RPM Vendor RFP: 12 Questions IT Teams Should Ask

Procurement teams entering the remote patient monitoring market in 2025 are negotiating against a backdrop of rapid expansion and uneven vendor maturity. Analysts at IntuitionLabs estimate the U.S. RPM market was worth roughly $14.3 billion in 2024 and will exceed $18 billion by 2026, and that growth has pulled dozens of platforms into a category where integration depth, security posture, and support quality vary dramatically. A structured RPM vendor RFP is the most reliable instrument Health IT directors have to separate platforms that plug cleanly into existing EHR and telehealth workflows from those that create a second data silo. This report lays out twelve questions, organized by integration, security, and operational support, that belong in any serious remote monitoring RFP template.

"The lack of interoperability between different devices, software platforms, and EHR systems remains the central obstacle to RPM at scale, leading to fragmented data and inefficient workflows." - HealthArc, Integration of RPM with Electronic Health Records (2025)

Why an RPM Vendor RFP Beats a Demo

A vendor demo shows a curated path through a controlled environment. An RPM vendor RFP forces written, comparable, and contractually referenceable answers across every candidate. For Health IT directors, the difference matters because the failure modes of an RPM program rarely appear in a demo. Data latency, FHIR conformance gaps, billing documentation holes, and thin clinical support surface only after go-live, when remediation costs have multiplied. KLAS Research, which publishes impartial provider-sourced ratings of health IT vendors, consistently finds that integration quality and ongoing support drive satisfaction far more than feature counts.

Strong RPM vendor selection criteria treat the RFP as a scoring rubric rather than a formality. Each question below should map to a weighted score, and answers should be verifiable against reference customers, documentation, or a sandbox environment rather than taken on assurance.

RFP Domain	Core Question Focus	What a Weak Answer Looks Like	What a Strong Answer Looks Like
EHR integration	Native FHIR APIs, write-back to flowsheets	"We export CSV files" or PDF-only summaries	Bidirectional HL7 FHIR R4, discrete Observation write-back
Data standards	Vital signs mapped to LOINC and UCUM	Proprietary codes, manual mapping	Pre-mapped LOINC codes, standard UCUM units
Security	Encryption, access controls, audit trails	"HIPAA compliant" with no detail	SOC 2 Type II, encryption at rest and in transit, BAA
Latency	Time from device reading to chart	No measured benchmark offered	Documented end-to-end latency SLAs
Billing support	CMS code documentation automation	Manual time tracking spreadsheets	Automated capture for 99453, 99454, 99457, 99458
Support model	Onboarding, escalation, uptime	Email-only, business hours	Named implementation lead, 24/7 clinical escalation, uptime SLA

The 12 questions, grouped by risk area

Integration and interoperability

The first cluster of questions in any remote monitoring RFP should address how patient data reaches the clinician. This is where most programs either succeed or quietly fail.

• 1. Do you expose bidirectional HL7 FHIR R4 APIs, or only one-way exports? The answer determines whether vital signs flow back into the chart as discrete, trendable data or arrive as static documents.
• 2. How are vital signs mapped to standard terminologies? Look for pre-mapped LOINC codes and UCUM units so blood pressure, weight, and glucose land in the correct EHR fields without custom transformation.
• 3. Can data write back to native EHR flowsheets, and through what mechanism? Flowsheet write-back versus an external portal is the difference between a clinician seeing readings in their normal workflow and logging into a separate system.
• 4. What is the measured end-to-end data latency, from device capture to chart visibility? A vendor that cannot quote a benchmark has likely never measured it.

Security and compliance

Security questions carry the highest downside risk. Researchers cataloging RPM threats in 2025 identify unauthorized access, device firmware exploits, phishing, and man-in-the-middle attacks as the leading vectors, and each maps to a concrete RFP question.

• 5. What independent security attestations do you hold? A current SOC 2 Type II report is the baseline; "HIPAA compliant" alone is a marketing phrase, not an audit.
• 6. How is patient data encrypted at rest and in transit, and how are keys managed? Specifics on encryption standards and key rotation separate mature platforms from the rest.
• 7. Will you sign a Business Associate Agreement, and what does it cover regarding breach notification and subcontractors? The BAA terms define your liability exposure.
• 8. What access controls and audit trails exist, and can logs be exported to our SIEM? Role-based access and exportable audit trails are non-negotiable for enterprise security teams.

Operations, billing, and support

The final cluster covers the operational reality after the contract is signed, where program economics and clinician adoption are decided.

• 9. How does the platform document CMS RPM billing codes? Automated capture for codes 99453, 99454, 99457, and 99458 protects reimbursement and reduces audit risk versus manual tracking.
• 10. What is your implementation model and timeline? A named implementation lead and a written project plan beat a generic onboarding queue.
• 11. What are your uptime SLA and clinical escalation pathways? Confirm 24/7 coverage for clinical alerts and a contractual uptime commitment with remedies.
• 12. Can you provide three reference customers with comparable EHR environments and patient volumes? Reference checks against similar deployments expose integration friction that documentation hides.

Industry Applications

Multi-site health systems

For systems running a single EHR across many facilities, the RPM vendor RFP should weight FHIR conformance and flowsheet write-back most heavily. Fragmentation at scale is expensive: a platform that cannot reconcile data across sites forces IT teams to build custom pipelines, a problem that compounds as patient volume grows. Industry estimates put RPM utilization at more than 71 million Americans, roughly 26 percent of the population, in 2025, which means enterprise data volume is now a first-order design constraint.

Specialty and chronic care clinics

Cardiology, endocrinology, and nephrology programs depend on accurate, trendable vital signs. Here the terminology and latency questions matter most, because clinical decisions hinge on whether a glucose or blood pressure trend is visible and correctly coded. RPM programs have been associated with reductions in hospital admissions of up to 38 percent and emergency department visits exceeding 50 percent in vendor-reported and study data, but those outcomes assume clean data reaches the clinician in time to act.

Telehealth Operations

Telehealth teams should press hardest on embeddability and support. The RFP should ask whether physiological data can surface inside the existing virtual visit interface without a separate login, and what the escalation path looks like when an alert fires outside business hours.

Current research and evidence

KLAS Research has tracked RPM vendor performance since its 2022 report documented growing program energy and early outcomes, and its annual Best in KLAS rankings remain the most widely cited provider-sourced benchmark for the category. The recurring finding across these reports is that integration quality and support responsiveness, not feature breadth, predict long-term satisfaction.

Independent analyses reinforce the integration emphasis. HealthArc's 2025 review of RPM and EHR integration names interoperability gaps as the primary cause of fragmented data and inefficient workflows. Security researchers publishing on RPM systems through ResearchGate document encryption, access control, and audit trail requirements as the defining controls for HIPAA-aligned deployments. Market analysts at IntuitionLabs frame the broader context: a U.S. market growing past $18 billion by 2026 is attracting platforms at very different maturity levels, which raises the stakes on disciplined vendor evaluation. Taken together, the evidence points to a clear conclusion for procurement teams, which is that an RPM procurement checklist anchored in integration and security questions is the strongest predictor of program success.

The future of RPM vendor selection

Three shifts will reshape RPM vendor RFPs over the next several years. First, FHIR write-back to native flowsheets is moving from a differentiator to a baseline expectation, and RFPs will increasingly disqualify export-only platforms outright. Second, as CMS reimbursement rules evolve, billing documentation automation will become a scored requirement rather than a nice-to-have, because manual tracking will not survive audit scrutiny at scale. Third, security attestations will tighten; expect buyers to require SOC 2 Type II as table stakes and to scrutinize subcontractor chains and device firmware update practices more closely.

The practical implication for Health IT directors is that the RFP itself should be treated as a living document, revised each procurement cycle to reflect rising baseline expectations. The twelve questions here are a durable core, but their scoring weights will keep shifting toward integration depth and verifiable security.

Frequently asked questions

What should an RPM vendor RFP prioritize above all else? EHR integration depth and security posture. A platform can have an excellent clinical interface, but if it cannot write discrete, correctly coded vital signs back into your EHR and cannot demonstrate independent security attestations, it will create a data silo and a compliance risk. Weight integration and security questions most heavily in your scoring rubric.

How is an RPM vendor RFP different from a vendor demo? A demo shows a curated path through a controlled environment, while an RFP produces written, comparable, contractually referenceable answers across every candidate. The failure modes that matter most, including data latency, FHIR conformance, and support responsiveness, rarely appear in a demo but can be probed directly in an RFP and verified against references.

Which CMS billing codes should the RFP cover? At minimum, the RFP should ask how the platform documents codes 99453 and 99454 for device setup and supply, and 99457 and 99458 for treatment management time. Automated capture reduces audit exposure compared with manual spreadsheets and protects program reimbursement.

How many reference customers should we require? Request at least three references with comparable EHR environments and patient volumes. References operating in the same EHR at similar scale expose integration friction and support gaps that vendor documentation tends to obscure.

Circadify is building toward this space with HL7 FHIR compatible RPM data designed to plug into existing EHR and telehealth workflows rather than stand beside them. To compare these twelve criteria against a real integration architecture, review the capabilities sheet and EHR integration guides at circadify.com/solutions/telehealth and schedule a vendor-comparison call with the team.