Sense7ai

Mobile Application Development.

Sense7ai builds mobile applications for iOS, Android, and cross-platform deployments where the device may be in a warehouse, a hospital ward, a field site, or a building under construction. Connectivity is intermittent, battery is finite, and the screen is small. We design for the conditions the user actually works in — not the conditions of the demo bench.

What we offer

iOS, Android, and field-tough cross-platform.

Sense7ai's mobile practice covers native iOS and Android, cross-platform, and enterprise field applications. Where mobile applications handle regulated data, consequential decisions, or clinical workflows, human-authorisation steps and audit trails are defined at the architecture stage.

For healthcare and field applications that surface AI-assisted recommendations, the mobile interface is where the clinician or field worker exercises their review authority — the design ensures that human decision is recorded, not bypassed.

DeliveredIn production engagements01 / 02
Capability 01

Enterprise and field operations mobile.

Mobile applications for field workers, operations teams, and enterprise workflows — inventory, inspection, task assignment, and sales-force automation designed for intermittent connectivity and variable device conditions. Offline-first architecture with sync, conflict resolution, and clear UI indication of sync state.

Shipped in
  • Infrastridefield-operations mobile application for infrastructure services
Capability offeredScope agreed during discovery04 entries

  1. Clinical-trial and regulated pharma mobile.

    Applications for GxP data capture, adverse-event reporting, and regulated clinical workflows — designed to satisfy FDA 21 CFR Part 11 and ICH E6 R3 GCP requirements. Data integrity, audit trails, and validation evidence are scoped during discovery alongside your validation team. Human confirmation is required before any regulated data submission is finalised.

  2. Cross-platform applications (React Native / Flutter).

    Shared-codebase applications targeting iOS and Android from a single build — appropriate when team size, budget, and feature requirements don't justify two native codebases. We make the native-vs-cross-platform recommendation during discovery based on your capability requirements, not default preference.

  3. Native iOS applications (Swift / SwiftUI).

    Applications requiring cutting-edge platform features, maximum performance, or deep Apple ecosystem integration — Shortcuts, WidgetKit, ARKit, HealthKit, and hardware APIs. We offer this capability; use case and platform requirements are assessed during discovery.

  4. B2C consumer applications.

    High-availability consumer mobile backends, push notification infrastructure, in-app payments, and real-time features at scale. We offer this capability; architecture and backend design are agreed during discovery based on expected load and growth profile.

Our approach

Five phases, designed for the field.

01Phase 01

Use-case framing.

Field conditions, user roles, connectivity profile, device constraints, and regulatory context established before any architecture decision is made. Native vs. cross-platform is a discovery output, not a starting assumption.

Tech stack

What we work with.

Native iOS: Swift / SwiftUI / UIKit. Native Android: Kotlin / Jetpack Compose. Cross-platform: React Native, Flutter, Expo. Offline sync: WatermelonDB, Realm, RxDB, custom CRDT-based sync. State management: Riverpod, MobX, Redux Toolkit. Push notifications: APNs, FCM, OneSignal. Analytics: Mixpanel, Amplitude, Firebase Analytics. Crash and performance: Sentry, Crashlytics. CI/CD: Fastlane, Bitrise, GitHub Actions with mobile runners.

We work in your environment. Framework choice is a discovery output based on your capability requirements, team, and platform targets — not a default preference.

Client examples

Shipped engagements.

Aeonn Ark Group portfolio affiliations are disclosed openly in diligence — see security.

● In production

Infrastride

Field-operations mobile

Mobile application for infrastructure field operations — task management, inspection workflows, and data capture in low-connectivity environments. Offline-first architecture with background sync.

see more →
● In production

Regulated healthcare client

Patient-facing healthcare application

Patient-facing mobile application with HIPAA-aligned data handling, minimum-necessary-access controls, and PHI audit trail. Built to operate under an executed Business Associate Agreement. Client name available under NDA.

Mobile development — common questions.

Native or cross-platform — how do you decide?
Native is better when you need cutting-edge platform features, maximum performance, or are building for one platform only. Cross-platform (React Native, Flutter) is better when you need to ship to both iOS and Android with a smaller team and budget. We give you an honest recommendation during discovery — not the answer that suits our preferred stack.
Do you handle App Store and Play Store submission?
Yes. Submission is part of our delivery scope unless you prefer to handle it internally. We prepare review documentation, handle review feedback, and navigate the approval process including regulated-app category requirements.
How do you handle offline scenarios?
Offline-first when the use case requires it — local data stores, sync queues with conflict resolution, and clear UI indication of sync status. Field workers cannot tolerate applications that block or lose data when connectivity drops.
How do you handle Android device fragmentation?
We define a tested-device matrix during discovery — typically the top devices in your user base plus representative low-end and high-end devices. Testing runs on physical devices via BrowserStack, Sauce Labs, or our own device lab.
Can you build healthcare apps that capture clinical-trial data?
Yes. Healthcare applications capturing GxP data require additional architecture for data integrity, audit trails, and validation evidence. We deliver these aligned to FDA 21 CFR Part 11 and ICH E6 R3 GCP requirements. Validation scope is agreed during discovery alongside your validation team.
How do you secure PHI on-device?
PHI is stored only when the use case requires it, encrypted at rest using platform keychain / keystore facilities, and scoped to the minimum data the workflow needs. Remote wipe capability and session timeout policies are defined during architecture. All PHI handling is governed by an executed Business Associate Agreement.

Ready to build?

Tell us about the device, the user, the connectivity, and the regulatory context. We respond within one business day.

Schedule a Scoping CallCheck the diligence pack