Healthcare IT Infrastructure & Interoperability

Healthcare systems that actually talk to each other — built open, priced honest.

Kapstone Systems designs, builds, and administers the infrastructure healthcare organizations run on — data lakes, patient identity resolution, FHIR interoperability, document intelligence, and custom software — using open-source and cloud-native tools wherever they outperform costly proprietary platforms.

The Pipeline

From four messy sources to one system of record.

This is the shape of the infrastructure underneath the pitch — EHRs, lab feeds, registries, and faxed paperwork resolve into one identity, one interoperability layer, and one data lake everything else reads from.


What We Do

One practice, the full stack — not eight different vendors.

01

Healthcare Data Lake & Analytics Infrastructure

Cloud-native data lakes on Azure or AWS, built for scale, governance, and downstream analytics — without per-seat analytics platform licensing.

02

EMPI & Patient Identity Resolution

Open-source master patient index stacks (OpenCR, HAPI FHIR) that resolve duplicate and fragmented patient records across systems.

03

FHIR & HL7v2 Interoperability

Integration pipelines and conversion engines connecting EHRs, registries, and research systems on open interoperability standards.

04

Intelligent Document Processing

OCR and AI-driven extraction that turns lab reports and clinical paperwork into structured, usable data — built and owned, not rented per document.

05

Custom Healthcare Software

Purpose-built applications for the workflows off-the-shelf platforms don't fit — built once, owned outright.

06

AI-Augmented Workflows

Practical AI applied to document processing, data quality, and operational automation inside compliant environments.

07

Regulated Infrastructure & Compliance

HIPAA and 21 CFR Part 11-aware systems administration across cloud and on-prem — the backbone tying everything together.

08

Research Data Systems

REDCap and related research platform administration — one specialty within a broader infrastructure practice.

Why Open Source

Enterprise-grade healthcare IT. Without the enterprise price tag.

Most healthcare IT vendors sell a license, then a renewal, then a "premium tier" you didn't know you'd need. Kapstone builds on proven open-source foundations wherever they can match or outperform proprietary platforms — cloud consumption pricing you can see and control, instead of an opaque annual quote.

$6B+
lost annually across U.S. healthcare to denied claims tied to inaccurate patient matching — the exact problem a properly built EMPI solves. (Black Book Research)
$1.5M
average cost to a single hospital from poor patient identification — before counting the safety risk of mismatched records.
ComponentTypical Proprietary StructureKapstone Open-Source Build
Document Intelligence / OCR Per-document SaaS fees, often with per-seat platform costs layered on top Azure Document Intelligence at published consumption rates — $1.50/1,000 pages (OCR) to $30/1,000 pages (custom extraction), no seat fees
Interface Engine (HL7v2/FHIR) One-time engine license plus a separate licensed connection fee per interface Custom pipeline on Azure Health Data Services or open engines — you own the pipeline, not a per-connection license
EMPI Custom vendor quote, typically opaque until you're deep in procurement Built on OpenCR / HAPI FHIR — self-hosted, no per-record licensing
Research Data Platform Per-seat or per-project licensing that scales with your team, not your usage Self-hosted deployment you fully own

Document Intelligence figures are Microsoft's published Azure retail rates as of 2026. Interface engine and EMPI vendors generally don't publish pricing — we build the real comparison against an actual quote you've received, not a hypothetical one.


Why Cloud?

On-prem isn't the safe default anymore.

Open source keeps licensing costs down — cloud infrastructure is what makes the rest of the pitch (uptime, disaster recovery, compliance, and actually shipping on schedule) realistic without a server closet and an on-call rotation of one.

01

Elastic capacity

Scale up for a surveillance spike or a data migration, then scale back down — instead of buying hardware sized for the worst week of the year and running it idle the other fifty-one.

02

Built-in redundancy

Multi-zone and multi-region replication is a configuration setting on Azure or AWS, not a second data center you have to build, staff, and keep in sync yourself.

03

Compliance-ready foundations

Azure and AWS both carry HITRUST, SOC 2, ISO 27001, and HIPAA-eligible service designations out of the box — you're building on an already-audited foundation instead of proving your own data center from scratch.

04

Patching is someone else's job

The hyperscaler patches the physical hosts, the hypervisor, and most of the managed-service stack. Your team patches the application layer — a much smaller, much more defensible surface.

05

Faster time to production

Provisioning a new environment is minutes with infrastructure-as-code, not a procurement cycle, a rack-and-stack appointment, and a six-week wait on hardware.

06

Direct line to modern AI & data services

Document intelligence, managed FHIR services, and LLM endpoints are first-party cloud services now — building on-prem means re-implementing capability the cloud already gives you.


How It Works

Four steps, no black box.

Step 01

Assess

We map your current systems, data flows, and the real cost of what you're running today — including the licenses you may not be using fully.

Step 02

Design

A concrete architecture — data lake, EMPI, interoperability layer, or application — sized to your actual volume, not a vendor's tier structure.

Step 03

Build

Hands-on implementation, not slideware handed to a subcontractor. The person who designs it is the person who builds it.

Step 04

Operate

Ongoing administration, monitoring, and compliance support — or a clean handoff with real documentation if you're bringing it in-house.

Compliance & Standards

Built and administered in alignment with the frameworks that matter.

These aren't logos we paste on for trust — they're the actual frameworks we design infrastructure and administrative processes around, engagement by engagement.

Microsoft Azure

Infrastructure built on Azure's compliance-certified cloud — ISO 27001, SOC 2 Type II, and HIPAA-eligible services.

HIPAA

Environments configured to HIPAA Security & Privacy Rule requirements, with a signed BAA on every engagement.

HITRUST CSF

Security controls designed and administered in alignment with the HITRUST Common Security Framework.

NIST 800-53 / RMF

Risk management practices aligned with the NIST Risk Management Framework and SP 800-53 control families.

21 CFR Part 11

Electronic records and signatures configured for FDA-regulated research environments.

GCP — Good Clinical Practice

Research data systems built to support ICH E6(R2) Good Clinical Practice requirements.


About

25+ years in the trenches. A team built to match the work.

Kapstone Systems was founded on 25+ years of hands-on experience spanning web hosting and systems administration, DevOps and security engineering, and healthcare and public health informatics consulting. As engagements grow, we bring in specialized talent to fill skill gaps — every architecture we propose has already been built, patched, and kept alive under real regulatory and operational pressure, not just presented in a slide deck.

Contact

Tell us what's not talking to what.

Whether it's a data lake that needs building, an EMPI that needs replacing, or a document pipeline eating your team's time — start with a real conversation, not a sales deck.