Healthcare founders and product leads
You have a clinical workflow that nobody builds well, and you need a team that can ship a first version, pass a security questionnaire from your first enterprise customer, and keep adding to it.
We design and build clinical platforms for US practices, hospital groups and digital health companies: multi-tenant SaaS, telehealth, patient apps, imaging workflows and real time monitoring. Security is not a phase at the end of the project. It decides the architecture on day one.
Each specialty has its own vocabulary, forms and billing quirks. We have built platforms for all of these, and we start every project by learning how your clinicians actually work.
You have a clinical workflow that nobody builds well, and you need a team that can ship a first version, pass a security questionnaire from your first enterprise customer, and keep adding to it.
You run five, fifty or two hundred locations and the software underneath them is a patchwork. You want one platform, with each location's data kept apart, and a way to onboard the next branch in a day.
You already have a team, and you need a senior group that can take a module, a mobile app or a compliance rebuild without a long ramp up and without hand holding.
You are the person who feels it when scheduling, billing and intake do not talk to each other. We map the real workflow first and automate the parts that cost your staff the most hours.
Pick the closest match and open the case study to see the architecture, the safeguards and how long it took.
Scheduling, charting, billing, insurance verification and patient engagement for networks of clinics, with true data separation between locations.
See the case studyVideo visits, remote assessment, movement tracking and patient apps that clinicians actually use between appointments.
See the case studyHigh concurrency streaming of device and vitals data, anomaly flags and role based alerting for acute care teams.
See the case studyDICOM handling, peer review, AI assisted report drafting and billing for imaging centers.
See the case studyReact Native apps for intake, home programs, messaging and progress tracking, wired to a hardened Laravel API.
See the case studyReminders, recalls, intake forms, claims preparation and follow-up campaigns that remove repeat work from front desk teams.
See the case studyHL7 v2 and FHIR connections to EHRs, labs, pharmacies and clearinghouses, built so one broken partner API does not take the product down.
See the case studyA technical gap review of your current app against HIPAA Security Rule safeguards, followed by the fixes, in priority order.
How we approach itHIPAA does not publish a checklist for developers. It asks for reasonable and appropriate safeguards, and an auditor asks you to show them. These are the controls we put in place, in the order we design them.
Each clinic or franchise gets its own database, with its own credentials and encryption keys. A bug in one tenant's query cannot read another tenant's rows because the connection itself cannot reach them.
TLS 1.2 or newer in transit, AES-256 at rest for databases, object storage and backups, with keys held in a managed key service and rotated on a schedule.
Role based permissions down to the field where needed, unique user IDs, multi-factor sign-in, short lived JWTs with refresh rotation and automatic logoff.
Who opened which record, from where, and when. Logs are append only, stored apart from the application, and kept for the period your policy requires.
Encrypted backups per tenant, tested restores, and a written recovery plan with realistic recovery time and recovery point targets.
Developers work with synthetic data. Real PHI stays in production, behind named access, and never lands in a laptop, a ticket or a crash report.
Most SaaS tutorials teach a shared database with a tenant_id column on every table. It is cheap and it works until the day one missing WHERE clause shows a patient's record to the wrong clinic. In healthcare that is a reportable incident, not a bug ticket.
For multi-location groups and franchises we put each tenant in its own database. The application resolves the tenant from the request, switches the connection, and from that point it has no way to name another tenant's tables. Backups, restores, exports and deletions also become per tenant, which is exactly how clinics ask for them.
The trade is operational: more databases to migrate and monitor. We handle that with automated, versioned migrations that run per tenant, health checks, and a control plane that onboards a new branch in minutes. Smaller products with a single customer type can use a shared schema with row level safeguards, and we say so when that is the better fit.
Read the comparisonRepresentative engagements. Client names are withheld under NDA, and each page describes the architecture, safeguards and outcomes in plain terms.
A cloud platform for dental and orthodontic groups that run many locations and need one system for the full patient lifecycle, from first booking to recall, without letting any location see another's data.
Read the case study Telehealth and mobileA cross platform system that lets physical therapists and sports medicine specialists assess movement and pain remotely, prescribe exercise and track recovery between visits.
Read the case study Real time platformA hospital platform that gathers vitals and medical device telemetry in one live view and warns attending staff early when a patient's trend moves the wrong way.
Read the case study AI and imagingA SaaS platform that moves imaging studies from upload through review and reporting, helps radiologists draft structured summaries faster and handles the billing that follows.
Read the case study Care management and mobileA care management platform for occupational, speech and behavioral therapists who track developmental milestones in children and keep parents involved.
Read the case study Teletherapy practice suiteA virtual practice platform for counselors, therapists and psychiatric clinics that handles the session, the paperwork and the business side in one place.
Read the case study Integrative medicine hubA platform for multidisciplinary clinics that combine functional medicine, nutrition and alternative therapies, and need one view of the patient across all of them.
Read the case study Clinic management suiteA specialized platform for practices that sell visible results and need to document, plan and schedule them precisely.
Read the case study Clinical workflow and 3D dataA platform for podiatrists and gait labs that brings biomechanical measurements, orthotic manufacturing and billing into one workflow.
Read the case study Enterprise operations platformAn enterprise platform that manages patient flow, rooms and triage queues across a network of high volume urgent care clinics.
Read the case studyAsk for it on the first call. We can sign yours or send ours, name the engineers who will have access, and keep real patient data out of development entirely. Your counsel has the last word on every clause.
Nobody can quote a real number before they understand your workflows, your integrations and your compliance load. These ranges show where most projects land, so you can decide whether to talk to us. You get a fixed estimate after the discovery sprint.
Teams that need a plan, an architecture and a number they can trust before committing.
A single practice type or one specialty, a web app, and a patient portal or companion app.
Clinic groups, franchises and SaaS products that serve many organizations from one codebase.
Real time monitoring, imaging, AI assisted workflows and hospital scale integrations.
Ranges are indicative, in US dollars, and exclude third party costs such as cloud hosting, SMS and email providers, and the fee of an independent penetration testing firm. Final fixed estimates follow discovery.
Two to four weeks. We map every place PHI is created, stored, moved and deleted, list the integrations, and agree the compliance boundary with your counsel or compliance lead.
2 to 4 weeksWe sign the BAA, write the architecture and tenancy decision, set the security baseline, and turn the scope into a sprint plan with a fixed estimate for the first release.
1 to 2 weeksWorking software every sprint on a staging environment with synthetic data. You see real screens, not slide decks, and you can change direction between sprints.
10 to 40 weeksInternal review, automated scanning, and an independent penetration test scoped with you. Findings are fixed before go live and the report is yours.
2 to 4 weeksStaged rollout, monitoring and a runbook. After launch most clients keep a small team on monthly development hours for new features, tuning and the next integration.
ContinuousIsolation, backups, migrations and cost, compared the way we compare them with a client before a single table is created.
8 min read Compliance engineeringFive technical safeguard areas, what each one looks like in code, and the proof that makes an audit uneventful.
9 min read ComplianceWhen a developer counts as a business associate, the clauses worth reading twice and the red flags that tell you to walk away.
7 min readNo software company is, because HHS does not offer a HIPAA certification for vendors. What we can do is build to support the HIPAA Security Rule, sign a Business Associate Agreement, document the safeguards, and help you gather the evidence your compliance lead or auditor will ask for. Anyone who sells you a "HIPAA certified" badge is selling a logo.
Yes, and before anyone on our side touches PHI. We can sign yours or send ours. The BAA covers permitted uses, safeguards, breach reporting, subcontractor flow down and what happens to PHI when the work ends. Please have your own counsel review it.
Not in normal development. Engineers work on staging environments that use synthetic data. If a production issue needs access to live records, it goes through named, logged, time limited access that you approve, and the BAA covers it.
Because it turns a whole class of data leak bugs into something the application cannot do. Each location has its own database and keys, so a query written in a hurry cannot cross a tenant boundary. It also makes per location backups, exports and deletions straightforward. The cost is more operational work, which we automate.
Usually yes. We build HL7 v2 and FHIR integrations, and for older systems we use secure file exchange or a vendor API. We design the integration layer so a slow or failing partner API queues and retries instead of blocking a clinician.
It depends on scope and risk, and we publish indicative ranges on our healthcare pricing page. A focused clinical MVP often lands between $45,000 and $120,000, and a multi-tenant platform between $120,000 and $320,000. We give a fixed estimate after the discovery sprint, not before.
A clinical MVP typically takes 10 to 16 weeks after discovery. A multi-tenant platform with mobile apps and integrations usually takes five to nine months. Real time monitoring or imaging platforms take longer because the security and performance testing is heavier.
Yes, for workflow tasks such as drafting visit summaries, suggesting billing codes, and flagging anomalies in vitals. We treat AI output as a draft that a clinician reviews, we keep PHI out of third party model training, and we flag when a feature might fall under FDA software as a medical device rules so you can involve regulatory counsel early.
You do. Source code, infrastructure as code, documentation and the cloud accounts are yours, set out in the project agreement. We do not keep anything that would make you dependent on us.
Book a consultation or ask for our BAA from the buttons on this page. A senior engineer, not a salesperson, will review what you have, ask about your data flows and tell you honestly whether we are the right team.
A senior engineer will review what you have, ask about your data flows and tell you honestly whether we are the right team. We sign an NDA and a BAA before you share anything sensitive.