Native iOS apps for healthcare brands, behavioral-health clinicians, and evidence-based wellness programs — built in SwiftUI, tuned for on-device privacy, and submitted end-to-end by our team through Apple App Review.
Native SwiftUI apps from a founder-patented AI + biometrics team — engineered for Apple App Review and HIPAA from day one.
HIPAA-aware AI, deployed inside the systems that actually produce revenue.
"A healthcare app is not a brochure with buttons. It is a clinical-grade surface in a patient's pocket."
Patients open a healthcare app when they are scared, curious, or trying to make sense of a history they never chose — the app's job is to lower the temperature and never mishandle what they trust us with.
Every iOS app we build defaults to on-device storage, ships without analytics trackers, is audited against Apple's App Review Guidelines for health and medical content, and is written in SwiftUI so accessibility — VoiceOver, Dynamic Type, Reduced Motion — is a starting point, not a retrofit.
From screening instruments to crisis directories — each one SwiftUI-native, accessibility-first, and shipped through Apple App Review. See where it fits across our Telehealth + MedTech Strategy practice.
Validated instruments (ACE, PCE, PHQ-9, GAD-7, AUDIT-C) as paced, accessibility-first flows with scoring, history, and structured export.
ExploreBetween-visit companions: mood logs, symptom trackers, step-down plans, and re-engagement nudges.
ExploreGranular, opt-in permissions; no off-device mirroring unless the user approves.
ExploreChairside intake, consent capture, outcome tracking — offline-first.
ExploreIn-app courseware with citations and read-time estimates.
ExploreIt turns Adverse Childhood Experiences research into a private, on-device reflection tool — the 10-question CDC/Kaiser ACE questionnaire, the 7-item Positive Childhood Experiences assessment from Bethell et al. (2019, JAMA Pediatrics), a combined ACE + PCE profile, score history with trend charts, a mood-tagged journal, 10 evidence-based articles, and 15 vetted support organizations; privacy-first, advertising-free, built to sit next to therapy, not replace it.
Book a Strategic IntakeSo App Review, HIPAA auditors, and your IT team all get the same answer.
declarative UI, strict concurrency, Dynamic Type and VoiceOver by default
on-device persistence, optional iCloud sync through the user's own Apple ID
granular permissions, opt-in at the field level
no third-party analytics SDKs; if data leaves the device, it is named
When a clinical workflow requires a backend, we build on healthcare-native platforms that sign a Business Associate Agreement (Google Cloud for Healthcare, Microsoft Cloud for Healthcare, or Salesforce Health Cloud). HIPAA-aware, BAA-ready, and mindful of 42 CFR Part 2. Every submission passes Apple's Section 5.1.3 (health and medical apps) review, and we hand a written data-flow diagram to the client's IT and privacy teams before launch. Delivery is bilingual EN/ES (native Spanish).
We map the clinical goal, the instruments involved, and the people who will actually use the app.
Each screen's claim is checked against its source, and the data flow is reviewed before a line of UI ships.
A native component set with accessibility, Dynamic Type, and Reduced Motion built in from the first screen.
Weekly TestFlight builds, a written changelog, and an accessibility audit on every cycle.
We write the App Privacy questionnaire and the Section 5.1.3 justification and ship under your developer account, not ours.
Source-code handoff and a roadmap so your team — or another vendor — can pick up the next release.
We build iOS apps designed to avoid creating Protected Health Information where none is needed. When a clinical workflow requires PHI — scheduling, clinician review, cohort data — we build on BAA-covered platforms such as Google Cloud for Healthcare, Microsoft Cloud for Healthcare, or Salesforce Health Cloud. HIPAA is a legal status that applies to covered entities and business associates, not to software in the abstract; we structure the engagement and the architecture so that every party who needs a BAA has one.
Yes. The ACE Score Test app is live on the Apple App Store today. It runs the 10-question CDC/Kaiser Adverse Childhood Experiences survey, the 7-item Positive Childhood Experiences assessment from Bethell et al. (2019, JAMA Pediatrics), a mood-tagged journal, score history with trend charts, 10 evidence-based articles, and a directory of 15 vetted crisis and support resources. Everything runs on-device — no analytics, no ads, no sign-in.
SwiftUI, Swift 6 with strict concurrency, SwiftData and Core Data for persistence, HealthKit for sensor and health data, and Apple's native accessibility APIs (VoiceOver, Dynamic Type, Reduced Motion). We avoid cross-platform wrappers for healthcare work because they add abstraction layers that complicate App Review Section 5.1.3 evaluation and accessibility auditing.
Yours. Every app we build is submitted under the client's Apple Developer Program account. The App Store listing, the privacy questionnaire, and the long-term relationship with Apple all belong to the organization whose clinical reputation is on the line, not to the agency that wrote the code.
A scoped screening tool like ACE Score Test takes four to eight weeks from kickoff to App Store submission, assuming the underlying instruments are already validated and clinical review happens on our normal weekly cadence. A patient-facing companion with HealthKit integration and a BAA-covered backend typically runs twelve to twenty weeks, depending on cohort testing and how many clinical workflows the app touches.
Yes — including the App Privacy questionnaire, the Section 5.1.3 health-and-medical justification, the App Review cover note, and any follow-up correspondence with Apple. We write the submission package with the clinical lead so the claim each screen makes is backed by a citation Apple can verify.
Yes. We request HealthKit permissions at the data-type level, explain each request in plain language, and default to opt-in rather than bundled consent. Reads and writes are scoped to the clinical workflow that needs them, and we never mirror HealthKit data off-device unless the user explicitly authorizes an export.
You do. Every engagement ends with a source-code handoff through the client's preferred source control (GitHub, GitLab, or Bitbucket), a written architecture document, the signed data-flow diagram, the App Store submission package, and enough knowledge transfer that your team — or another vendor — can pick up the next release.
SwiftUI-native. On-device first. HIPAA-aware, BAA-ready. Eagle, Idaho.