Healthcare

Claims Data Pipeline

From X12 Claims Files to FHIR Resources and Revenue Cycle Analytics

Industry
Healthcare Revenue Cycle
Duration
6-week build
Team Size
4 engineers
Client
Revenue Cycle Operations Platform
837 + 835
EDI Formats
Claim + Response
FHIR Outputs
5+ KPIs
RCM Metrics

Overview

CodeBricks built a claims data pipeline implementation that processes synthetic X12 claim and remittance files, maps them to FHIR Claim and ClaimResponse resources, and turns the output into revenue cycle analytics. The project demonstrates practical knowledge of healthcare data engineering, EDI parsing, transformation testing, and reporting for billing operations.

01

The Challenge

X12 EDI is difficult for general engineering teams because it is rigid, compact, and domain-specific. A small parsing mistake can change the meaning of a claim or remittance. RCM buyers also expect familiar operational metrics. A dashboard with generic counts is not enough. Analytics need to reflect real questions: denial rate, days in accounts receivable, payer mix, aging buckets, and denial reason patterns.

02

Research & Strategy

We organized the pipeline in clear stages: ingest, parse, transform, load, and report. Synthetic X12 837 and 835 files enter an ingestion step validated for file type and run metadata. A real X12 parser library converts EDI segments into structured records. The transformation layer maps those records into FHIR R4 Claim and ClaimResponse resources before loading DuckDB or Postgres warehouse tables. SQL models calculate RCM metrics that feed a dashboard built for billing operations review, not generic tutorial charts.

03

The Solution

Ingestion stage for synthetic X12 837 claim submission and 835 remittance files
Parsing stage using a production-grade X12 parser (pyx12 or bots-edi)
Transformation mapping structured records to FHIR R4 Claim and ClaimResponse resources
Warehouse loading in DuckDB or Postgres for reproducible local and CI validation runs
SQL analytics for denial rate, days in AR, top denial codes, payer mix, and aging buckets
Operational dashboard surfacing revenue cycle metrics in an RCM-friendly layout
Unit tests for key X12-to-FHIR transformation mappings via Pytest
One-command pipeline run from raw files to populated warehouse and dashboard
Sample synthetic files safe for public repository publication
Documented architecture covering mapping decisions and production considerations
04

Results & Impact

837 + 835
EDI Formats
Claim + Response
FHIR Outputs
5+ KPIs
RCM Metrics

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Tech Stack

PythonDuckDBPostgreSQLStreamlitNext.jsFHIR R4X12 EDIPytest

Project Info

ClientRevenue Cycle Operations Platform
IndustryHealthcare Revenue Cycle
Duration6-week build
Team Size4 engineers