Wearable App & BLE Integration Checklist
A software acceptance checklist for device brands: pairing, data consistency, updates, account ownership and operational handover.
ExploreQX TECH / DESIGN + DEVELOPMENT
Wearable software.
Connected by design.
Companion apps, embedded software and cloud integration for wearables and connected AI hardware.
What we can work on together
QX TECH provides software development alongside wearable design and manufacturing. The scope can include firmware, iOS/Android app customization, device data synchronization, cloud interfaces and agreed AI features. Existing app support, a branded app and customer-owned source code are different arrangements; SDK access, accounts, data rights and maintenance are confirmed in the project agreement.
Define the software you are actually buying
Start by deciding whether the project uses an existing companion app, a branded version, integration with your own app, or a new application. These routes differ in development effort, release responsibility and access to source code. Do not infer ownership or unrestricted SDK use from the phrase app customization.
Document the division between device firmware, mobile software and backend services. Identify the system of record for each metric, the supported synchronization route and the person responsible for a broken integration. A clear interface and handover plan prevents a functioning device from becoming an unsupported software dependency.
Build an understandable data journey
For wellness data, distinguish measurement time, synchronization time and display time. Define units, timezone behavior, missing-data states and the meaning of estimates. A blank reading should not silently become zero, and an old reading should not look like a new live measurement.
Pairing, permission denial, connection loss, device replacement and app reinstall are part of the normal test plan. Agree which records remain on the device, which appear in the app and which may be sent to a cloud service. Include export or deletion requirements in the scope where the product needs them.
| Workstream | Examples to define |
|---|---|
| Firmware | Protocol, sampling, local state and update behavior |
| Mobile app | Pairing, synchronization, reports and localization |
| Cloud / AI | APIs, access, data route and operating costs |
| Handover | Accounts, source/SDK rights, versions and maintenance |
Plan release and maintenance before launch
Define supported phone and operating-system versions for the new project rather than copying the oldest compatibility statement from a catalog model. Agree app-store account ownership, signing access, dependency responsibilities and what happens when a platform update changes device permissions or background behavior.
We can discuss connected software independently or as part of an end-to-end hardware program. Send the existing device protocol or SDK documentation if available, your required screens and data, supported languages and the desired delivery boundaries. A discovery phase can identify missing interfaces before committing to a full build.
Before we start
Can you develop software without a new hardware order?
Yes. Software development is part of our scope. Feasibility depends on available device protocols, SDK rights, third-party access and the agreed requirements.
Are raw sensor data and SDKs included?
Not automatically. The available data, SDK terms and interfaces are model- and project-specific. Confirm them before committing to an app or analytics design.
See the actual reference products
Full catalogSpecifications belong to the named model and configuration. Custom changes require separate evaluation. Health functions are for general wellness reference only, not medical diagnosis.
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