Healthcare Software Development
Healthcare Software Development Built For Clinical Reality
Healthcare software is judged on the day something goes wrong. Who saw this record, under what consent, and can you show it? We design the access model, the consent trail and the interoperability before anyone draws a screen, because those are the parts nobody retrofits cheaply.
Triple Protection Guarantee
- US-Registered Entity
- Signed IP Assignment
- Senior Engineers Only
Triple Protection Guarantee:
- US-Registered Entity
- Signed IP Assignment
- Senior Engineers Only
Years In Business
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Engineers On Staff
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Avg. Engineer Exp.
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Where Health Bites
Consent Model
With Scope
Senior Engineers
Vetted Only
Timezone Overlap
Live Hours
PHI Handling
Scoped Tight
Delaware LLC
US Entity
Data Security
Access Rules
Quality Control
Code Review
Data Interoperability
HL7 & FHIR
View Logging
Per Record
IP Assignment
Signed
Delivery Overlap
Fixed
Hours
Code & IP Owner
You
Trusted By Startups
What Healthcare Software Development Means
Healthcare software development is building systems that hold protected health information and have to prove how they treated it. That shapes the architecture. Access is granted by role and relationship rather than by seniority, consent is a record with a scope and an expiry rather than a checkbox, every view of a patient record is logged and not just every edit, and clinical data arrives from other systems in formats older than most frameworks.
Stallyons is registered in Delaware as a US company, and our engineers work a time-zone window agreed before the project starts, with four-plus hours of daily overlap. You sign a US contract, run diligence on a US entity and pay one US invoice. Behind the work sits twelve-plus years of delivery across six continents and around thirty-five engineers, averaging four-plus years of production experience. Founders, clinical leads and product owners bring us systems that people rely on while they are unwell.
What Health Delivery Covers
Access by role and relationship: a clinician can reach the patients in their care rather than every record in the database, with break-glass available, alarmed and reviewed rather than quietly used every day.
Consent as a first-class record: what was agreed, by whom, for which purpose, until when, and how it is withdrawn, stored so a later question about sharing has a factual answer rather than a recollection.
Audit logging of reads, not just writes: the question a review asks is who looked at this record, which means view events are logged with the reason and kept for the retention period you work to.
Interoperability treated as core work: HL7 v2 feeds, FHIR resources and document exchange scoped early, because message shapes and terminology decide the data model, not the reverse.
Protected data kept out of the places it leaks: logs, analytics events, error trackers, screenshots and test fixtures, each reviewed for identifiers before anything reaches production.
One accountable vendor: one contract, one invoice and one entity for legal and finance to run diligence on, instead of a spread of contractors across four jurisdictions.
Why Health Teams Choose A Clinical-Aware Build Partner
- Ask how access is decided. If the answer is a list of roles with no notion of the clinician's relationship to the patient, everyone will end up with more reach than they need.
- Ask to see the consent model. Purpose, scope, expiry and withdrawal should be fields on a record, not a boolean set the day someone signed up and never revisited.
- Ask whether reads are logged. Most systems log edits. Reviews ask who looked, and that answer has to exist before anybody comes asking for it.
- Ask when interoperability gets scoped. HL7 and FHIR shape the data model, so teams that leave integration to phase two rebuild the schema when it finally arrives.
- Check the exit before you need it. Repositories, cloud accounts and clinical data sit in your own name from day one, so leaving is administration, not a negotiation.
- Insist on a written handover: decisions, open threads and known issues documented as work happens, so whoever picks it up next reads instead of guesses.
How A Healthcare Project Starts Here
Every project starts with a free 45-minute scoping session. No slide deck, no sales script. You bring the care pathway, the systems it touches and the rules you answer to; you leave with a scope and a timeline.
We are selective about new projects and cap how many we run at once, because the scoping is the product. If your product is a regulated device needing a process we cannot support, we will say so first.
Why Clients Choose Us
Full
Written IP Transfer
USA
Contract Entity
Yours
Records & Accounts
Named
Delivery Lead
Ready to build health software that stands review?
What We Build In Health
Healthcare Software Development We Deliver
Care settings differ, and the underlying problems repeat: identity, consent, access and getting data out of a system that was never designed to share it. These are the builds we deliver most often.
Patient Portals & Apps
Records, results and appointments
End-to-End
Clinician Tools
Worklists, notes, care plans
Browser-Based
Telehealth Visits
Video sessions, waiting rooms, consent
Recorded
EHR & HIS Integrations
HL7 v2, FHIR, document feeds
Live In Production
Scheduling
Slots, referrals, reminders
Booked Live
Consent & Sharing
Sharing rules, logs, revocation
Recorded
Claims & Eligibility
Coding, submission, remittance
Billed
QA & Test Automation
Manual, automated, regression, sign-off
Sign-Off
Legacy Modernization
Rewrites, migrations, replatforms
Future-Proof
Support & Maintenance
Monitoring, fixes, releases, cover
Kept Running
Not sure where your care pathway breaks? Let's map it.
Common Challenges
Why Do Healthcare Builds Go Wrong?
Six failure patterns behind almost every health platform that fails its first review. All six start as shortcuts.
PHI In The Logs
01
A debug line written during a bad week prints the whole patient object, and it now sits in log storage, an error tracker and an analytics pipeline, each with a different retention rule and a wider audience.
Consent As A Checkbox
02
Consent is stored as a single true value with no purpose, scope or expiry. When someone withdraws it, there is no way to tell which sharing it ever covered.
Everyone Sees All
03
Roles are modelled without any notion of who is caring for whom, so every clinician can open every record and the access log becomes noise instead of evidence.
Only Edits Logged
04
The system records every change and no reads. The first time anyone asks who viewed a record, the honest answer is that the information was never captured to begin with.
Duplicate Patient Records
05
With no identity matching, one person becomes three records across intake, referral and portal signup. Clinicians then work from whichever copy their screen happened to open.
Integration Left To Last
06
HL7 and FHIR are scheduled for phase two, then arrive carrying fields and codes the schema cannot hold, and the data model is rewritten with live data in it.
Recognise a few of these? Let's do it properly.
Our Health Services
6 Healthcare Software Development Services
Six ways to buy healthcare delivery from one accountable vendor. Run one, or run several in parallel under a single contract.
Patient Platform Development
01
Portals and apps where patients see records, results and appointments, built on an access model that already knows which records this person is entitled to open.
EHR Integration Work
02
HL7 v2 feeds, FHIR resources and document exchange with the systems already in place, delivered through our API development practice and mapped before the schema is fixed.
Telehealth & Scheduling
03
Video visits, waiting rooms, slot management, referrals and reminders, with the consent for each session captured and stored against the encounter.
Consent & Access Design
04
The permission model: role and care relationship, purpose-scoped consent, break-glass that raises an alert, and read logging kept for your retention period.
Clinical Data & Reporting
05
Warehousing, de-identified extracts and the reports your service and quality teams ask for, built so an analyst can answer a question without a copy of the live records.
Cloud, Support & Monitoring
06
Hosting, pipelines and alerting on our cloud app development stack, with residency and retention set to the rules you work under, and alerting your own team can read.
Not sure which health service you need? Let's scope it together.
Why Choose Us
What Makes Our Healthcare Software Development Different
The details that decide whether a health build survives its first review and its first winter.
A US Legal Entity
01
Stallyons is registered in Delaware. Your contract, your invoice and your legal recourse sit with a US company, not an unknown one.
Access By Relationship
02
Permission follows the care relationship, not the job title, so a clinician reaches the patients they treat and break-glass stays exceptional.
Overlap You Set
03
You choose the hours we share with your working day, and stand-ups, reviews and escalations all happen inside that window.
Aligned To Standards
04
We build HIPAA, SOC 2, GDPR and PCI-DSS-aligned, applying the controls those frameworks expect to access rules, retention, encryption and the audit trail.
Reviewed Code
05
Every merge is reviewed against an agreed definition of done, on your board, where you can read it yourself.
One Contract
06
One contract covers the engagement, so procurement, legal and finance each deal with a single named counterparty.
Ready to see what a health build looks like here?
Our Process
From First Call To Healthcare Delivery In Six Steps
A delivery process built to settle access, consent and interoperability before any code.
Discovery
Understand the pathway, systems and data rules
Scoping
Agree the access model, scope and cost
Design
Consent, roles and interfaces signed off
Contracting
NDA, IP assignment, access and onboarding
Deliver
Work on your board, reviewed on merge
Rollout & Scale
Launch by service, then widen the scope
Want to see how this maps to your roadmap?
Technology Stack
The Stack Behind Our Healthcare Software Builds
Durable technology chosen because clinical systems outlive frameworks: backend, data, interfaces.
Web & Backend
React Front Ends
Node.js APIs
Python / Django
.NET Core 8
TypeScript
Health Interoperability
HL7 v2 Feeds
FHIR Resources
CDA Documents
EHR APIs
Terminology Codes
Privacy & Access
Consent Records
Role-Based ACL
Break-Glass Access
View Logging
Data De-Identification
Data & Records
PostgreSQL Core
MongoDB Docs
Audit Store
Warehousing & BI
Retention Policy
Cloud & DevOps
AWS / GCP / Azure
Docker / K8s
Terraform / IaC
GitHub Actions / CI
Datadog Monitoring
Care Settings Served
Healthcare Software Development Across Care Settings
Eight settings with different workflows and one shared requirement: the record has to be right and provable.
Hospitals & Systems
Portals, worklists and records
Clinics & Primary Care
Scheduling, notes and referrals
Telehealth Providers
Video visits, triage, consent
Digital Therapy
Programmes, adherence, outcomes
Pharmacy & Medication
Dispensing, refills, adherence
Labs, Imaging & Results
Orders, results, reporting
Payers & Insurance
Eligibility, claims, remits
Life Sciences & Research
Studies, consent, data capture
Working in another sector? See all industries we serve.
How We Compare
Healthcare Software Build vs EHR Module
An honest look at your four delivery options.
| Capability | Generalist Dev Shop | EHR Vendor Module | Freelance Team | Stallyons Technologies |
|---|---|---|---|---|
| Protected data kept out of logs | Reviewed late | Handled internally | ✕ Full objects logged | Reviewed before release |
| Consent model | ✕ Boolean flag | Vendor's model | ✕ Not modelled | Purpose, scope, expiry |
| Access control | Roles only | Fixed to product | ✕ Everyone sees all | Role plus care relationship |
| Audit log of record views | ✕ Edits only | Inside their system | ✕ Not captured | Reads logged and retained |
| HL7 v2 & FHIR interfaces | Phase two | Their endpoints only | ✕ Out of scope | Scoped before the schema |
| Patient identity matching | Email as the key | Master index | ✕ Duplicates | Matching with review queue |
| Contracting entity & ownership | Varies | Licence terms | ✕ Marketplace terms | US-registered LLC, your accounts |
See the difference for yourself
Complete Engagement
Everything Included In A Healthcare Software Build
From Scoping to Contracting to Delivery, One Vendor
Here's everything included when you build your health product here:
One Healthcare Build Price: No Hidden Fees, No Surprises.
Every healthcare engagement includes all eight components above. One contract, one senior team, one predictable cost, and no vendor sprawl.
🔒 No obligation. We'll deliver a detailed proposal within 48 hours.
Plus, Get These Free Bonuses
Free Access Review
A written read on how your product decides who may open a record, how consent is stored, and whether a review could reconstruct who viewed what. Yours to keep.
Included Free
Delivery Plan & Estimate
A phased delivery plan with scope, milestones, a stack recommendation and a transparent, itemized estimate for the engagement.
Included Free
Free Vendor Checklist
The questions we would ask any health team about consent, access, read logging and interoperability, so you can test us on them too.
Included Free
Risk-Free Partnership
Our Healthcare Delivery Promise
We stand behind every engagement with commitments that protect your investment.
01
Scope Agreed First
Scope, model, working hours and cost structure are written down and agreed before contracting, so nothing is discovered later.
02
Built to Last
Senior developers, code review, automated tests, security and accessibility audits, and clean, documented code you fully own.
03
IP And Access Protected
NDA and IP assignment are signed before access, permissions are scoped per person, and your accounts stay under your control.
Start your healthcare build with confidence, backed by our Triple Protection Guarantee.
Track Record
Engagements That Ship, Scale, and Compound
500+
Projects Delivered
29+
Service Categories
81%
Repeat Client Rate
4.9 ★
Clutch Rating
"We came to Stallyons after burning two years and four vendors on a multi-platform launch that kept slipping. They scoped it end-to-end — web app, iOS, Android, an AI summarization layer, and a Shopify integration — and shipped it in 22 weeks. One team, one budget, one quality bar. We've handed them three more engagements since."
Mark Sawyer
CEO/Founder
PlatinumLED
"Stallyons rebuilt our customer-facing portal, integrated three legacy systems, shipped an AI document analysis pipeline, and brought our compliance posture to SOC 2 — all under one engagement. The senior engineers on the team have shipped at companies five times our size. It's the best vendor decision we've made in a decade."
Mark Sawyer
CEO/Founder
PlatinumLED
FAQ
Frequently Asked Healthcare Software Questions
Healthcare software development is building systems that hold protected health information and can prove how they treated it. In practice that means access granted by role and care relationship rather than seniority, consent stored with a purpose, a scope and an expiry, every view of a record logged and retained alongside every edit, and clinical data exchanged through HL7 v2, FHIR and document interfaces the surrounding systems already speak.
An EHR module lives inside a vendor’s product and follows that vendor’s model of a patient, a consent and an encounter, which is efficient while your service matches it. A custom platform follows yours, and connects to the EHR as a source of truth rather than replacing it. The useful question is where the workflow you compete on lives. If it fits the module, use the module. If it does not, the module becomes a permanent constraint.
Cost follows the number of interfaces, how much of the access and consent model has to be built, and how strict the reporting burden is, so a figure before scoping is guesswork. What moves it most is integration count. We scope first, then price, and itemise what each phase covers so you can cut before you commit.
We build HIPAA-aligned, which means the controls the framework expects are designed into access rules, encryption, retention and the audit trail rather than added at the end. We are not the entity being certified; certification assesses your organisation, so our job is to build to pass it and hand you the evidence, and to say plainly which controls stay yours to own.
You do, from the first commit. NDA and IP assignment are signed before anyone gets repository access, with no licence-back and no shared ownership. Repositories, cloud accounts, clinical data and documentation live in your own accounts from day one, so there is nothing to negotiate later.
Usually, and we read the interface specification before proposing anything. Systems with a FHIR API become direct integrations; older ones are reached through HL7 v2 feeds or scheduled document exchange, and we will flag where that is fragile. Migration happens in stages, with the existing system running until the new path has earned the switch.
Yes, and we scope them before the data model rather than after. Message shapes, terminology codes and the fields a receiving system insists on all constrain the schema, so teams that treat interfaces as late work end up rewriting tables that already hold live records. We map the interfaces first and design outward from them.
With identity matching rather than an email address as the key. Intake, referral and self-registration all create candidate records, so matching runs on a combination of attributes, near matches go to a review queue instead of being merged silently, and merges are reversible and logged. Nothing about a patient identity is overwritten without a record.
Still have questions? Let's talk.
Schedule an appointment with us today!
Ready To Build Health Software That Holds Up?
Get a free consultation. We'll walk your care pathway, model the access behind it, and send a written proposal.
