"Telehealth technology" sounds like it should have a single, obvious meaning. In practice, it describes an unusually wide range of tools: a secure video call, a branching intake questionnaire, a blood pressure cuff that transmits readings every morning, an AI scribing a clinical note in real time, and a compounding pharmacy that receives an e-prescription and ships it directly to a patient's door. Each of these is a real example of telehealth technology in active use today, and none of them does the same job as the others.
Quick Answer: Telehealth Technology Examples by Category
- Secure video and audio platforms for live synchronous visits between patients and providers.
- Asynchronous intake and store-and-forward tools for questionnaire-based care without a live call.
- Electronic health records (EHRs) built for telehealth that capture structured intake data and connect it to clinical decisions.
- E-prescribing systems sending prescriptions electronically to pharmacy networks.
- Remote patient monitoring (RPM) devices transmitting health readings between visits.
- AI-assisted documentation tools that draft clinical notes during or after a visit.
- Pharmacy fulfillment and logistics platforms that get prescriptions to patients nationwide.
- Patient portals and secure messaging for ongoing communication outside of visits.
- Billing and payment infrastructure handling checkout, subscriptions, and insurance claims.
Synchronous Video and Audio: The Foundation
What It Is in Practice
Synchronous telehealth is what most people picture first: a provider and patient connected live through a secure video or audio platform. The technology underlying this is more demanding than that of a consumer video call. A clinical-grade platform must be HIPAA-compliant by design, support an audio-only fallback for patients with limited bandwidth, integrate with scheduling rather than require a separate link, and remain available under high concurrent load.
A Real-World Example
The Department of Veterans Affairs runs one of the largest telehealth programs in the world, using its VA Video Connect platform to connect veterans to providers across specialties from their homes. According to a VA News report on their telehealth program, more than 45% of the veterans using VA telehealth services live in rural areas and would otherwise have limited access to VA healthcare. That scale, across a highly geographically dispersed population, illustrates what synchronous telehealth technology looks like when it is genuinely built for access rather than convenience.
Asynchronous and Store-and-Forward Technology
What It Is in Practice
Not every visit needs a live call. Store-and-forward technology allows a patient to submit information, photos, or completed questionnaires for a provider to review at their convenience. This model is common for prescription renewals, dermatology consults, and most direct-to-consumer telehealth brands handling routine requests at volume. A peer-reviewed overview of telemedicine capabilities in PMC identifies asynchronous communication as one of telemedicine's core modalities alongside synchronous visits and remote monitoring, noting its particular usefulness in streamlining workflow for providers managing high patient volumes.
What This Looks Like in a DTC Telehealth Brand
A patient answers a structured intake questionnaire about their history, current medications, and symptoms. A provider reviews it asynchronously, makes a prescribing decision, and sends a prescription to pharmacy fulfillment, often without the patient and provider ever speaking live. The entire clinical interaction happens through structured data, not a scheduled call. This is how most large direct-to-consumer telehealth brands handle routine prescription categories at scale.
Electronic Health Records Built for Telehealth
Why General EHRs Often Fall Short
A traditional EHR was built around in-person care: a provider observes, examines, and manually documents. In telehealth, the intake form is doing much of the work a physical exam used to do, which means an EHR that doesn't connect directly to digital intake creates a duplication problem. Provider-entered data and patient-reported data live in separate systems, requiring manual reconciliation that adds time and introduces error.
What Purpose-Built EHR Integration Looks Like
A telehealth-native EHR receives structured data directly from a digital intake form. Hence, a provider opens a patient's record and finds their reported history, risk flags, and current medications already populated. They add clinical notes and prescribing decisions, and those decisions flow into e-prescribing and fulfillment without a second system. Bask Health's EMR and e-prescribing tools are built around exactly this connection, keeping intake data, clinical documentation, and prescribing in one place rather than three.
E-Prescribing and Pharmacy Fulfillment
What the Technology Actually Does
E-prescribing replaces a paper or fax-based prescription with a structured electronic transmission sent directly to a pharmacy. For telehealth brands serving patients nationwide, the pharmacy that receives the prescription must be able to fill and ship the medication to any state, not just the one where the provider is physically located.
Compounding and Specialty Pharmacy as a Telehealth Example
Many direct-to-consumer telehealth brands, particularly those operating in weight management, men's health, and hormone therapy, work with compounding pharmacies that can customize formulations not available as standard commercial medications. The technology that connects a provider's prescribing decision to a compounding pharmacy's fulfillment workflow is a telehealth example that rarely gets discussed in general overviews. Still, it is one of the highest-value integrations in a DTC telehealth stack. Bask Health's pharmacy fulfillment network covers exactly this, connecting e-prescribing directly to fulfillment and shipping nationwide.
Remote Patient Monitoring Devices
What the Category Includes
RPM covers a wide range of connected devices: blood pressure cuffs, continuous glucose monitors, pulse oximeters, connected scales, and wearables tracking heart rate or activity. What makes these telehealth technology examples, rather than just consumer gadgets, is that their data is transmitted directly to a clinical system, where a provider monitors it and can intervene based on what they see.
A Real-World Example With Measurable Results
The VA's Remote Patient Monitoring and Home Telehealth program (RPM-HT) provides connected monitoring devices to veterans managing chronic conditions including diabetes, heart failure, and COPD. Veterans log daily readings, which transmit to their care team in real time. According to VA News coverage of the program, veterans enrolled in the program experienced a 41% reduction in hospital admissions and a 70% reduction in bed-days of care. That is one of the clearest published data points available on what RPM technology looks like when the clinical workflow around it is actually built to act on the data it generates.
Data point: The VA's RPM results are frequently cited in telehealth policy discussions precisely because they come from a program operating at real scale, across a geographically dispersed and clinically complex population, over many years, rather than a small pilot study.
AI-Assisted Documentation and Clinical Decision Support
Ambient Documentation in Practice
AI documentation tools listen to a live visit and generate a structured clinical note for the provider to review and sign off on, rather than the provider having to type or dictate after the visit ends. This category has seen the fastest real-world adoption among clinical AI tools in the past two years, largely because the benefit is immediate, measurable in provider time saved, and does not require the provider to change how they practice.
Clinical Decision Support
AI-powered tools can also surface relevant clinical guidelines, flag potential drug interactions, or summarize a long patient history before a provider reviews a new case. The value here lies in serving as a layer on top of structured clinical data, surfacing what matters rather than requiring a provider to search for it across a long record.
Patient Portals and Secure Messaging
Beyond the Visit Itself
Patient portals and secure messaging extend the care relationship between scheduled visits. A patient can message their provider with a follow-up question, receive lab results or care instructions, or access educational materials without needing another appointment. For chronic condition management and ongoing prescription programs, this kind of ongoing touchpoint is what turns a one-time visit into a sustained care relationship.
What to Look for in Portal Technology
The most useful portals are the ones patients actually return to, which requires them to be accessible on a basic smartphone browser without a download, linked to the same intake flow a patient already completed, and secure by default. A portal that requires a separate login from the intake platform, or that lives in a different app from the communication tools, adds the kind of friction that quietly kills engagement between visits.
Billing and Payment Infrastructure
Checkout as a Telehealth Technology Example
For direct-to-consumer telehealth brands, billing is not a back-office function that happens after the clinical interaction. It is often part of the intake flow itself: a patient chooses a service, completes their health questionnaire, and checks out in the same session. Payment technology that lives inside the intake and ordering flow, rather than redirecting to a third-party checkout, is a telehealth technology example that directly affects conversion and completion rates.
Subscriptions, Insurance, and Hybrid Models
Depending on the service model, billing technology needs to handle flat-fee consultations, recurring subscription pricing, or insurance claims, sometimes all three depending on the patient and the service. Bask Health's payment processing is built into the same intake and ordering flow as the rest of the platform, keeping this from becoming a separate system to integrate and reconcile.
How Bask Health Connects These Examples Into One System
Most of the examples above involve data moving from one place to another: intake data to a clinical record, a prescribing decision to a pharmacy, a monitoring reading to a care team, a checkout to a billing system. What makes telehealth technology examples work in practice is not any single tool but the connections between them. Bask Health's patient management tools and virtual clinic infrastructure bring these connections together by default, so telehealth brands launch with intake, EHR, e-prescribing, pharmacy fulfillment, payments, and security already talking to each other.
Conclusion
Telehealth technology is not one thing. It is a collection of specific tools, each solving a specific problem in the care delivery chain, and the value of any one example depends almost entirely on how well it connects to the others around it. The organizations getting the most out of these tools, from the VA's RPM program down to a DTC telehealth brand managing thousands of monthly prescriptions, are the ones who treated the connections as seriously as the tools themselves.
If you want to see how these technology examples come together on a single platform, you can explore Bask Health's plans or talk to our team about what that looks like for your practice or brand.
References
- Authors. (2021). Article available via PubMed Central. PubMed Central (PMC). https://pmc.ncbi.nlm.nih.gov/articles/PMC8590973/
- U.S. Department of Veterans Affairs News. (2025). VA telehealth brings care directly to Veterans. https://news.va.gov/142606/va-telehealth-brings-care-directly-to-veterans/
- U.S. Department of Veterans Affairs News. (2025). Bridging distances: Home telehealth program. https://news.va.gov/143236/bridging-distances-home-telehealth-program/
