Telehealth Deployment Guide: A Field-Tested 6-Phase Method

A telehealth deployment must start with sites, roles, and clinical workflows — not software alone. The method presented here was used across 10 primary healthcare centers (PHCs) in Divo and Boundiali, then organized into six repeatable phases: site audit, preconfiguration, installation, role-based training, supported launch, and ongoing operations.

The nursing-home, primary-care-network, and hardware sections help adapt the method to other settings. The complete results and methodology are documented in the Ivory Coast primary care telehealth case study.

Telehealth Deployment in Nursing Homes and Long-Term Care Facilities

Nursing home residents (in France, these facilities are called EHPADs) present unique challenges: multiple chronic conditions, limited mobility, and frequent specialist consultations that are difficult to coordinate through traditional referral systems.

The access gap is significant. A CDC NCHS Data Brief (No. 445) found that 40.3% of urban adults used telehealth services, compared to only 27.5% in rural areas — a gap that is even more pronounced among elderly populations in long-term care facilities.

The regulatory landscape is shifting in favor of telehealth in nursing homes. Under the CY 2026 Physician Fee Schedule, CMS permanently removed frequency limits for telehealth-based nursing facility visits and now allows direct supervision via real-time audio/video — a significant expansion of telehealth access in long-term care.

Recommended Nursing Home Deployment Strategy

Deploy fixed medical carts in dedicated consultation rooms. These carts integrate ECG machines, digital stethoscopes, and vital sign monitors directly with the telehealth platform. MedConnect captures real-time device data during video consultations, creating comprehensive clinical records without manual data entry. The implementation schedule is set after assessing the facility, its workflows, and its infrastructure.

Key Clinical Workflows for Nursing Homes

Cardiology tele-expertise

Nursing staff capture a 12-lead ECG during the video consultation, allowing the remote cardiologist to review both patient presentation and diagnostic data simultaneously. See our telecardiology guide for the full workflow.

Wound care referral

High-resolution cameras document wound progression while the platform schedules follow-up consultations and tracks healing metrics over time.

Specialist teleconsultation

Neurologists conduct cognitive assessments, psychiatrists evaluate behavioral changes, endocrinologists adjust diabetes protocols — all without moving the patient from their familiar environment.

For a detailed protocol on reducing hospital transfers from nursing homes, see Telehealth for elderly care: reducing avoidable hospital transfers.

Telehealth Deployment for Primary Care Networks

Coordinated primary care networks (known as CPTS in France) organize multi-disciplinary care across defined geographic regions. They face the challenge of ensuring specialist access for patients in underserved areas while maintaining care coordination among different providers.

Patient receptiveness to digital consultation tools in France is documented in a 2023 JMIR survey of the French general population. One successful model described in a PLOS ONE study of the med@psy collaborative care platform shows GPs obtaining psychiatric teleconsultations within 48 hours — a model applicable to other specialties across any primary care network.

Recommended Primary Care Network Deployment Strategy

Establish shared teleconsultation rooms at each network hub. Deploy cloud SaaS infrastructure with multilingual interfaces and AI-generated SOAP notes. The shared resource model allows multiple primary care providers to access the same specialist consultation capabilities without each practice needing dedicated equipment.

Key Workflows for Primary Care Networks

Tele-expertise consultations

Primary care providers present complex cases to specialists without requiring patient travel. The GP maintains the patient relationship while accessing specialist knowledge for diagnosis and treatment planning.

Psychiatry referral systems

Addresses the shortage of mental health specialists in rural areas. Primary care providers initiate psychiatric evaluations and ongoing therapy sessions through the platform.

Specialist access for underserved areas

Dermatologists evaluate suspicious lesions, cardiologists interpret ECGs, endocrinologists manage complex diabetes cases — all while the patient remains at their local primary care facility.

For the full deployment guide for French primary care networks including public financing options, see Deploying telehealth in a primary care network: complete guide.

What the Divo and Boundiali Primary Care Network Shows

From November 2023 to August 2025, telehealth was deployed across 10 primary healthcare centers in Divo and Boundiali. The deployment report records 4,816 patients supported, 784 teleconsultations or tele-expertise reviews, 612 ultrasound examinations, and 137 ECGs. Seventy-three professionals were trained: 31 physicians, 20 nurses, and 22 midwives.

These results do not replace a site-level assessment. They show that sustained adoption depends on five operational conditions: tested connectivity, resilient power, specialist availability, identifiable local support, and clear usage governance. See the district results and methodology.

Practical Implications for a Primary Care Network

• Assess every site. Measure connectivity and check power, available space, existing equipment, and referral workflows.
• Plan asynchronous workflows. Cases and examinations should be prepared locally and transmitted when connectivity allows.
• Organize specialist capacity. Equipping sites does not create sustained activity unless availability, response times, and responsibilities are defined.
• Build local capacity. Local leads must be able to support users and resolve first-line incidents.

Mobile Formats for Rural Outreach

When a professional moves between sites, a kit or backpack can combine a tablet and diagnostic devices. The format should still be selected after assessing clinical workflows, logistics, and power conditions — not treated as a universal response to limited connectivity.

Mobile Telehealth: Backpack vs Cart vs Fixed Kit Configurations

Backpack Configuration

Portable kits with lightweight diagnostic tools — designed for field deployments and rural outreach. Use when serving remote communities without healthcare facilities, conducting mobile health screenings, or supporting community health worker programs. Standard portable telemedicine kits include digital stethoscopes, pulse oximeters, ECG, and blood pressure monitors in a lightweight, easily transported format.

Cart Configuration

Medical carts provide more comprehensive diagnostic capabilities while remaining mobile within a facility. Deploy when moving between patient rooms in nursing homes or hospitals, sharing equipment across clinical areas, or needing more tools than a backpack carries. Best for long-term care facilities with reliable power and internet.

Fixed Kit Configuration

Dedicated teleconsultation rooms with permanently installed equipment offer the highest consultation quality and most comprehensive diagnostics. Choose this when consultation volume justifies dedicated space, multiple providers share the same facility, or maximum diagnostic capability is required. Ideal for primary care network hubs.

For a detailed comparison with real-world clinical scenarios, see Kit or cart: how to choose your telehealth hardware configuration.

The Field-Tested 6-Phase Method

1. Site and needs assessment. Map clinical workflows, specialist capacity, rooms, connectivity, power, existing equipment, and each team's responsibilities.
2. Preconfiguration. Configure accounts, roles, forms, tele-expertise workflows, and devices before arriving on site. Prepare acceptance tests and role-specific support materials.
3. Installation and acceptance testing. Install workstations and devices, check electrical and network safety, test examination capture and case transmission, and record results for every site.
4. Role-based training. Train physicians, nurses, midwives, administrators, and technical leads separately through exercises that match their actual work.
5. Supported launch. Run the first workflows with enhanced support, resolve observed gaps, and confirm clinical and technical escalation responsibilities.
6. Operations and continuous improvement. Monitor activity, response times, device availability, and incidents. Use actual usage to plan maintenance, refresher training, and governance reviews.

This sequence is documented through the deployment across 10 primary healthcare centers in Ivory Coast. Scope and timing should then be adapted to each network.

Role-Based Training, Deliverables, and Maintenance

Training Matrix

Expected Deployment Deliverables

• a site assessment and installation plan for every location;
• validated configuration of roles, workflows, and devices;
• an acceptance record and installed-device inventory;
• training materials, attendance records, and competency checks;
• a launch procedure, incident register, and usage-monitoring dashboard.

Maintenance Responsibilities

Site team

Performs routine checks, reports anomalies, and stores equipment according to the agreed procedures.

Local lead or partner

Provides first-line support, checks power and network access, maintains inventory, and qualifies incidents before escalation.

Promotal MedConnect

Provides advanced application support, analyzes escalated incidents, and coordinates with manufacturers when specialist intervention is required.

Frequently Asked Questions

How long does it take to deploy a telehealth platform?

The schedule depends on the number and readiness of sites, equipment, connectivity, and local approvals. A technical site assessment is used to sequence the six phases and set a realistic implementation schedule before installation.

What hardware do I need to start teleconsultations?

A high-definition camera, professional microphone, reliable internet, and basic diagnostic tools. For cardiology consultations, add a 12-lead ECG machine. Start with core tools and expand based on consultation patterns.

Can a telehealth platform work in areas with poor internet?

Yes, when each site is assessed and asynchronous workflows are planned. Cases and examinations can be prepared locally and synchronized when connectivity is available. Live video use must be sized against measured bandwidth.

What is the difference between cloud and on-premise deployment?

Cloud: hosted externally, easier maintenance, automatic updates, requires reliable internet. On-premise: runs locally, more control, better performance with poor connectivity, requires local IT expertise. Choose based on internet reliability, data sovereignty, and IT capabilities.

How do I train clinical staff to use a telehealth platform?

Use separate learning paths for physicians, nurses, midwives, administrators, and local technical leads. Combine demonstrations, hands-on device practice, simulated clinical workflows, competency checks, and supported launch.