Live sensor data
Stream readings from monitors, trackers, diagnostic tools, and specialist sensors into a clear mobile interface.
Turn your Bluetooth, BLE, or IoT prototype into a stable native iOS and Android MVP. We help founders, hardware teams, and product manufacturers prove the connection, shape the first release, and avoid the technical surprises that derail connected-device apps.
4 Devices Connected
You might have a detailed technical specification, a working firmware team, or an early prototype built around off-the-shelf hardware. We meet you where you are, prove the mobile-to-device link first, then shape a lean Version 1 that can support demos, pilots, funding rounds, or first customers.
Start with a project brief, a technical call, or a live virtual demo of your hardware. We can scope around finished devices, Arduino and Raspberry Pi rigs, or third-party sensors.
We strip the product back to the core pairing, control, data, notification, and user flows needed to prove the connected experience without overbuilding the first release.
Once the technical risks and app scope are understood, we provide a detailed specification proposal with transparent fixed costs for the native build.
Bluetooth and IoT apps fail when the connection layer is treated as a plugin problem. We build in native Swift and Kotlin so the app can work directly with iOS Core Bluetooth, Android Bluetooth APIs, background behaviour, battery constraints, and security requirements.
Direct platform access helps keep pairing, reconnects, background behaviour, permissions, and battery use under control on iOS and Android.
We work with your internal engineers or hardware suppliers to define practical data handshakes, BLE characteristics, and protocol expectations.
We build test thinking into the early phase, stress-testing the protocol before the app design and product roadmap harden around fragile assumptions.
Emulators are not enough for Bluetooth. We test against real iOS and Android devices so connection behaviour is judged in practical conditions.
MVP use cases
Bluetooth can be the core product experience, a setup layer, or the quiet connection between a device and a native app.
The right MVP focuses on one behaviour first, then proves it reliably on real hardware.
Stream readings from monitors, trackers, diagnostic tools, and specialist sensors into a clear mobile interface.
Let users configure, calibrate, start, stop, or adjust hardware safely from native iOS and Android apps.
Trigger alarms, push notifications, and status changes when the connected device detects movement, thresholds, or faults.
Early hardware can be unpredictable. Before committing your full MVP budget, we can run a pragmatic R&D phase to prove the connection, expose firmware limitations, and decide what belongs in the first app release.
Send us your prototype or a representative sensor. We establish the mobile connection first so technical feasibility is tested before product polish.
We focus early effort on the flows that matter most: pairing, live data, commands, alerts, disconnection states, and recovery from real-world interruption.
If there are protocol gaps, OS constraints, device-range issues, or firmware changes needed, we declare them early so you can adjust before burning through runway.
Whether the app is for an investor demo, a pilot deployment, or a connected product launch, the MVP has to make the hardware feel dependable in a user's hand.
Fundable PoCs and native app MVPs for founders proving a connected-device business model.
Secure, low-latency apps for wearables, monitors, trackers, and specialist BLE medical devices.
Robust apps for BLE beacons, RFID scanners, environmental sensors, and operational hardware networks.
Frictionless pairing, control, alerts, and onboarding flows that turn physical products into connected experiences.
<strong class="small-heading">Lush BathBot: Bluetooth protocol expertise for a global brand</strong><br />When Lush needed dependable communication between a customer's phone and the BathBot hardware, Apptaura worked directly with firmware suppliers to engineer a stable, low-latency Bluetooth connection.
<strong class="contact-heading">Startup proof of concept: proving the business model</strong><br />For a proprietary physical security product, we used a readily available third-party Bluetooth sensor to prove the core mobile experience before custom hardware was complete. The native app triggered an alarm and real-time push notification when movement was detected.
"Their expertise in Bluetooth technology was exactly what we needed... their niche skills made a significant difference in the final product." - Lush
No. We can often start with early prototypes, off-the-shelf sensors, Arduino or Raspberry Pi rigs, or representative devices while your production hardware is still being finalised.
Yes. Collaboration with firmware engineers, hardware suppliers, and technical leads is a normal part of our Bluetooth and IoT app process.
Native development gives direct access to iOS Core Bluetooth and Android Bluetooth APIs, which is important for background behaviour, battery efficiency, permissions, latency, and stable reconnection.
We usually prove the connection first, test against real devices, identify protocol or firmware caveats, and then turn the validated scope into a clear MVP proposal.
Cost depends on hardware complexity, app features, data handling, notifications, backend requirements, and testing scope. A project brief or technical demo gives us enough context to prepare a tailored estimate.
Show us the hardware, the prototype, or the technical brief. We will map the leanest route from connection proof to a usable native MVP.
Tell us about your hardware, prototype, and technical requirements. Our team will respond within 24–48 hours.
A member of our UK team will review your enquiry and email you within one business day, usually within minutes, to schedule a quick, no-obligation discovery call.
Yes. We treat your ideas with total confidentiality. We are happy to sign your NDA (or provide our standard one) before discussing any specific details of your project.