Custom web portals for healthcare organizations — clinician-facing tools, patient self-service platforms, and operational dashboards built around the people who actually use them.
Start with a Free Discovery Session
Most healthcare portals fail quietly — staff log in once, find it confusing, go back to the front desk. Four things separate our builds, and each shows up in whether your portal gets used.
Portals fail when built around features instead of the people who use them daily. We design for clinicians under time pressure, patients with varying digital literacy, and administrators who need decisions — not data dumps.
A portal for an oncology practice looks nothing like one for a home health agency. A behavioral health platform differs from a 40-location dental chain. We build for your context — the only way a portal gets adopted and stays that way.
Some developers treat HIPAA as a barrier to clear before shipping. It isn't. HIPAA is a design constraint — access controls, audit logging, and encryption built in from day one cost less than retrofitting later.
We'll tell you upfront if your portal needs nine months. Better that conversation now than a four-month project with half-finished components and an integration that was never going to land on time.
Eight portal types, each built around the specific people who log in every day — fast for clinicians, forgiving for patients, and decision-ready for administrators.
Each number comes from a portal we designed, built, and shipped — not an industry average. Click through the cards to see the portal behind each metric.
Start with a Free Discovery SessionA portal that gets adopted is built around the people who log in every day — and stays accountable after launch. Here's how we run it, end to end.
Before design begins, we talk to the people who will use the portal — clinicians on shift, patients in waiting rooms, billing managers at month-end close, administrators juggling three systems. We document what they actually need, not what a planning meeting assumed, and use it to define architecture, navigation, and feature priority.
Healthcare portals carry complex information. The problem isn't adding features — it's making the right information findable in the right moment without cognitive overload. We design hierarchies, navigation, and interface patterns that match how each user type thinks about their work.
Clean, performant, accessible frontend code that works across browsers, screen sizes, and network conditions. WCAG 2.1 AA compliance as a baseline, not an afterthought. Responsive design that doesn't collapse when a patient opens the portal from their phone — which most of them will.
The backend is where portal projects most often go wrong in healthcare. We build secure, scalable backends that handle PHI with correct data isolation, access control, and audit logging — RESTful APIs, FHIR-compliant endpoints where applicable, and the middleware that connects your portal to your EHR, billing, lab, or scheduling systems.
A portal disconnected from your core systems is just a website with a login page. We build the integrations — Epic, Cerner, Athenahealth, Meditech, or your proprietary stack — that make a portal functionally useful. HL7 FHIR, HL7 v2, custom APIs, and direct database connections where appropriate and permissible.
Role-based access controls, multi-factor authentication, session timeout management, PHI encryption at rest and in transit, and audit logging for every data-access event. Penetration testing before go-live. Security decisions are made during architecture — not reviewed at the end.
We test with real users from each persona the portal serves before any go-live — clinical staff, administrative teams, and where applicable, actual patients. Issues found in UAT cost a fraction of what they cost once the portal is live and handling real patient interactions.
We handle deployment, configure production environments, and work with your IT and training teams on rollout. A technically perfect portal with a poor rollout still fails — so we help with change-management materials, user guides, and training-session support.
Post-launch is where a lot of portal projects fall apart — the vendor disappears and the organization is left managing a system no one fully understands. We stay engaged: monitoring performance, addressing issues as they surface, and running iteration cycles based on real usage data and feedback.
Adoption isn't an accident. Six decisions, made at the architecture stage, determine whether a healthcare portal becomes part of the workflow or another login no one opens.
Compliance and accessibility are design constraints we wire in at the architecture stage — every portal we ship is built and reviewed against the standards that govern healthcare data and access.
Patient and member data protected across every region your portal serves.
Security and risk controls, independently audited.
The right clinical data in the right place — deep, standards-based connections to the systems your portal already talks to.
Medical-device-grade quality management, with audit trails, role-based access, and validation engineered into every release rather than bolted on before launch.
Usable by every patient and clinician, by design.
Secure billing and payment flows for billing portals.
Every vertical has its own users, workflows, and regulatory load. Here's where we've built portals that got adopted and stayed in use.
We pick technology that matches your users, your compliance load, and the systems you already run — proven healthcare standards, regulated-cloud services, and modern frameworks engineered for accessibility and scale.
R
React.js
N
Next.js
T
TypeScript
T
Tailwind CSS
A
Angular (enterprise)
N
Node.js
P
Python (FastAPI / Django)
J
Java Spring Boot
.
.NET Core
H
HL7 FHIR R4
H
HL7 v2
D
DICOM
C
CDA / CCD
S
SMART on FHIR
E
Epic / Cerner / Athenahealth
M
Meditech / eClinicalWorks
O
OAuth 2.0
S
SAML 2.0 / SSO
M
MFA / SMART on FHIR Auth
P
PostgreSQL
M
MySQL
M
MongoDB
R
Redis (caching)
E
Elasticsearch (search)
A
AWS (GovCloud)
G
Google Cloud Healthcare API
A
Azure Health Data Services
A
AES-256 Encryption
R
RBAC & Session Management
P
Penetration Testing & Audit Logging
W
WCAG 2.1 AA
S
Screen Reader & Keyboard Nav
Whether you're starting from scratch, replacing a system your team stopped trusting, or trying to connect data that's currently living in four different places — we'd like to understand what you're dealing with. The first conversation is a discovery call, not a sales pitch.
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The compliance requirements alone make it a different kind of project. Every decision about data storage, user authentication, session handling, third-party tools, and audit logging has to be made with HIPAA and relevant regulations in mind. Beyond compliance, the user base — clinicians under time pressure, patients with varying digital literacy, administrators managing complex operations — requires a different approach to design and information architecture than a typical web application.
Yes. We've built integrations with Epic, Cerner, Athenahealth, Meditech, and several proprietary systems. The complexity and timeline depend on which EHR, what data you need to surface, and what access your vendor provides. We'll give you an honest assessment of the integration work during discovery — including where known delays tend to happen.
A focused single-function portal — a patient scheduling platform, a referral management tool, a clinical documentation portal — typically takes 4–6 months. A multi-function platform serving several user types with deep EHR integration runs 9–15 months. We give you a milestone-based timeline after discovery and we hold to it.
We build HIPAA compliance into the development process — data architecture, access controls, audit logging, encryption, and security testing. You don't need a separate compliance consultant to review the technical implementation. You may still want legal or compliance counsel for policy documentation and business associate agreements, but the technical side is covered.
We take on portal rescue and modernization projects. That typically starts with a technical and UX audit — understanding what exists, why adoption is low, and what it would take to fix it. Sometimes the answer is targeted improvements to an existing build. Sometimes it's a rebuild. We'll tell you honestly which applies to your situation.
You do. Complete source code, documentation, and all project deliverables transfer to your ownership at project close.
