Technology
Disclaimer: The information provided on this page is for general informational and educational purposes only. Pulse Telehealth Resource Center (PulseTRC) does not endorse, recommend, certify, warrant, or guarantee any specific product, vendor, company, platform, technology, or service referenced. Inclusion of any company or resource does not constitute or imply approval, partnership, affiliation, or preference. PulseTRC is a, HRSA-funded technical assistance resource and does not participate in vendor selection or procurement decisions. PulseTRC disclaims any liability for decisions made or actions taken based on the information provided. Organizations are solely responsible for conducting their own independent evaluation and due diligence prior to selecting or implementing any technology solutions.
Telehealth Technology Overview
Telemedicine software is a tool that enables healthcare professionals to help diagnose conditions and determine the best treatment remotely. By leveraging browser- or app-based video conferencing, secure messaging, patient portals, and educational resources, clinicians can conduct routine check-ups, complex consultations, and chronic condition management without geographic or timing barriers. Implementing a robust telehealth solution not only expands patient access and reduces travel costs, but also enhances clinical efficiency and outcomes.
Criteria clinicians should consider when choosing a technology vendor include:
- For what aspects of care will this technology be used?
- Is the technology compatible with current records management software?
- What is the patient’s user experience like? (Does the software require the patient to download something? Do they need to make an account before entering the appointment? etc.)
- What is the clinician’s user experience like?
- If the technology is having issues, what will troubleshooting look like? Does the software company have a service team?
For more information on selecting technology, check out Mid-Atlantic TRC’s Vendor Selection Toolkit.
Platforms
General Telehealth & Video Visit Platforms
General telehealth and video visit platforms are purpose-built or adapted for conducting synchronous virtual visits between patients and providers. They typically provide secure video, a waiting room, and basic scheduling, and most are designed to work in a browser without requiring patients to download software. These platforms vary significantly in how they handle HIPAA compliance – including whether a Business Associate Agreement (BAA) is included, required separately, or dependent on the plan tier. Organizations should confirm BAA availability, security documentation, and accessibility features before selecting a platform.
Browser-based telehealth with no patient download required. Includes a virtual waiting room, in-session chat, and secure video. A BAA is included at all tiers, including the free plan.
The free plan covers solo providers for basic HIPAA-compliant video visits. Premium adds unlimited calls, group sessions of up to 25 participants, shared rooms, clinic-level reporting, intake and consent workflows, and custom branding. Multi-provider practices should review paid-tier BAA terms to confirm coverage for their specific setup.
Browser-based video conferencing through Google Workspace. Patients join through an email or calendar invitation. A signed Business Associate Amendment with Google is required before conducting visits that involve protected health information. Learn more about Google Meet for healthcare.
Google Meet supports basic screen sharing for telehealth appointments. A BAA is available to Google Workspace customers. The free consumer version of Google Meet does not qualify for HIPAA-covered use. Organizations must sign the BAA before conducting visits that involve protected health information.
Web-based telehealth and patient engagement platform. Includes one-click video visits, integrated scheduling, automated reminders, and digital forms. No patient software download is required.
Mend connects patients and providers through secure, one-click links for video visits, messaging, forms, and scheduling. The vendor states that its audio and video meet HIPAA security requirements. The platform is designed for easy setup, low-bandwidth use, integrated scheduling, and automated reminders.
Secure, web-based telehealth platform from a nonprofit organization. Offers all-inclusive annual pricing with no feature limits, 24/7 virtual technical support, implementation support, and an optional remote auscultation add-on.
The Pathways platform includes custom waiting rooms, custom intake forms, secure file sharing, metrics, call transferring, and 24/7 virtual technical support with no feature limits at a single annual cost. The optional Telesensi add-on allows a presentation site to transmit heart, lung, and abdominal sounds to a distant provider in real time. GPT also provides implementation support, dedicated account management, and ongoing technical assistance.
HIPAA-compliant, HITRUST-certified telehealth platform with one-click patient access and 24/7 U.S.-based support. Includes scheduling with reminders, a virtual waiting room, charting, secure messaging, e-signatures, group sessions, and EHR or practice management API integration.
No patient software download is required. Zoom integration and automatic connection fallbacks help maintain session quality on variable connections. The Essential plan is suited for lower-volume or seasonal use. The Unlimited plan adds branding, a virtual clinic for up to three providers, masked calling, e-documents, and payment processing.
Enterprise-grade, HIPAA-compliant telehealth platform with FedRAMP High authorization. Designed for health systems and specialty use cases, including tele-ICU and teleradiology. It is not typically positioned for independent or small group practices.
VSee offers customizable virtual care workflows, an SDK for custom integrations, and pre-built modules supporting tele-ICU, teleradiology, and remote device connectivity. FedRAMP High authorization makes it an option for organizations with federal compliance requirements.
Extends the familiar Zoom video environment with HIPAA-eligible video, phone, and chat. EHR and medical device integrations can embed telehealth into existing clinical workflows. A signed BAA and paid Business+ plan are required for HIPAA-covered use.
The free tier of Zoom does not qualify for HIPAA-covered use. Organizations should confirm current plan requirements and BAA availability directly with Zoom before use. EHR integrations vary by health system and may require additional configuration or licensing.
EHR-Integrated & Practice Management Platforms
EHR-integrated and practice management platforms combine clinical documentation, scheduling, billing, and telehealth within a single system. Because telehealth is embedded directly in the workflow, providers can document visits, generate notes, and manage billing without switching between applications. These platforms tend to require a more involved implementation process and may have longer onboarding timelines than standalone video tools. Organizations should evaluate integration depth, data portability, contract terms, and implementation support before committing.
Cloud-based platform combining EHR, practice management, medical billing, and telehealth with AI-assisted workflows. Positioned for medium to large practices with established clinical and billing workflows.
athenaOne integrates EHR, practice management, medical billing, and embedded telemedicine tools. Organizations should evaluate implementation complexity, integration requirements, and contract terms before pursuing it.
Cloud-based platform integrating secure audio-video visits with EHR, practice management, a patient portal, and payment processing. It is designed to work through web, mobile, and tablet devices without desktop installation.
Features include multi-user video, patient consent capture, screen and media sharing, local session recording, scheduling, billing, payments, and audio-only fallback on poor connections.
All-in-one telehealth platform with secure HD video, EHR integration, and patient management tools. Designed for clinics, pharmacies, and laboratories seeking to streamline clinical workflows within a single platform.
DrCare247 is designed to manage patient-provider interactions across clinical, pharmacy, and laboratory settings within a unified platform.
Web-based EHR with integrated practice management, billing, and telehealth. Designed for public health agencies and FQHCs. Includes U.S.-based support, implementation assistance, and user training.
Organizations should confirm current telehealth feature availability and integration details directly with the vendor before committing.
Practice management platform for therapists, counselors, and behavioral health providers. Includes integrated telehealth, scheduling, billing, and documentation. A BAA is included on paid plans. Individual telehealth is available on all tiers, while group telehealth is available on Plus.
Optional add-ons include AI documentation tools and ePrescribe. The Starter plan covers core telehealth and documentation. Essential adds appointment reminders and calendar synchronization. Plus adds group appointments, group telehealth, and premium phone support.
Telehealth embedded within an EHR and practice management platform. Includes AI-assisted note templates, automated appointment reminders, secure visit links, and integrated billing. HITRUST certified.
Tebra is generally positioned for independent providers and small group practices seeking a HITRUST-certified solution with telehealth built into EHR and billing workflows.
Patient engagement platform with secure messaging, eFax, appointment reminders, survey tools, and integrated telehealth. Designed for multi-provider practices. Updox now operates under Ensora Health.
Organizations should verify current branding, product offerings, and support terms directly with Ensora Health before making procurement decisions.
Enterprise & Health System Platforms
Enterprise telehealth platforms are designed for large health systems, payers, and employers that need to manage virtual care delivery across multiple departments, service lines, or patient populations. They typically include advanced analytics, population health tools, hybrid care capabilities, and deep EHR integration. These platforms are not generally appropriate for small or independent practices. They may involve significant implementation complexity, long contracting cycles, and ongoing infrastructure requirements.
Enterprise telehealth platform for health systems, payers, and employers. Supports hybrid care across urgent care, behavioral health, and chronic disease management, with analytics, reporting, and EHR integration at scale.
Converge is an enterprise-scale platform. Organizations should evaluate implementation complexity, contract terms, and integration requirements before pursuing it.
Care Management, Population Health & Remote Monitoring Platforms
Care management, population health, and remote monitoring platforms extend beyond the individual telehealth visit to support ongoing patient monitoring, medication management, risk identification, and longitudinal care coordination. They may support value-based care, chronic disease programs, remote patient monitoring, and populations with complex or changing health needs. Features may include patient risk stratification, AI-assisted clinical insights, care planning, multidisciplinary care team coordination, EHR integration, and program reporting. Organizations should evaluate how these platforms align with their clinical model, payer contracts, staffing capacity, patient technology access, and existing workflows.
AI-enabled population health monitoring and care management platform for providers and health plans. Uses a smartphone app to collect and analyze health signals such as vital signs, brain health indicators, medication information, and social factors to support ongoing risk assessment and earlier intervention.
Percipio Health combines a patient-facing mobile app with a clinical portal for care teams. The vendor describes its platform as supporting device-less monitoring through smartphone-based assessments, AI-guided risk stratification, automated care planning, clinical insights, medication monitoring, secure messaging, and virtual communication between patients and care teams.
Percipio also describes a rural health model that can combine device-less monitoring for broader populations with device-based remote patient monitoring for patients who need more intensive monitoring.
Technology-enabled, telehealth-based care management combining an AI-driven platform with multidisciplinary clinical teams and pharmacist-led medication management. Integrates with existing EHR and practice management systems. Designed for FQHCs, RHCs, physician practices, value-based care organizations, and health plans.
PharmD Live supports virtual chronic care and medication therapy management workflows, with a focus on medication-related risk, complex chronic disease, and social determinants of health. It is designed for physician practices, Rural Health Clinics, Federally Qualified Health Centers, value-based care organizations, and health plans.
Patient Communication & Engagement Platforms
Patient communication and engagement platforms focus on the interactions that happen outside of the clinical visit, including secure messaging, appointment reminders, patient instructions, and care team communication. Some also support video visits, but their primary function is structured, HIPAA-compliant communication between patients and care teams. These tools can support care continuity, reduce phone call volume, and improve patient access to their care team. Organizations should evaluate which communication channels the platform supports, how it integrates with their EHR, and whether a BAA is included.
Secure communication platform with calling, texting, messaging, and video in a single team inbox. A BAA is included at all tiers, including during the free trial. EHR integrations are available, including Elation.
Basic includes medical phone, text, video, fax, internal team chat, a shared inbox, and AI voicemail transcription. Communicator adds customizable call flows, urgent escalation, after-hours triage, integrations and API access, VoIP phone service, and AI transcription and summarization.
Telemedicine Kits
Telemedicine kits bring diagnostic tools and connectivity to settings where patients cannot easily travel to a clinic, including homes, schools, workplaces, mobile health programs, and rural or remote locations. Most systems consist of two components: a base station (a tablet, laptop, or hub device that the patient or provider interacts with) and one or more medical peripherals (individual devices that collect clinical data, such as blood pressure monitors, pulse oximeters, digital stethoscopes, or otoscopes). The National Telehealth Technology Assessment Resource Center (TTAC) provides in-depth technical evaluations of telehealth peripherals and hardware. See TTAC’s Home Telehealth Overview for a detailed breakdown of components, standards, and selection criteria.
The groupings below are organized by intended use and setting to help organizations identify options relevant to their program. They are not formal technical classifications. Pricing listed was verified as of July 2026 and may change; many systems require direct vendor inquiry for current pricing. Organizations should also account for software licensing, telehealth platform subscriptions, training, and ongoing support when evaluating total cost.
Home Diagnostic Kits
These kits are designed for patients to use at home. They typically include a small bundle of medical peripherals — such as a blood pressure monitor, thermometer, and pulse oximeter — that patients use to collect and share vital sign readings with their provider during or between telehealth visits. They are generally lower in cost and designed for ease of use by non-clinical users.
Three FDA-cleared peripherals in one kit: blood pressure monitor, non-contact forehead thermometer, and pulse oximeter. Designed for patients to collect and share vital sign readings with providers during telehealth visits.
The kit is designed for ease of use by non-clinical users and does not require a separate base station. Readings can be shared with a provider verbally or through a connected telehealth platform. All three peripherals are FDA-cleared.
Pairs FDA-cleared diagnostic peripherals — including the N9+ multisensor device and a wireless otoscope — with a smartphone app. Supports up to 9 types of remote exams including heart and lung sounds, temperature, oxygen level, ear and throat imaging, and skin photography. Data is available to providers in real time or asynchronously.
As of mid-2026, the full kit does not appear to be sold directly through Nonagon’s consumer shop; the primary sales channel has shifted toward provider- and B2B-mediated access. Geographic availability may vary.
Single-Purpose Medical Peripherals
Some telehealth hardware is not a full kit but a single specialized peripheral designed to perform one clinical function — such as auscultation, imaging, or monitoring. These devices are often integrated into larger systems or purchased alongside a base station and other peripherals. TTAC has published a dedicated toolkit on electronic stethoscopes, available at telehealthtechnology.org.
The Thinklabs One digital stethoscope captures and transmits heart and lung sounds in telehealth environments. The telemedicine kit adds a USB audio adapter, stereo splitter cable, extension cable, earbuds, and carrying case. Connects to telehealth platforms and video conferencing as a plug-and-play external microphone. Offers over 100x sound amplification and multiple frequency filters.
Thinklabs is a focused auscultation peripheral rather than a full telemedicine kit. It is commonly integrated into larger systems rather than used as a standalone solution. Compatible with standard audio interfaces on most computers and tablets.
Portable Clinical Systems
Portable clinical systems combine a base station (typically a tablet or laptop) with multiple medical peripherals in a single packaged system. They are intended for use by providers or trained clinical staff, not patients independently, and are designed to support a more comprehensive remote exam. Common settings include community clinics, schools, worksites, and mobile health programs.
Portable system for varied and resource-limited environments. Base station is a pre-installed Windows tablet running MDConsults telemedicine software; peripherals include a digital stethoscope (eSteth Lite) and vital signs monitor. Supports real-time data transfer, image capture, and video consultations with screen sharing. Includes power backup options and connectivity features for field or clinic settings with limited infrastructure.
The product page is categorized for a specific regional market. Confirm availability and purchasing terms directly with Tech4Life Enterprises before procuring.
FDA-cleared handheld systems supporting remote examination of ears, lungs, heart, throat, skin, abdomen, temperature, and vital signs, with AI-assisted diagnostic support (Tyto Insights). Available in consumer (TytoHome, $299) and enterprise configurations. HIPAA, SOC 2 Type 2, and ISO 27001 compliant; CE-marked and FDA-cleared.
The Pro Smart Clinic is an enterprise solution intended for clinical staff use in schools, rural clinics, worksites, and other community settings. The Home Smart Clinic is an enterprise solution deployed by health plans and health systems to patients’ homes for episodic or chronic condition management. Both enterprise configurations require a sales engagement for pricing. The TytoHome Medical Exam Kit ($299.00) is available directly through TytoCare’s shop and is HSA/FSA eligible.
Portable kit built around a 14-inch tablet base station with a 12-hour battery, IP-67 certified waterproof and dustproof case, 1080p HD webcam, and customizable medical peripherals including a digital stethoscope. A cart configuration is also available with a 27-inch display, PTZ camera, height-adjustable stand, UPS battery backup, and expanded peripheral set.
The cart configuration adds a 12-lead ECG, pulse oximeter, blood pressure monitor, glucometer, and lung monitor. Both configurations are supported by CureCompanion’s integrated software platform. A Starter Telemedicine Kit is available for more basic setups.
Bluetooth-enabled peripheral kit (A2Z Vitalz) including digital thermometer, blood pressure cuff, 2-lead ECG, pulse oximeter, and glucometer. Optional add-ons include an otoscope, dermascope, and digital stethoscope. Transmits data in real time to a paired tablet or smartphone; stores data in the A2Z HealthVault cloud platform. Battery-operated; does not require Wi-Fi for device operation.
CureSelect Healthcare is based in India. Organizations should confirm delivery terms, support availability, and compatibility with U.S. telehealth platforms directly with the vendor before purchasing.
Rugged & Field-Ready Systems
Rugged systems are designed for use in demanding or unpredictable environments — such as emergency response, disaster relief, and remote rural areas with limited infrastructure. They typically feature impact- and weather-resistant enclosures, integrated power and connectivity, and a complement of medical peripherals, all self-contained in a deployable case. These systems are intended for clinical or trained staff, not patient self-use.
The digiMed Standard Kit includes a ruggedized tablet base station with integrated camera and a full peripheral set — blood pressure cuff, glucometer, no-contact thermometer, ECG, pulse oximeter, electronic stethoscope, USB macro camera, and USB otoscope — all in a rugged carrying case. HIPAA-compliant with 256-bit AES encryption; designed for low-bandwidth and offline environments with automatic EMR data export. CMMC Level 1 compliant as of 2026.
CMMC Level 1 compliance (achieved 2026) makes DigiGone relevant for organizations with federal or defense-adjacent requirements. The system is designed to operate in low-bandwidth and offline environments, with automatic EMR data export when connectivity is restored.
VSee’s Health Telemedicine Kit uses a Lenovo X12 Windows tablet base station with a broad peripheral set including Firefly digital scopes, Thinklabs digital stethoscope, ultrasound probe, pulse oximeter, blood pressure monitor, EKG (single or 12-lead), and USB spirometer. A lighter Home Care Kit (4 lb iPhone clip-on bundle) is also available for mobile providers and home-care patients.
The Home Care Kit includes pulse oximeter, single-lead EKG, digital stethoscope, otoscope, dermatoscope, blood pressure cuff, and glucometer. Both systems connect with the VSee telehealth platform. Note: VSee also appears in the Platforms section of this page as an enterprise telehealth software platform.
IP67-rated rugged case with built-in power, integrated I/O panel (USB 3.0, audio, Ethernet), high-definition articulating webcam, integrated speakerphone, fold-out keyboard, and tablet base station support (Microsoft Surface Pro or Getac F110). Custom foam inserts are designed to hold medical peripherals such as exam cameras, otoscopes, stethoscopes, ultrasound probes, and ECG leads — but those peripherals are not included and must be sourced separately.
Optional LTE modem (Cradlepoint) and integrated battery are available. Noted for emergency response, community outreach, and remote specialist consultation programs. Organizations should budget for peripherals separately when planning total cost.
Modular Carts & Configurable Systems
Modular cart-based systems are typically deployed at a fixed or semi-fixed location within a clinic or facility. They use a rolling cart or structured enclosure as the base station, with peripherals selected and configured to match the organization’s specific clinical use cases. These systems are often customizable and may be bundled with implementation support, software, and ongoing maintenance.
A nonprofit organization offering a range of telehealth hardware alongside software and technical support services. Hardware categories include carts and cameras, backpack kits, rugged kits, custom configurations, the Horus exam scope, digital stethoscopes, and remote patient monitoring (RPM) devices. GPT bundles hardware with software, implementation support, account management, and 24/7/365 live technical assistance.
GPT’s hardware offerings are paired with their Pathways telehealth platform and ongoing support model. Organizations seeking a single vendor for both hardware and software with bundled support may find this a useful starting point. Note: GPT’s Pathways platform also appears in the Platforms section of this page.
USA-made, modular telehealth carts and portable kits with sit-to-stand adjustability, integrated cable management, medical-grade work surfaces, lithium power systems, and a 5-year mechanical warranty. Configurations support behavioral health, interpreter services, specialist consultation, stroke care (Telestroke), and patient monitoring. All systems are fully customizable.
Lund Industries is based in Northbrook, IL. Publicly listed pricing across multiple cart configurations makes it easier to compare options against budget before engaging the vendor. Cart systems are designed to be configurable to specific clinical and operational needs.
- Base station: The central device — tablet, laptop, or hub — that the patient or provider interacts with and through which peripheral data is collected and transmitted.
- Medical peripherals: Individual devices that collect clinical data — such as blood pressure monitors, pulse oximeters, digital stethoscopes, otoscopes, or ECG leads — and transmit it to the base station or directly to a server.
- Pricing: Prices listed reflect publicly available information verified in July 2026 and may change. Many custom or enterprise systems require direct vendor inquiry for current pricing.
- The Let’s Talk Interactive rugged kit price does not include medical peripherals; those must be budgeted and purchased separately.
- Full systems (Sojro, VSee, CureCompanion, Let’s Talk, etc.) often support modular customization; the exact peripherals included can vary by client needs and configuration.
- For many systems, additional costs may apply for software licenses, telehealth platform subscriptions, support, shipping, integration services, and ongoing maintenance.
- For in-depth technical evaluations of individual peripherals and selection criteria, see TTAC’s toolkit library.
Telehealth Access Points, Booths & Micro Clinics
Telehealth access points, booths, and micro clinics provide private locations where people can connect with remote healthcare providers or other essential services. These products range from technology-equipped privacy rooms in libraries and community centers to staffed clinical stations with integrated diagnostic tools. Unlike portable telemedicine kits, they are generally installed in a fixed location. Organizations should compare accessibility, privacy and security controls, local data storage, connectivity, diagnostic capabilities, clinical staffing, scheduling, cleaning, maintenance, technical support, and implementation requirements.
Community Telehealth Access Points
Community telehealth access points are private, technology-equipped spaces placed in trusted public locations such as libraries and community centers. They help people who may lack reliable broadband, a suitable device, digital skills, or privacy at home connect to telehealth and other remote services. These access points do not necessarily include medical diagnostic devices or a built-in clinical workforce.
Ready.net is a public-benefit critical infrastructure company. Its Ready Portals turn libraries and other trusted institutions into private access points for telehealth, behavioral health, workforce, benefits, education, and civic services. Ready describes two models: the compact Portal Pro and the wheelchair-accessible Portal ADA. These are technology-enabled private service rooms rather than staffed medical clinics, and standard medical diagnostic devices are not listed in the published specifications.
Portal Pro: A compact, phone-booth-style private room designed primarily for libraries. Ready lists an approximate 7-by-7-foot site area, an interior of about 3.5 by 3.25 by 7 feet, a weight of 650 to 750 pounds, and installation in less than four hours under the conditions described in its specification sheet.
Portal ADA: A larger model with level entry, turning room, and space for a person using a mobility device and a companion. Ready lists an approximate 10-by-10-foot site area, a 7-by-7-foot interior, a weight of about 1,200 pounds, and installation in less than eight hours under the conditions described in its specification sheet.
Shared Portal technology: Ready lists 30 dB acoustic treatment, 4K UHD video at 60 frames per second, 3D spatial audio, switchable PDLC privacy glass, onboard edge computing, an environmental sensor stack, fiber and Cat 8/Cat 6 connectivity, a status light, an automated cleaning cycle of three minutes or less, and no protected health information stored locally. Organizations should still verify HIPAA responsibilities, BAA availability, encryption, identity management, remote support access, data flows, retention, and incident-response procedures for the full deployment.
Services the Portals are designed to support: Primary care, behavioral health, chronic disease management, specialty consultations, therapy and counseling, youth and grief support, substance treatment check-ins, recovery support, remote job interviews, certifications and upskilling, career counseling, benefits enrollment, case-management reporting, veterans services, reentry support, virtual court appearances, legal aid, voter registration, distance learning, GED preparation, college and financial-aid support, AI tutoring, and digital skills training. The availability of any specific service depends on the host organization and its healthcare, government, education, or community partners.
Ready.net’s broader software portfolio: Ready Application Portal and Processor (APP) supports infrastructure-program applications from intake through award; Challenge Process Coordinator (CPC) supports map-based challenge and evidence workflows; Automated Reporting & Compliance (ARC) supports milestones, reimbursements, compliance monitoring, audit trails, and reporting; Performance Test & Survey gathers broadband performance evidence and survey data; and the Ready BOSS operating environment connects workflows, dashboards, permissions, validations, reporting logic, and audit trails.
Resilient infrastructure hardware: Ready also offers Hypercube modular edge infrastructure. Published configurations include the 12-by-12-foot Gigacube, 8-by-8-foot Megacube, 4-by-4-foot Kilocube, and the road-towable HOLY COW mobile Megacube. Hypercube combines compute, storage, multiple connectivity modes, backup power, and situational-awareness technology. It is not a telehealth booth, but it may be relevant to rural health connectivity, emergency operations, public safety, and continuity planning.
Professional services: Ready describes services for program planning, program launch, ongoing operations, audit readiness, infrastructure resilience, and AI-ready infrastructure. These services can be paired with Ready’s software and hardware. Organizations should confirm exactly which services, staffing, deliverables, service levels, and support responsibilities are included in a proposed agreement.
Clinical Booths & Micro Clinics
Clinical booths and micro clinics go beyond providing a private connection. Depending on the product, they may add medical diagnostic devices, clinician staffing, prescription workflows, EHR connectivity, or on-site services. The clinical and operational model varies significantly by vendor.
An 8×10 foot enclosed unit connecting patients with licensed clinicians in real time via telehealth. Includes integrated diagnostic tools (blood pressure, pulse oximetry, temperature, weight), e-prescription capability, and UVC self-cleaning after each visit. No appointment required; supports visits in English, Spanish, and over 240 other languages.
Prefabricated micro clinic facilities delivering primary care services in person and via telehealth. Designed for employer worksites, rural communities, and health professional shortage areas. Services include primary care, chronic care management, and specialist referrals. Hamilton HealthBox staffs and operates the clinics rather than simply selling hardware.
Deployable healthcare station by UniDoc Health (CSE: UDOC) supporting over 400 compatible certified medical devices, 24/7 remote physician access, and 5G connectivity. ADA-compliant, HIPAA-compliant, and integrates with EHR systems via HL7 and API. Operable in temperatures up to 50 degrees Celsius with fire resistance. Can be deployed in approximately two days with two technicians.
Mobile Clinics
Mobile clinics are vehicles — typically vans or larger units — outfitted to deliver healthcare services directly in communities. They are commonly used by federally qualified health centers, rural health programs, public health departments, and nonprofit health organizations to reach patients who face barriers to traditional clinic access. Mobile clinics may incorporate telehealth capabilities to connect patients on-site with remote providers or specialists. Capital and operational costs are substantial; organizations considering mobile clinic programs should plan for vehicle purchase or lease, outfitting, licensing, staffing, maintenance, and ongoing operational funding. State and federal funding programs — including HRSA grants and Rural Health Transformation funding — may offset capital costs; organizations should research current funding opportunities relevant to their setting.
Mobile clinic vehicles and vans — referred to as Care Delivery Platforms — along with maintenance, staffing, and operational support services. Vehicle categories include medical, dental, and behavioral health configurations. Also offers a remanufacturing and refurbishment program for organizations seeking to rebuild or extend existing mobile clinic equipment.
