Industry Solutions

Custom Software for Healthcare & Life Sciences

Secure, flexible, and compliant architecture tailored for the unique challenges of the Healthcare & Life Sciences sector.

Quick Answer

In short: ERPStack builds custom, secure, and compliant B2B software systems for the Healthcare & Life Sciences sector, featuring dedicated cloud deployment, zero per-seat licensing, and complete source code ownership.

Why Custom ERP for Healthcare & Life Sciences?

Operating in the healthcare industry requires a system that is natively designed for high regulatory compliance and strict patient privacy. Off-the-shelf software models fail to bridge the gaps between EHR integration mainframes, time-bound nursing schedules, and complex insurance routing. A custom ERP for healthcare resolves this by implementing a unified FHIR v4 API layer that links legacy systems with real-time analytics dashboards. Patient records and medical histories are transparently encrypted at rest using AES-256 and mapped to time-locked role-based access policies (RBAC). With custom workflow automation, clinical workflows are optimized, administrative overhead is reduced by up to 40%, and compliance gaps under HIPAA or HITRUST are mathematically eliminated from the initial commit.

Industry Pain Points

Strict HIPAA & HITRUST compliance requirements
Legacy EHR/EMR integration bottlenecks
Fragmented patient data silos and interoperability
Secure storage of electronic protected health info (ePHI)

Engineering Blueprint

Healthcare organizations operate under extreme scrutiny. Legacy EHR systems (Epic, Cerner) are notoriously difficult to integrate. Our Custom Healthcare ERP blueprint is built on an API-first FHIR v4 (Fast Healthcare Interoperability Resources) architecture, allowing your custom modules to sync patient data flawlessly.

Event-Driven HL7/FHIR Pipelines

We utilize Apache Kafka or AWS SQS to ingest HL7 v2 messages from legacy hospital mainframes, transforming them via Next.js background workers into modern FHIR JSON payloads before storing them in an encrypted PostgreSQL cluster.

// ePHI Encryption at Rest
export const patients = pgTable('patients', {
  id: uuid('id').primaryKey(),
  // PGCrypto Extension ensures transparent column encryption
  ssn_encrypted: text('ssn_encrypted').notNull(),
  medical_history_blob: jsonb('medical_history_blob'),
});

Our Solutions

Immutable Audit Logging via Logtape
Granular JWT-based RBAC (Role-Based Access Control)
FHIR v4 / HL7 Interoperability APIs
At-Rest Encryption using AES-256-GCM

Compliance & Security

HIPAA HITRUST GDPR SOC 2 Type II FDA 21 CFR Part 11

HIPAA is not just about server locations; it's about strict access auditing and breach notification protocols. We engineer HITRUST CSF certifiable systems.

Strict RBAC & Time-Bound AccessNurses and doctors receive short-lived JWT tokens. If a terminal is left inactive for 5 minutes, the Next.js client aggressively purges local storage and terminates the session via an invalidation ping to Redis.
Immutable Audit Trails (FDA 21 CFR Part 11)For pharmaceutical and medical device clients, we deploy trigger-based audit tables. Even a root database administrator cannot `DELETE` an audit log row without breaking cryptographic hashes.

Compliance Checklist

HIPAA Verified
HITRUST Verified
GDPR Verified
SOC 2 Type II Verified
FDA 21 CFR Part 11 Verified

Get the Blueprint

Download our comprehensive Systems Architecture Blueprint to see how we architect compliant solutions.

Download Blueprint

Metrics & Integrations

Illustrative engineering targets for this sector — the SLAs and capacities we design and build toward, not a live service dashboard.

Uptime SLA

99.999%

FHIR Sync Latency

< 50ms

Audit Logs Stored

10B+

Integration: Epic

Category: EHR

Integration: Cerner

Category: EHR

Integration: HL7 Network

Category: Protocol

Implementation Process

Phase 1

Discovery & Compliance Audit

Mapping existing data flows and identifying HIPAA/HITRUST gaps.

Phase 2

Secure Data Lake Setup

Deploying encrypted Postgres clusters with zero public IP access.

Phase 3

FHIR API Layer

Building the GraphQL/REST layer for standardized medical data access.

Phase 4

Legacy Integration

Creating Kafka streams to ingest HL7 v2 messages from on-prem servers.

Proven in Healthcare & Life Sciences

Field Operations & Compliance Portal

Unified operational portal for field tracking and compliance

Read Case Study

Frequently Asked Questions

We build with secure-by-default architecture, including database-level encryption (AES-256-GCM), immutable audit trails using Logtape, and strict role-based access controls to protect ePHI.

Yes, we specialize in building middleware and APIs that securely bridge modern front-ends with legacy EHR systems using HL7 and FHIR v4 standards.

Yes, we design electronic signature workflows, automated session timeout thresholds, and cryptographic audit log trails matching FDA 21 CFR Part 11 guidelines for clinical trial data integrity.