of disorders, including serious mental illness. MI increases initiation and maintenance of behavioral change. Brief application of MI prior to CBT (MI-CBT) has been shown to enhance treatment engagement and improve outcomes. Importantly, the efficacy of augmenting individualized MI-CBT with digital tools in a homeless SMI Veteran population has not been evaluated. Therefore, it is not known whether administration of some aspects of an MI-CBT intervention via remote smartphone application might improve engagement and maintain therapeutic gains in this population. This study will test the feasibility and acceptability of an 8-week MI-CBT intervention enhanced with mobile technology (MI-CBTech) to improve community integration in homeless Veterans with SMI. A time- and format-matched control arm will include remote mindfulness training. 50 Veterans with SMI experiencing homelessness will be randomized to one of the two arms (25 per arm). Participants will be administered interviews (symptom ratings and community functioning), and performance-based assessments of cognitive ability at an in-person baseline visit. Participants will then be randomly assigned to one of two intervention arms: MI-CBTech or a mindfulness control, by recruiters who are blind to condition assignment. Both treatment arms will consist of 8 weeks of active intervention, including three individual in-person sessions occurring over the first 2 week period (3 MI sessions for MI-CBTech and 3 supportive therapy sessions for the control arm) followed by 6 weeks of mobile phone application use. During the period of remote application use, both arms will have phone check-ins during weeks 2, 4, and 6 to obtain information on application use and troubleshoot any potential problems with compliance or completion. Following completion of active treatment, participants will undergo a repeat assessment of symptom ratings and community functioning (8-week end of treatment assessment). Participants will then complete a final evaluation of symptoms ratings and community functioning as well as an exit interview (follow-up assessment 16 weeks after baseline). Total assessment time is 4 hrs for the baseline assessment and 2 hrs for the end of treatment and follow-up assessments. Both the end of treatment and follow-up assessments may be completed in-person or remotely via telephone or videoconference depending on participant preference. The remote portions of both intervention arms will be administered via participant's own smartphones. For otherwise eligible Veterans who do not own a smartphone, iPad, tablet, or other device, the investigators will help them obtain one. This study has the potential to fill key gaps in treatment options for this high priority population during a critical transition period and will help guide a future large-scale randomized controlled trial utilizing these interventions.