Hospital-at-Home Multi-Decision Program Design
Should the hospital launch a hospital-at-home program for selected adult medical patients in FY2027?
Published content
- node: An in-house program would give the hospital more direct control over patient selection, quality governance, staffing standards, and integration with existing medical leadership.
- node: A third-party partner could shorten implementation time by supplying monitoring infrastructure, field operations processes, and home-visit logistics that already exist.
- node: Deferring launch avoids near-term implementation complexity while still allowing the hospital to improve continuity of care and reduce avoidable readmissions.
- node: Launch the hospital-at-home program in-house using hospital-employed staff, hospital governance, and internally managed care protocols.
- node: Should the hospital launch a hospital-at-home program for selected adult medical patients in FY2027?
- node: Starting with two established medical pathways reduces operational complexity and makes early outcomes easier to evaluate against known inpatient baselines.
- node: A broader phase 1 cohort can generate more admissions avoided and provide a more meaningful test of operational scalability across multiple medical presentations.
- node: Include congestive heart failure and chronic obstructive pulmonary disease patients only in phase 1 because those pathways have clearer monitoring protocols and predictable escalation criteria.
- node: Continuous monitoring may detect deterioration earlier and provide greater reassurance to clinical leadership when treating acute patients outside the inpatient unit.
- node: Scheduled monitoring can reduce equipment expense and alert fatigue while still supporting clinically appropriate oversight for lower-risk patients.
- node: Use continuous remote monitoring through a vendor platform for vital signs, symptom alerts, and escalation flags across all phase 1 patients.
- node: Using current hospitalists would preserve continuity with existing acute care protocols and reduce the need to recruit a separate physician group.
- node: A dedicated physician team may improve focus, accountability, responsiveness, and operating discipline during the early phase of program implementation.
- node: Use existing hospitalists on a rotating basis to provide physician coverage for hospital-at-home patients in addition to inpatient responsibilities.
- node: A hospital-owned escalation model would provide tighter operational control and clearer accountability over response times, clinical handoff, and destination management.
- node: Outsourced transport may reduce internal setup effort and allow the hospital to pilot the program without fully building transport capability from the start.
- node: Use a hospital-owned escalation model with rapid response coordination, dedicated transport access, and direct return-to-unit pathways when necessary.
- node: Launching in-house requires major operational setup across nursing, physician coverage, monitoring, pharmacy, transport, and escalation pathways within a limited planning window.
- node: Partner delivery introduces additional oversight, vendor dependency, data-sharing, and accountability risks that may complicate governance and patient experience management.
- node: This option does not materially expand acute care capacity and may leave the hospital exposed to future bed pressure during seasonal surges in admissions.
- node: Pilot the hospital-at-home program through a third-party care delivery partner while the hospital retains patient selection and clinical governance.
- node: A narrower phase 1 cohort may limit early bed-capacity benefits and reduce visibility of the program's value to the broader hospital leadership team.
- node: Expanding the cohort too early could complicate training, eligibility review, escalation logic, and supply planning before the core operating model is stable.
- node: Include congestive heart failure, chronic obstructive pulmonary disease, pneumonia, and cellulitis in phase 1 to broaden eligible volume and produce larger capacity benefits earlier.
- node: Continuous monitoring increases equipment cost, alert-management burden, and dependency on vendor uptime and connectivity in the patient's home.
- node: Spot-check monitoring may miss early deterioration between observation periods and may be harder to justify for higher-acuity phase 1 patients.
- node: Use scheduled spot-check monitoring with nurse-reviewed measurements and symptom questionnaires at defined intervals rather than continuous monitoring.
- node: Adding hospital-at-home coverage to existing hospitalist duties may stretch physician capacity and create competing demands during periods of high inpatient census.
- node: A dedicated team may be expensive at low patient volumes and may create a staffing model that is difficult to justify before utilization stabilizes.
- node: Create a dedicated virtual physician team responsible only for hospital-at-home patients during the pilot and early scale-up period.
- node: This model requires more internal coordination and may be difficult to operationalize if transport resources are already constrained across the hospital system.
- node: Reliance on outsourced transport introduces vendor dependency and may create response-time variability that is difficult to accept for acutely ill patients.
- node: Use outsourced medical transport with defined service-level agreements and escalation triggers for urgent transfer back to the hospital.
- node: Defer launch of hospital-at-home and strengthen transitional care, discharge planning, outpatient follow-up, and readmission prevention instead.
- node: Start with congestive heart failure only in phase 1 and add further conditions only after a formal operating review and quality sign-off.
- node: Use a hybrid monitoring model in which higher-risk patients receive continuous monitoring and lower-risk patients receive scheduled spot-check monitoring.
- node: Use a mixed model in which hospitalists cover daytime care and contracted physicians provide overnight virtual coverage and backup escalation.
- node: Use the emergency department and a community paramedicine partnership as the default escalation pathway for urgent assessment and hospital return.
- node: Which patient cohort should be included in phase 1 of the hospital-at-home program?
- node: What remote monitoring model should be used for patients treated through hospital-at-home?
- node: What physician coverage model should support the hospital-at-home program?
- node: What escalation and transport model should be used when hospital-at-home patients deteriorate or require urgent in-person assessment?
- node: High medical bed occupancy during seasonal surges increases the value of models that can safely substitute for selected inpatient stays.
- node: Clinical safety depends on consistent selection criteria, monitoring discipline, escalation readiness, and clear accountability when patients deteriorate at home.
- node: This decision set applies only to selected adult medical patients and excludes pediatric, surgical, obstetric, and intensive care pathways.