Dermatology Telemedicine Case Study: Building a Scalable Teledermatology Platform

A teledermatology platform enables dermatologists to assess and manage appropriate skin conditions remotely using live video or asynchronous image review while supporting patient intake, documentation, secure communication and clinical follow-up.

Store-and-forward teledermatology allows a patient or referring clinician to securely submit skin images and clinical information. A dermatologist reviews the case asynchronously rather than requiring both parties to attend a scheduled live consultation simultaneously.

Yes. Taction’s published multi-specialty implementation integrated its telemedicine platform with Epic using Open Epic FHIR APIs, HL7v2 and Mirth Connect, including access to clinical information and documentation write-back.

A teledermatology platform can be designed to support HIPAA requirements through appropriate encryption, authentication, access controls, audit logging, secure infrastructure and BAAs with applicable vendors handling PHI.

Not completely. Virtual dermatology is appropriate for many consultations, follow-ups and triage scenarios, while some conditions still require physical examination, dermoscopy, biopsy, procedures or other forms of direct clinical evaluation.

Yes. Taction develops custom teledermatology platforms incorporating store-and-forward image review, video consultations, clinical documentation, patient and provider applications, EHR integration, imaging workflows, scheduling and healthcare security.

Structured intake captures symptoms, lesion history, duration, previous treatment and other relevant information before specialist review. Providing this context alongside images helps dermatologists evaluate cases more efficiently than receiving unstructured photographs alone.

Secure imaging workflows allow dermatologists to review submitted photographs and, where supported, dermoscopic images. Maintaining useful image quality is particularly important because image detail can directly affect whether a case is suitable for remote assessment.

Cases can be organized according to clinical urgency and appropriate specialty pathways. This helps virtual dermatology function as a triage mechanism while ensuring patients requiring direct examination can be routed toward appropriate in-person follow-up.

Clinical findings, diagnoses and treatment plans can be captured through structured documentation rather than isolated telemedicine notes. Integration allows virtual-care information to remain part of the patient’s broader longitudinal healthcare record.

Virtual follow-ups can reduce unnecessary travel for patients whose progress can be assessed remotely. Dermatologists can review treatment response, discuss symptoms and determine whether continued virtual management or an in-person appointment is appropriate.

Providers could access relevant patient information, including demographics, problem lists, medications, allergies and recent results, from the telemedicine interface rather than repeatedly moving between separate applications during virtual appointments.

Open Epic FHIR APIs supported structured healthcare data exchange between Epic and the telemedicine environment, allowing virtual-care workflows to remain connected with the health system’s primary clinical record.

Mirth Connect and HL7v2 interfaces complemented FHIR-based integration for workflows requiring established healthcare messaging patterns, providing an interoperability layer between the virtual-care environment and existing health system infrastructure.

Visit documentation could be written back to the Epic encounter using FHIR DocumentReference resources, helping prevent virtual visits from becoming isolated records requiring clinicians to manually reproduce documentation in the EHR.

Virtual and in-person appointment slots were incorporated into the scheduling workflow, helping providers manage both types of encounters without maintaining separate calendars for conventional and telemedicine appointments.

Organizations facing similar interoperability requirements can explore Taction’s telemedicine app development capabilities covering EHR integration, clinical documentation, virtual visits, scheduling, billing and patient engagement.

The platform used SRTP and DTLS protection for video transmission, helping secure real-time consultations between patients and providers while allowing WebRTC to support adaptive communication across different connection conditions.

Stored healthcare information was protected using AES-256 encryption. Encryption controls were part of a broader security model covering application infrastructure, data transmission, authentication and access to sensitive healthcare information.

MFA was implemented for platform users as part of the authentication architecture, adding protection beyond passwords for accounts capable of accessing clinical information, virtual-care functionality and other sensitive system resources.

Audit logging captured important system activity so access and actions involving healthcare information could be monitored and investigated. Auditability was treated as an operational security requirement rather than simply an application feature.

Taction’s published implementation included BAAs with infrastructure and service providers handling relevant healthcare information, including AWS, Twilio, Surescripts and Stripe, supporting the broader HIPAA compliance architecture.

Dermatology depends heavily on visual clinical information. Successful platforms therefore need workflows for high-quality image capture, structured history, asynchronous review and documentation alongside live video consultations.

Not every case requires a scheduled video appointment. Asynchronous workflows allow appropriate images and clinical information to reach dermatologists for review, improving specialist capacity and potentially shortening time to assessment.

Providers are less likely to adopt virtual care when it creates duplicate documentation. Connecting teledermatology with existing EHR workflows helps make remote consultations part of routine clinical care rather than another administrative system.

A teledermatology platform should help clinicians determine when an in-person examination, biopsy, procedure or further diagnostic evaluation is necessary rather than attempting to force every dermatology encounter into a virtual workflow.

Health systems can use common infrastructure for identity, security, interoperability, scheduling and communication while building dermatology-specific workflows on top, reducing duplication without sacrificing specialty requirements.

Our teledermatology platform development services cover store-and-forward workflows, live consultations, high-resolution imaging, dermoscopy support, referral workflows and structured clinical documentation.

Taction’s telemedicine app development experience covers secure video, virtual waiting rooms, scheduling, clinical documentation, e-prescribing, billing and multi-specialty virtual-care environments.

Our teams work with FHIR, HL7 and Mirth Connect to connect virtual-care applications with EHR and healthcare infrastructure, helping providers access and document information without creating disconnected clinical records.

Taction also develops patient software for scheduling, secure communication, patient portals and telemedicine access, allowing virtual-care experiences to extend beyond the provider-facing clinical platform.

Specialist availability can create long waits, particularly outside major healthcare centers. Virtual dermatology offered the health system a way to extend specialist access without requiring every patient to travel for an initial assessment or routine follow-up.

Dermatologists rely heavily on visual evidence. A conventional telemedicine application designed primarily around video conversations would not adequately address dermatology workflows requiring high-quality images, lesion history and structured clinical information.

Providers were resistant to documenting patient encounters in separate systems. The telemedicine environment therefore needed to connect with Epic so clinicians could access relevant information without creating a second disconnected documentation workflow.

Not every dermatology condition is suitable for remote diagnosis. The platform therefore needed to support virtual assessment while preserving a clear pathway for patients requiring physical examination, procedures, biopsy or additional testing.

Patients needed straightforward ways to schedule consultations, provide clinical information and participate remotely. Adding complex technical requirements for photographs, appointments or communication could reduce adoption and undermine the accessibility benefits of teledermatology.

Taction approached these challenges as specialty-care workflow problems rather than simply adding dermatology to a generic video application.

WebRTC-based HD video allowed patients and providers to meet remotely, with adaptive bitrate support for varying network conditions. Video consultations were particularly useful for follow-ups and cases requiring real-time discussion between patient and dermatologist.

Teledermatology can use asynchronous workflows where patients or referring clinicians submit images and clinical history for later specialist review, allowing dermatologists to evaluate appropriate cases without requiring every patient and clinician to be available simultaneously.

High-resolution image workflows support remote dermatology by giving clinicians visual information required for assessment. Taction’s teledermatology architecture includes secure image capture, upload, compression, storage and quality checks before cases reach dermatologists.

Patients attending live appointments could enter a virtual waiting room before their consultation. Providers received a patient queue and daily schedule, helping virtual dermatology visits fit more naturally into existing clinical operations.

Secure in-visit messaging enabled providers and patients to exchange relevant information, documents and links during consultations while keeping communication inside the healthcare platform instead of relying on unapproved consumer communication channels.

The platform supported sessions involving patients, providers and additional participants such as family members or interpreters, an important capability when patients required assistance understanding treatment plans or communicating effectively during remote consultations.

In the specialty telehealth implementation, store-and-forward teledermatology reduced dermatology wait time from 45 days to 48 hours, allowing appropriate cases to reach specialist review without waiting for a conventional clinic appointment.

Asynchronous image submission enabled dermatologists to review appropriate cases without requiring simultaneous patient appointments, creating an efficient route for initial assessment and helping identify cases requiring faster in-person evaluation.

Specialty telehealth extended access to patients in rural service areas who otherwise faced longer travel and specialist wait times, helping the health system use virtual care as an access strategy rather than simply a convenience feature.

Store-and-forward workflows allow dermatologists to review structured cases in focused batches. This can reduce scheduling overhead while reserving live or in-person appointments for patients whose conditions require direct interaction or physical examination.

The implementation used shared telehealth infrastructure rather than creating isolated specialty applications, allowing dermatology to operate alongside other virtual-care services while maintaining specialty-specific clinical requirements.