Say "telehealth," and most people picture the same thing: a doctor's face on a laptop screen. That image hasn't been the whole story for years. The more interesting growth in virtual care is happening in the hardware connected to those screen devices that let a provider listen to a heartbeat, look inside an ear, read a glucose trend, or trace an EKG from miles away. Video made telehealth possible. Devices are what's making it clinically comparable to an in-person exam.
Bask Health builds the software layer that connects intake, clinical records, and prescribing for telehealth brands, which means we sit right at the point where device data either becomes useful to a provider or gets lost in a disconnected app nobody checks. Here's a practical look at the devices that are actually expanding what telehealth can do, and what separates the ones worth adopting from those that just add complexity.
Quick Answer: The Main Categories of Telehealth Devices
- Basic visit hardware: camera, microphone, and a stable connection. Still, the foundation on which everything else builds.
- Peripheral exam devices: digital stethoscopes, connected otoscopes, dermatoscopes, and portable ECGs that bring physical exam capabilities to virtual visits.
- All-in-one home exam kits: single devices that combine several exam tools, designed for patients to use at home with provider guidance.
- Remote patient monitoring (RPM) devices: blood pressure cuffs, glucose monitors, pulse oximeters, scales, and wearables that track health data between visits.
- Facility-side hardware: telehealth carts, kiosks, and portable kits used in clinics, nursing homes, and mobile care settings.
The Basics: What Every Telehealth Visit Still Needs
Camera, Microphone, and Connection
Before any specialized device matters, the fundamentals still have to work: a clear camera image, audio without lag or dropout, and a stable connection. This sounds obvious, but it's still the single most common point of failure in virtual visits, and no peripheral device can compensate for a provider who can't hear the patient clearly.
Why "Good Enough" Video Hardware Still Matters
Organizations sometimes invest heavily in advanced peripherals while neglecting the basic video setup that every single visit depends on. A high-end digital stethoscope is wasted if the underlying connection drops the audio feed it's supposed to stream.
Peripheral Exam Devices: Bringing the Physical Exam Into the Visit
Digital Stethoscopes
A connected digital stethoscope picks up heart and lung sounds and streams them live to a remote provider, frequently cited as one of the most requested peripheral devices, because auscultation is such a core part of a standard physical exam that telehealth otherwise can't replicate. Without it, a provider is working from a patient's self-reported symptoms alone for anything involving heart or lung sounds.
Connected Otoscopes and Dermatoscopes
A connected otoscope lets a provider examine the ear canal and eardrum via a live video feed, which is particularly valuable in pediatrics and ENT, where ear exams are routine. A dermatoscope does the same for skin lesions, capturing high-resolution images that support dermatology follow-up and skin cancer screening without an in-person visit.
Portable ECG and Spirometry
Bluetooth-enabled 12-lead ECG devices can transmit a full cardiac tracing within seconds, useful for cardiology consultations or general health assessments. Portable spirometers measure respiratory function remotely, which matters for ongoing management of conditions like COPD, where lung function needs to be tracked over time, not just assessed once.
All-in-One Home Exam Kits
How They Work
Rather than separate peripherals, some devices combine several exam functions, heart, lung, ear, throat, skin, and temperature, into a single handheld unit that a patient or caregiver operates at home under a provider's guidance during a live visit. TytoCare is a well-known example of an FDA-cleared device built around exactly this model, designed to bring something close to an in-person physical exam into a home setting.
Where They Make the Biggest Difference
These all-in-one kits tend to matter most in three situations: rural areas where access to specialists is limited, pediatric visits where a parent can be guided through the exam, and post-discharge follow-up, where catching a complication early prevents a return trip to the hospital.
Remote Patient Monitoring Devices
The Devices Doing the Most Volume
RPM is where the largest number of telehealth devices actually operate day-to-day: blood pressure cuffs, glucose monitors (including continuous glucose monitors), pulse oximeters, connected scales, and wearables that track heart rate or activity. These devices generate a steady stream of data between visits rather than a single snapshot during one, which is exactly what makes chronic condition management more proactive than it used to be.
From Consumer Gadget to Clinical-Grade Device
Here's a distinction that gets blurred constantly: a consumer smartwatch that tracks steps and heart rate is not the same as an FDA-cleared medical device that generates data a provider can act on or bill for. Medicare's remote monitoring reimbursement codes generally require data from a medical device, not a general wellness gadget. An organization building an RPM program needs devices that are clinically validated and clearly distinguished from consumer wearables, even when the line between the two looks thin on a marketing page.
Reality check: "Connected" doesn't automatically mean "clinically useful." A device that collects data but doesn't transmit it into a system that a provider actually reviews is functionally no different from a patient jotting numbers in a notebook. The technology only adds value once a clinical workflow is built around it.
Facility-Side Devices: Carts, Kiosks, and Backpacks
Telehealth Carts for Hospitals and Care Facilities
For nursing homes, hospitals, and care centers that run telehealth at the facility level rather than purely at home, rolling telehealth carts can integrate dozens of connected devices, a screen, scheduling, and documentation into a single mobile unit that moves from room to room.
Portable Kits for Mobile and Rural Care
For home-visit nurses, mobile clinics, and rural outreach, lighter, portable kits, sometimes backpack-sized packages, the essential peripherals (stethoscope, otoscope, vital signs monitor) are included in a format that travels easily, trading some of a full cart's capability for mobility.
What to Check Before Adopting Any Telehealth Device
FDA Clearance and Regulatory Status
Any device making clinical claims should have gone through an appropriate FDA review. The FDA's Digital Health Center of Excellence is the right starting point for understanding how connected health devices and software are regulated, and the FDA's 510(k) clearance database lets you check whether a specific device has actually been cleared for the claims its marketing makes a step worth taking before any purchase, not after.
Integration With Your Existing Platform
A digital stethoscope that doesn't stream its data directly into the patient record during the visit isn't really a telehealth device; it's a regular stethoscope with a Bluetooth chip. The clinical and operational value of any peripheral or monitoring device depends entirely on whether its data lands somewhere a provider will actually see and act on it, in the moment it matters.
Our take: This is the same principle that shapes how we think about software at Bask Health, just applied to hardware: a device, like a point-solution app, is only as useful as its connection to the rest of the clinical workflow. The device itself is rarely the hard part; getting its data actually to reach a provider's decision is.
How Bask Health Fits Into the Device Ecosystem
Bask Health isn't a hardware company, but every device described above eventually needs somewhere for its data to go: a clinical record, a provider's attention, a treatment decision. Our EMR, e-prescribing tools, and patient management system are built to be that destination: a place where intake data, visit notes, and any device-sourced readings live in one connected patient record rather than scattered across separate device apps that a provider has to check manually. All of it runs inside the same security and compliance framework as the rest of the platform, since device data is protected health information the moment it touches a patient's name.
Conclusion
Video calls got telehealth started, but devices are what's letting it actually replicate and, in some monitoring scenarios, exceed what an in-person visit can catch. The organizations getting real value from telehealth devices aren't necessarily the ones with the most peripherals; they're the ones whose devices feed cleanly into a clinical workflow that turns the data into an actual decision.
If you're building a telehealth program and want the software side of that equation handled, you can explore Bask Health's plans or talk to our team about how device and visit data come together on our platform.
References
- U.S. Food and Drug Administration. (n.d.). 510(k) clearances. https://www.fda.gov/medical-devices/device-approvals-and-clearances/510k-clearances
- U.S. Food and Drug Administration. (n.d.). Digital Health Center of Excellence. https://www.fda.gov/medical-devices/digital-health-center-excellence
