We are the software partner for your hardware — the iOS and Android apps that find and pair your device, show its data live, control it, keep a history and deliver firmware updates.
What we take on
Finding the device, pairing it and reconnecting reliably when it goes out of range or the phone sleeps.
Streaming sensor values to the screen as they happen, with charts and numbers people can read at a glance.
Controlling devices on the local network from the phone — one device or a group — with every change sent to the hardware as it happens.
Guiding a user or technician through connecting, configuring and calibrating a device, and checking that it works.
Pulling stored readings from the device, keeping them on the phone and sending them to your back end.
Delivering new firmware to the device through the app, with checks so a broken transfer is caught.
Watch and phone apps that share one session, and the server and accounts they sync with.
Testing the app against your actual devices and their firmware versions, not only simulators.
Technologies Core Bluetooth · Android BLE · Wi-Fi (UDP) · Swift · Kotlin · Java · WatchKit
Our IoT work
Four connected products, four different jobs for the app. In each one the hardware and firmware were the client's; our part was the software.
Bluetooth LE · iPhone · Apple Watch · Android
Apps that receive heart rate and breathing from a clip-on sensor in a sports shirt.
Bluetooth · iOS
Two companion apps that find the client's sensors and let a user or technician set the system up.
Wi-Fi (UDP) · Android
A phone app that works as a lighting console for the client's portable LED lights.
Companion app · iOS
The owner's app for a charging box installed in place of a standard outlet.
Proof
Render; phone screen from the delivered app; watch face illustrated.
Mobile app · iOS, Apple Watch, Android
iPhone, Apple Watch and Android apps with their back end for a sports wearable — heart rate and breathing from a clip-on sensor on a smart shirt, live and as training history.
Screens recreated from the delivered apps with neutral naming and example data.
Mobile app · iOS
Two companion mobile apps that connect to a client's vehicle load and axle sensors over Bluetooth, for set-up, calibration and quick checks of the system.
Screens recreated from the delivered app with neutral naming and example devices.
Mobile app · Android
A mobile app that turns a phone into a lighting console for the client's portable RGBW lights — colour, brightness, effects and sound-reactive light, sent over Wi-Fi.
Who you work with
IoT / BLE Lead
Dharmesh leads connected-device work: mobile apps that pair with, read from and control Bluetooth hardware.
Related
Questions
Yes. One of our published case studies is an iPhone, Apple Watch and Android app that connects to a wearable sensor over Bluetooth Low Energy, streams heart rate and breathing live and syncs stored sessions.
Yes. In that project the app transfers new firmware to the sensor unit, on a background thread with a checksum on each packet so corrupted transfers can be detected.
In our wearable case study the hardware and firmware were the client's; our work was the apps and back end, including delivering firmware updates. If your project needs device-side work, tell us the hardware and toolchain and we will say plainly whether it fits our team.
No. Our published IoT work includes Bluetooth Low Energy apps for a wearable sensor, Bluetooth apps for vehicle load sensors, and a Wi-Fi app that controls portable lights over the local network. Tell us how your device connects and we will say how the app would talk to it.
Yes. Mobile developers with connected-device experience can join your team, tools and process as dedicated developers, or we can deliver the app as a project.
The device's Bluetooth services and data formats (or a protocol document), sample devices for testing, and a contact who can answer firmware questions.
We test the app against physical devices and the firmware versions your users have, including connection loss, reconnection and update scenarios.
Start a project
What the hardware measures or controls, how it connects, and what the app should let people do. Protocol documents can follow later.
Your message goes to Ghanshyam Gadhiya, partner and CEO, who replies by email. If it is easier, you can also reach us onWhatsApp.
