Acuron is a US-based healthcare technology company. Their SaaS platform delivers clinical and financial analytics to healthcare practices nationwide.
The US healthcare industry loses tens of billions every year, to denied claims, unbilled services, and data no one can access in time. Practice managers and billers are stuck manually chasing KPIs, reconciling AR reports, and decoding denial patterns from systems that were never built to work together.
Acuron partnered with Mobcoder AI to fix that. We built a secure, AI-driven analytics platform that brings fragmented EHR data into one place, surfaces financial insights in real time, and lets non-technical users ask questions in plain English. That too, without exposing a single patient record to external systems.
Healthcare practice management is complex. Administrators track performance across multiple providers, payers, and locations every single day: pulling data from EHR systems designed for documentation, not decisions.
Acuron's clients were dealing with:
One missed denial trend costs a practice thousands in unrecovered revenue. One PHI breach can trigger federal penalties and end patient trust overnight.
The platform had to unify messy data, lock down security at every layer, and still give non-technical users instant answers.


We built a FHIR R4-compliant sync engine for eClinicalWorks. It automatically ingests patients, practitioners, encounters, claims, and billing records across 36+ resource types. Aprima's proprietary data structures were mapped and normalized into clean, analytics-ready PostgreSQL schemas. All EHR data now flows into a single source of truth.
We designed a Text-to-SQL workflow using Model Context Protocol (MCP). The AI gets the database context it needs but never sees raw patient data. PHI and PII are masked and encrypted before anything reaches an external LLM. Billers and practice managers type a question, get a trusted answer. That's it.
Every AI-generated SQL query goes through an automated validation loop before it runs. Errors are detected and corrected automatically. Destructive operations — DELETE, DROP, unauthorized schema access, are blocked entirely. Every query is safe. Every result is reliable.
We built real-time calculation engines for the metrics that drive revenue cycle decisions: GCR%, AR Aging (0–30 through 365+ days), Payer Analysis, Provider Performance, Denial Rate tracking, and Unbilled Claims. Every report is exportable to multi-sheet Excel.
We refactored the authentication layer with request-level context caching. The platform stopped re-validating JWT tokens and re-querying the database on every single request. Token validation overhead dropped 66–75%, with no security trade-off.
Full admin modules built for Platform Administrators, Tenant Organizations, and Organization Users. Role-based access controls, invitation workflows, bulk user creation, and session revocation - all production-ready.
OpenTelemetry integrated across every service. Jaeger and OTLP collectors handle distributed tracing, performance monitoring, and logging. Engineering teams have full visibility into platform health at all times.
Model Context Protocol (MCP)
AWS Bedrock (Claude 3 Sonnet)
NVIDIA NIM APIs
Qdrant Vector Database
FastAPI + Python 3.12
PostgreSQL + Redis
FHIR R4 API Integration
PHI/PII Masking & Encryption Layer

Mobcoder AI transformed Acuron's fragmented healthcare data into a secure, real-time analytics engine to give a seamless experience.
66–75% reduction in authentication overhead. Context caching eliminates redundant JWT validation.
36+ FHIR resource endpoints synced automatically. Patients, claims, encounters, billing records, ingested without any manual effort.
Natural language queries. Zero PHI exposure. Billers and practice managers get answers in seconds.
Admin and Organization User modules 100% complete. 20+ endpoints built.
GCR%, AR Aging, Denial Rates, and Unbilled Claims tracked in real time. Multi-payer, multi-provider, multi-location, all in one dashboard.
Every AI query is validated before it runs. Destructive operations blocked at the guardrail layer.

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