
We help you decide which devices to support, what belongs on the wrist versus the phone, and how users will interact in two to five seconds. Our designers build glanceable screens, complications, tiles, and notifications that follow Apple and Google wearable design guidelines.

We build native watchOS apps in Swift and SwiftUI, including complications, widgets, workout sessions, and notifications, with data shared securely with your iPhone app. Our iOS app development team builds the companion app alongside.

We develop Wear OS apps in Kotlin with Compose for Wear OS, Tiles, and complications for Samsung Galaxy Watch, Google Pixel Watch, and other Wear OS devices. Our Android app development team keeps the phone and watch experience consistent.

Some apps work best as a companion to your phone app, while others need to run independently over Wi-Fi or cellular. We design the right model for your users, with offline storage and reliable sync so data is never lost when the connection drops.

We integrate heart rate, steps, sleep, workouts, and other health metrics through Apple HealthKit, Google Health Connect, and Wear OS Health Services, with clear permission requests and consent handling that pass app store review.

We connect apps to Bluetooth Low Energy sensors, smart rings, medical devices, and fitness equipment, handling pairing, reconnection, and firmware updates. For larger device networks, our IoT development services cover the cloud side.

We build hands-free experiences for smart glasses and AR headsets, such as step-by-step work instructions, remote assistance, and heads-up information for field and warehouse teams who need both hands free.

We test on real devices across screen sizes, OS versions, and connectivity conditions, including battery impact and sensor accuracy. After launch, we update the app for new watchOS and Wear OS releases. See our QA and testing services.
Years in Business
IT Professionals
Clients Worldwide
Projects Executed

Workout tracking, coaching, heart rate zones, and progress dashboards that sync between watch, phone, and web, with integrations into gyms, trainers, and fitness platforms.

Apps that collect vitals from watches and medical sensors, flag readings outside set ranges, and share data with care teams. Read our guide to HIPAA-compliant app development.

Fall detection, lone-worker check-ins, fatigue alerts, and task notifications for field, plant, and warehouse teams, connected to your operations and HR systems.

Sleep, recovery, and readiness apps built on smart ring and wearable sensor data, with clear trend views and personalized insights users check every morning.

Tap-to-pay, digital keys, event tickets, and building access using NFC and secure wallet integrations, designed for quick, reliable use at the point of entry or sale.

Wellness challenges, activity rewards, and consent-based data sharing for insurers and employers, with privacy controls that let users decide exactly what they share.
Remote Patient Monitoring, Medication Reminders, Post-surgery Recovery Tracking, Clinical Trial Data Collection, Fall Detection
Wrist Payments, Transaction Alerts, Balance Glances, Two-factor Approval, Card Controls
Wellness Rewards Programs, Activity-based Premium Discounts, Consent-based Data Sharing, Claims Support
Worker Safety Alerts, Hands-free Work Instructions, Machine Status Notifications, Shift Check-ins
Pick and Pack Guidance, Driver Fatigue Monitoring, Delivery Confirmations, Warehouse Task Alerts
Store Associate Alerts, Order Status Glances, Loyalty and Rewards, Contactless Checkout
Boarding Passes, Gate and Flight Alerts, Hotel Digital Keys, Turn-by-turn Navigation
Live Score Updates, Athlete Performance Tracking, Event Ticketing, Fan Engagement
Tell us about your users and devices, and our team will recommend the right platforms, app model, and integrations, with a clear scope and estimate.
Watch interfaces are built natively, in SwiftUI for Apple Watch and Compose for Wear OS, because each platform has its own components, gestures, and system features. Shared logic and the phone app can use cross-platform frameworks where that saves time without hurting the watch experience.
Most wearable interactions last only a few seconds, so the most important information has to be visible at a glance. We prioritize complications, tiles, notifications, and large touch targets, and keep deeper tasks on the phone where they belong.
Fitness, health, and safety apps need data to appear quickly and never go missing. We store readings locally on the device, sync them when a connection returns, and resolve conflicts between watch, phone, and cloud so users always see accurate history.
Wearables switch between Bluetooth, Wi-Fi, and cellular throughout the day. We handle pairing, reconnection, and background transfers so data moves reliably between devices, sensors, the phone app, and third-party platforms.
Wearables often handle personal health data. We encrypt data on the device, in transit, and in the cloud, request only the permissions an app needs, and design consent and data handling around HIPAA and GDPR requirements for healthcare, fitness, and insurance apps.
A wearable app that drains the battery gets uninstalled. We batch sensor reads and network calls, use platform scheduling APIs, move heavy processing to the phone or cloud, and measure battery impact on real devices before every release.






Discovery and Strategy
We define users, target devices, data sources, and whether the app runs as a companion or standalone experience.
Wearable UX Design
Designers create glanceable screens, complications, and notifications, tested on actual watch sizes before development.
Development
Engineers build the watch app, companion app, and backend, and connect health platforms, sensors, and your systems.
Real-device Testing
We test on physical devices for performance, battery impact, sensor accuracy, connectivity drops, and OS version coverage.
Store Release and Support
We handle App Store and Google Play submission, then monitor, fix, and update the app as new devices and OS versions ship.
Wearable app development services cover strategy, UX design for small screens, native development for Apple Watch and Wear OS, companion mobile apps, health data and sensor integration, backend and cloud sync, testing on real devices, app store release, and ongoing support.
We build for Apple Watch (watchOS) and Wear OS, which covers Samsung Galaxy Watch, Google Pixel Watch, and other Wear OS devices. We also integrate with Garmin, Fitbit, smart rings, BLE sensors, and smart glasses through their SDKs and APIs, depending on the devices your users already own.
It depends on the device and the app. Apple Watch and Wear OS both support standalone apps that run without a paired phone, especially on cellular models or over Wi-Fi. Many wearable apps still work as companions to a phone app for setup, heavier processing, or data sync. We recommend the right model during discovery and design the app to store data locally and sync when a connection is available.
At current market rates, a companion watch app for one platform typically costs about $25,000 to $60,000. A standalone or dual-platform app for Apple Watch and Wear OS with health data, BLE sensors, and cloud sync usually costs about $60,000 to $150,000. Enterprise or regulated wearable solutions with HIPAA requirements, medical device integration, and analytics often cost $150,000 to $300,000 or more. We provide a fixed estimate after a short discovery call.
A companion watch app for one platform usually takes 2 to 3 months. A dual-platform app with health data and device integration typically takes 4 to 6 months, and enterprise or regulated wearable solutions take 6 to 12 months, mainly because of integrations, compliance work, and testing across devices.
Yes. We read and write health and fitness data through Apple HealthKit on watchOS and iOS, and through Health Connect and Health Services on Android and Wear OS, with user permissions handled correctly so the app passes store review and respects user consent.
We minimize background work, batch sensor reads and network calls, use platform scheduling APIs, and offload heavy processing to the phone or cloud. Battery impact is measured on real devices during testing, not estimated.
Yes. We handle updates for new watchOS and Wear OS releases, new device models, bug fixes, performance monitoring, and feature development, with every project including free support for 30 days after launch.