Revolutionizing healthcare is a phrase people use often. In daily practice, it looks simpler than it sounds. A patient takes a blood pressure reading at the kitchen table, and the reading reaches the care team that same day. Digital health tools like this give clinicians a view of patients between appointments. That view helps them act sooner.
We first covered this topic in 2023, when health system leaders described digital health reaching a tipping point. Three years later, there is better data to work with. This article looks at where adoption held, what research says about outcomes, and how Medicare policy is shifting heading into 2027.
How Digital Health Is Revolutionizing Healthcare Today
Digital health is revolutionizing healthcare by moving routine monitoring out of the clinic and into the home. The term covers telehealth visits, connected medical devices, patient portals, and the software that ties them together. Our roundup of digital health technologies shares recent research examples. For people living with chronic conditions, the most practical piece is often remote patient monitoring (RPM).
The American Medical Association tracks how physicians use these tools. Its benchmark survey found that 71.4% of physicians worked in practices using telehealth in 2024, up from 25.1% in 2018. More than half (52.5%) were in practices using telehealth to manage chronic disease. In 2018, that figure was 9.9%.
Remote patient monitoring followed a different path. Video visits spiked in 2020 and have eased since. RPM did not. About 20% of physicians worked in practices using it in 2020, 2022, and 2024. That share is roughly double the 2018 level.
The AMA noted that RPM use held its level after the pandemic. That makes sense. Hypertension, heart failure, and diabetes need steady attention all year, whatever the policy climate. Use was higher among physicians in hospital-owned practices (24.3%) than in private practice (16.9%). That gap points to where smaller practices still need support with setup, staffing, and workflow.
What Research Says About Remote Monitoring Outcomes
Revolutionizing healthcare only counts if patients do better. The research on remote monitoring is strongest where care teams act on the data quickly. Two areas show this well.
Heart Failure
The TIM-HF2 trial, published in The Lancet, randomized 1,571 patients with heart failure across Germany. Half received remote patient management on top of usual care. These patients sent daily vital sign readings to a telemedical center staffed by physicians and heart failure nurses around the clock.
Over roughly one year of follow-up, patients in the remote group lost an average of 17.8 days to unplanned cardiovascular hospital stays or death. The usual care group lost 24.2 days. All-cause mortality was also lower, at 7.86 versus 11.34 deaths per 100 person-years.
The design deserves as much attention as the results. Readings went to clinicians who could respond the same day. Earlier heart failure studies that relied on more passive monitoring had mixed results.
Hypertension
For high blood pressure, the American Heart Association (AHA) and AMA issued a joint policy statement on home monitoring. It covers self-measured blood pressure (SMBP), meaning readings patients take outside the office. Meta-analyses of randomized trials show SMBP is associated with lower blood pressure and better control. The benefits were greatest when monitoring came with support. Examples include education and counseling from nurses or care coordinators by phone or telehealth.
The statement also found that adding home monitoring to office readings is cost-effective for patients with high office blood pressure. It called for investment in the infrastructure behind it, including systems that move home readings into electronic health records. Remote patient monitoring is one way to deliver SMBP, because readings transmit automatically instead of sitting in a paper log.
Both bodies of research point to the same practical lesson. A connected device is the starting point. Outcomes improve when a care team reviews the readings and follows up.
5 Ways Remote Monitoring Is Revolutionizing Healthcare Delivery
Remote patient monitoring is revolutionizing healthcare delivery in specific, practical ways. Here are five worth understanding.
1. Trends Replace Single Readings
An office blood pressure reading captures one moment. White coat effect can push it up. Masked hypertension does the opposite, with normal office readings and high readings at home. Daily home readings show the pattern over weeks. Clinicians can see whether a medication change is working well before the next visit.
2. Care Teams Act Between Visits
Care teams set thresholds for each patient. When a reading falls outside that range, the team gets an alert. A nurse might call that afternoon. A physician might adjust a dose. Our guide on how RPM works walks through each step, from enrollment to follow-up.
3. Care Follows Patients Home
Many patients want to stay in their own homes as they reach their later years. Remote monitoring supports that goal by giving care teams current vital sign data without a clinic trip. Our article on geriatric telemedicine covers how this works for Americans 65 and up.
4. Home Data Joins the Medical Record
Readings are most useful where clinicians already work. Many RPM programs send home data into the electronic health record (EHR). Care teams can then review blood pressure trends next to labs, notes, and medication lists. The AHA and AMA named this kind of integration as a priority for wider use of home monitoring.
5. Connectivity Reaches More Patients
Some patients lack home Wi-Fi or a smartphone. Cellular-connected devices remove that barrier. The patient takes a reading, and it is sent. There are no apps to download and nothing to sync. This matters for rural patients and for anyone who feels uneasy with technology.
Medicare Policy and the Next Phase of Digital Health
Medicare coverage shapes how far digital health reaches. Two recent rules show how quickly that policy can move.
For 2026, the Centers for Medicare & Medicaid Services (CMS) finalized two new remote physiologic monitoring codes. CPT 99445 covers device supply and data transmission for 2 to 15 days in a 30-day period. CPT 99470 covers 10 minutes of treatment management in a calendar month. Before 2026, device supply billing required at least 16 days of readings. Patients who need monitoring for shorter stretches now have a path to coverage.
For 2027, CMS has proposed new guardrails. Its proposed rule, released July 14, 2026, would require a separate initiating visit before RPM or remote therapeutic monitoring (RTM) begins. That visit could be in person or by telehealth. CMS also proposed that clinical staff furnishing RPM and RTM be employed by the billing practice. It asked for comments on folding 17 RPM and RTM codes into four new G-codes.
The comment period closed September 14, 2026, and the final rule is expected around November 1. Care teams and their technology partners should watch it closely. Whatever CMS decides, the clinical case for seeing patients’ health between visits stays the same. Please review the disclaimer at the end of this article.
What a Strong Digital Health Program Needs
The research and the policy changes point to a few building blocks for any digital health program:
- Clear patient selection. Monitoring fits best when a patient’s care plan depends on frequent readings, as with hypertension, heart failure, diabetes, or COPD.
- Validated devices. The AHA and AMA recommend devices validated for clinical accuracy, with a properly sized cuff for blood pressure.
- A staffed review process. Someone needs to read the data, contact the patient, and document the follow-up.
- Simple setup for patients. Devices that work out of the box help patients stay engaged from the first reading.
- Reliable logistics. Shipping, replacements, and patient tech support all affect whether readings keep coming in.
How Tenovi Supports Digital Health Programs
Tenovi provides the remote monitoring infrastructure behind RPM and RTM programs. We work with RPM software companies, chronic care management companies, telehealth platforms, health systems, payers, government programs, and pharmacies.
Tenovi offers two device suites. Standalone cellular devices have their own SIMs and send readings without any home setup. Bluetooth devices connect through the Tenovi Cellular Gateway, which sends data over a cellular network. Either way, patients don’t need an app, Wi-Fi, or a smartphone.
Behind the devices, we handle fulfillment, provisioning, and support. Programs connect to 60+ devices through one API. Tenovi is HIPAA compliant and SOC 2 Type 2 compliant.
FAQs About Revolutionizing Healthcare With Digital Health
These frequently asked questions cover how digital health is revolutionizing healthcare for patients and care teams. They answer common questions about remote patient monitoring adoption, clinical outcomes, Medicare policy, and patient access.
1) What does revolutionizing healthcare mean in digital health?
In digital health, revolutionizing healthcare usually means moving routine monitoring and follow-up outside the clinic. Connected devices, telehealth visits, and shared data let care teams support patients between appointments. The goal is earlier action and care that fits into patients’ daily lives.
2) How many physicians use remote patient monitoring?
The AMA’s 2024 benchmark survey found that about 20% of physicians worked in practices using remote patient monitoring. That share has held steady since 2020 and is about double the 2018 level. Use was higher in hospital-owned practices than in private practices.
3) Does remote patient monitoring improve patient outcomes?
Research supports it when programs pair devices with active clinical follow-up. In the TIM-HF2 trial, heart failure patients in a structured remote program lost fewer days to unplanned cardiovascular hospital stays or death. For hypertension, the AHA and AMA report that home blood pressure monitoring is associated with lower blood pressure and better control.
4) What changed for remote patient monitoring in Medicare in 2026?
CMS added two codes for 2026. CPT 99445 covers device supply and data transmission for 2 to 15 days in a 30-day period. CPT 99470 covers 10 minutes of treatment management in a calendar month. Together, they support patients who need shorter monitoring periods.
5) What has CMS proposed for remote patient monitoring in 2027?
In July 2026, CMS proposed requiring an initiating visit before RPM or RTM begins. It also proposed that clinical staff providing these services be employed by the billing practice. CMS requested comments on consolidating many RPM and RTM codes into four G-codes. These are proposals, and the final rule is expected in early November 2026.
6) Do patients need Wi-Fi or a smartphone for remote monitoring?
Patients using cellular-connected devices need neither one. These devices send readings over a cellular network, with no app or home internet required. Bluetooth devices can also work without a phone when paired with a cellular gateway, such as the Tenovi Cellular Gateway.
Understanding How Digital Health Is Revolutionizing Healthcare
Digital health has moved well past the tipping point we described in 2023. Telehealth remains widely available, and remote patient monitoring use among physicians has held steady since 2020. Research in heart failure and hypertension shows better results when care teams act on home data. Medicare policy keeps changing, with new codes in 2026 and proposed guardrails for 2027. Through each change, the core idea holds. Patients do better when their care team can see what happens between visits and respond.
Tenovi provides the infrastructure behind remote monitoring programs. One API and one partner give healthcare organizations 60+ devices, cellular connectivity, patient data, fulfillment, and support for RPM and RTM. Want to see how Tenovi can support your program? Contact us for a free demo and consultation.
This material is provided for general informational and educational purposes only and does not constitute legal, compliance, billing, coding, or reimbursement advice. CPT® codes, descriptions, and Medicare payment rates referenced here are drawn from publicly available sources, are subject to change, and may vary by payer, locality, and patient circumstances. Tenovi makes no representation or guarantee regarding coverage, payment, or the appropriateness of any code for a particular patient or service, and any presented are illustrative only. Providers are solely responsible for independently determining medical necessity and applicable coding, coverage, documentation, and billing requirements and for submitting accurate claims. Consult applicable payer guidance and qualified billing, coding, compliance, or legal professionals before making billing decisions. CPT® is a registered trademark of the American Medical Association.
