Telehealth and remote patient monitoring (RPM)
Telehealth has moved beyond simple video visits to integrated care pathways that combine virtual consultations with continuous monitoring. RPM devices—blood pressure cuffs, glucose monitors, pulse oximeters and wearable activity trackers—feed clinical-grade data into care teams’ workflows, enabling earlier intervention and fewer hospital readmissions. For providers, success hinges on choosing devices that are clinically validated, integrate smoothly with electronic health records (EHRs), and support clear clinical workflows and documentation.
Digital therapeutics and mobile health apps
Digital therapeutics (DTx) are software-driven interventions that complement or substitute traditional therapies for conditions like diabetes, substance use disorders, and mental health. When supported by randomized trials and regulatory clearance, these tools can be prescribed alongside medications and therapeutic regimens. Meanwhile, mobile health apps continue to flourish for medication reminders, symptom tracking, and lifestyle coaching.
Prioritizing solutions with peer-reviewed evidence and interoperability reduces fragmentation and improves adoption.
Interoperability and data standardization
Fragmented systems remain a top barrier. Open standards such as FHIR enable safer, more efficient data exchange across EHRs, labs, imaging vendors, and patient-facing apps. Interoperability makes it feasible to assemble a longitudinal patient record, support population health analytics, and power care coordination across settings.
Implementations should emphasize standardized APIs, consistent data mapping, and robust testing to avoid clinical gaps caused by incomplete or misinterpreted data.
Cybersecurity and privacy
As devices and platforms proliferate, so do attack surfaces. Protecting patient data requires a layered approach: strong encryption in transit and at rest, multi-factor authentication, device management for endpoints, and a zero-trust mindset for network access. Regular risk assessments, vendor due diligence, and tabletop incident-response exercises help organizations prepare for breaches. Compliance with privacy regulations and clear patient-facing consent policies are essential for maintaining trust.
Clinician workflow and user experience
Technology must reduce—not add—to clinician burden.
Integrations that automate documentation, prioritize critical alerts, and present actionable insights at the point of care help prevent alert fatigue and burnout. Human-centered design, clinician input during procurement, and phased rollouts with real-world usability testing lead to higher adoption and better outcomes.
Equity and access
Tech-enabled care can widen access for underserved populations, but only if affordability, connectivity, and digital literacy are addressed.
Programs that provide subsidized devices, offer multilingual support, and integrate community health workers into digital care pathways improve reach and effectiveness. Measuring access metrics and outcomes across different demographic groups helps ensure technologies benefit all patients.
Measuring impact
Adoption is only meaningful when paired with measurable outcomes: reduced readmissions, improved disease markers, higher patient satisfaction, and cost savings. Define clear KPIs before deployment, collect both clinical and operational data, and iterate based on results.
Next steps for healthcare organizations
Start with a needs assessment, prioritize interoperable solutions backed by evidence, secure devices and data, and involve clinicians and patients in design and testing.
By focusing on usability, security, and measurable impact, health systems can harness technology to deliver safer, more equitable, and more efficient care.