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How Health1st compares to Redox, Rhapsody & Mirth

Three ways to move HL7 and FHIR between systems — a managed API network, an enterprise engine, and free open source. Here's an honest look at where an AI-native, bidirectional translation platform fits, and where it doesn't.

  • AI-native mapping vs. hand-built interfaces
  • On-prem / VPC control vs. someone else's network
  • Transparent usage-credit pricing vs. quote-only
See pricing
HL7 v2.5.1 · ADT^A01inbound
MSH|^~\&|EPIC|HOSP|H1ST|DST|202601..||ADT^A01|
PID|1||MRN12345^^^HOSP^MR||DOE^JOHN^A||
    19701225|M|||123 MAIN ST^^AUSTIN^TX
PV1|1|I|ICU^101^A|||...admit...
DG1|1|I10|E11.9^Type 2 diabetes mellitus
PIDPatient
PV1Encounter
DG1Condition
AIMapping
Agent
validate · normalize · map
FHIR R4 · Bundleoutbound
{ "resourceType": "Patient",
  "identifier": [{ "value": "MRN12345" }],
  "name": [{ "family": "Doe",
             "given": ["John","A"] }],
  "gender": "male",
  "birthDate": "1970-12-25" }

{ "resourceType": "Condition",
  "code": { "coding": [{
    "system": "…/icd-10-cm",
    "code": "E11.9" }] } }
US CoreR4.0.1validated
An inbound HL7 v2.5.1 ADT^A01 admission message is parsed segment by segment — PID maps to a FHIR Patient, PV1 to an Encounter, and the DG1 diagnosis segment (ICD-10 E11.9, Type 2 diabetes) to a FHIR Condition — by the AI Mapping Agent, validated against US Core and FHIR R4.0.1. The reverse direction (FHIR back to HL7 v2) is also supported.

In short

Health1st is an AI-native, bidirectional HL7 v2 ↔ FHIR translation platform. Compared with the incumbents: Redox is a managed API network (fast to connect, but you live inside their cloud and pay per transaction on top of a ~$35k/month floor); Rhapsody is the enterprise engine standard (deep and reliable, but config-heavy and enterprise-priced); Mirth Connect is free open source (powerful, but you own all the ops, scaling and support). Health1st's edge is AI-generated mapping with a human in the loop, deployment you control (on-prem or private VPC), and transparent usage-credit pricing that undercuts the managed floor.

Days
To first interface
vs. weeks/months hand-built
v2 ↔ FHIR
Bidirectional by design
not one-way ingestion
On-prem
or private VPC
your infrastructure, your keys
Jan 2027
CMS-0057-F deadline
4 FHIR APIs mandated
Side by side

Capability comparison

Capabilities that matter when you're choosing how to translate and route healthcare data. Competitor pricing and timing figures are public estimates and directional benchmarks, not quotes.

CapabilityHealth1stRedoxRhapsodyMirth Connect
Bidirectional HL7 v2 ↔ FHIR
AI-native mapping (agent-generated)
No-code mapping studio
On-prem / private VPC deployment
Custom / edge message types
Transparent, published pricing
Typical days to first interfaceDaysWeeksWeeks–monthsMonths (DIY)
CMS-0057-F FHIR APIs ready
Vendor support & validation included

✓ = supported · ~ = partial / add-on / model-dependent · ✕ = not supported natively. Rhapsody markets “Rhapsody Axon” agentic AI; Redox offers modern APIs rather than AI-led mapping; Mirth has no native AI mapping.

Where we differ

What AI-native actually changes

“We use AI” is no longer a differentiator — even Rhapsody now markets agentic AI. The difference is where AI sits in the workflow and what it measurably changes.

Mapping is generated, not typed

The Mapping Agent proposes a full v2↔FHIR mapping from your real messages — PID→Patient, PV1→Encounter, DG1 (ICD-10 E11.9)→Condition — which an engineer reviews and approves. Interfaces that took weeks land in days.

You own the deployment

Run Health1st in your own private VPC or fully on-prem. PHI never has to leave your boundary, and you're not limited to a vendor's pre-connected endpoint list — a hard limit of pure API-network models.

Pricing you can read

Platform subscription plus usage credits, published in tiers. No opaque enterprise quote, and translation credits priced well under Redox's $0.50–$2.00 per transaction.

Bidirectional, not just ingestion

Round-trip translation both ways — v2→FHIR and FHIR→v2 — so legacy systems and modern FHIR APIs stay in sync without a second one-way pipeline bolted on.

Custom & edge message types

Non-standard Z-segments, local code systems and vendor quirks are first-class inputs to the mapping agent — not out-of-scope like a fixed network connector.

Built for CMS-0057-F

Patient Access, Provider Access, Payer-to-Payer and Prior Auth (PARDD) FHIR APIs on the mandated stack — FHIR R4.0.1, US Core STU 3.1.1, SMART, Bulk Data, OIDC — ahead of the Jan 1 2027 deadline.

Detailed comparisons

Dig into a head-to-head

Fair, factual breakdowns — including when the other vendor is genuinely the better choice.

Managed API network

Health1st vs Redox

Integration-as-a-service with 12,000+ connected orgs vs. an AI-native platform you deploy and control. Where a managed network wins, where on-prem control and usage-fair pricing win.

Read the Redox comparison
Engines: enterprise & open source

Health1st vs Rhapsody & Mirth

The #1 KLAS enterprise engine and the free open-source standard vs. AI-native mapping with support and validation built in. Faster time-to-interface without the DIY tax or the enterprise price.

Read the Rhapsody & Mirth comparison

Security & Compliance

Enterprise-grade trust, stated honestly

Protecting PHI is non-negotiable. Here's exactly where our certifications stand — no overclaiming.

HIPAAActive

Compliant · BAAs available

SOC 2 Type IIIn Progress

Audit in progress

HITRUST CSFOn Roadmap

On roadmap

HL7 · FHIRCore

Native, by design

AWS HIPAA-eligible infrastructure · Business Associate Agreements (BAAs) · Encryption in transit & at rest · See our security details →

Frequently asked questions

See how the comparison plays out on your data

Bring your own HL7 message types and CMS-0057-F requirements. We'll show a live v2 ↔ FHIR translation — no obligation.

See pricing