IoT Software Development Services
Fly IT Solution builds the software layer of connected products: device integration over Bluetooth Low Energy or telematics, real-time data back ends, native mobile apps with AI features, web dashboards and the admin tools that manage devices and subscriptions. We delivered an OBD-II vehicle tracking platform with live tracking, speed alerts and driving scores, and a healthcare MVP that connects an FDA-cleared wearable to a mobile app with cycle tracking and AI nutrition suggestions. Projects start within 48 hours of agreement, with weekly progress reports, fixed-price or hourly billing, a written quote within 24 hours of a free consultation, and full ownership of the code.
48h
Project start after agreement
24h
Written scope and quote after a free consultation
2
IoT builds delivered: OBD-II telematics and a BLE wearable
100%
Code, deployment and data owned by you
About This Service
IoT software development covers every layer between the device and the person using it. We build all of them, as a full platform or as the piece your product is missing: device integration over Bluetooth Low Energy or telematics, a real-time data back end, native mobile apps, web dashboards and the admin tools that manage devices and subscriptions.
We build software, not hardware. We work with the devices you have chosen or help you evaluate off-the-shelf units such as OBD-II telematics devices, BLE wearables, sensors and gateways, and we integrate with their data formats and APIs. At the end you own the code, the deployment, the app store accounts and the data.
Fly IT Solution offers IoT software development on both fixed-price and hourly engagement models. Projects kick off within 48 hours of agreement, and our teams in India and the USA provide timezone coverage for clients worldwide.
Device, data and back end
- IoT consulting and solution design: device, data and app architecture mapped before development, with a written scope and quote within 24 hours of a free consultation
- Device and gateway integration: BLE wearables, OBD-II telematics devices, sensors and gateways connected to mobile apps and a cloud back end, with device control from the app and service enablement from a web interface
- Real-time data pipeline and back end: Node.js services that receive, validate, store and stream data for live tracking, alerts and historical reporting
Apps, dashboards and AI
- IoT mobile app development: native iOS and Android apps for live tracking, alerts, trip history, maps and scores, or React Native where one codebase is the better fit
- IoT dashboard and web portal development: web interfaces for operators and admins covering device management, service enablement, subscriptions, reports and analytics
- AI features inside IoT apps: AI-driven suggestions and insights built into the app, such as nutrition recommendations from cycle and usage data, with scoring and anomaly models where the device data supports them
Operations after launch
- Alerts, scoring and reporting: rule-based alerts such as speed thresholds, scores computed from device data, and scheduled reports
- Subscription and device lifecycle management: plans, activation, suspension and renewal tied to each device, managed from the admin portal
- Support and scaling: monitoring, maintenance and feature releases after launch, and extension to new device types
Does Any of This Sound Familiar?
If you have a device, or a spec sheet for one, and need the software around it, this list is probably you.
Each of these is a software problem, and the device integration, back end, apps and admin are what we build. A free consultation is enough to map the device, the data and the apps.
Device integration first, then the screens
On every IoT project the choice is whether to build the app first and connect the device later, or to get real data from a real device into the back end before any screen exists. We take the second path: the back end receives live device data first, so every later feature is tested on live data rather than on a mock.
It changes what comes after. Alerts, driving scores and reports are added once live data has accumulated, so thresholds and scores reflect real driving or real sensor behavior instead of guesses. Native or cross-platform is decided per project rather than by default, and the admin portal, with device activation, suspension and billing, is designed before code rather than bolted on.
Most IoT products should start as an MVP: one device type, live data, one app and an admin portal, in production before the feature list grows. Products that will be sold to many customers are scoped as SaaS from the start, with tenancy and subscriptions built in.
OBD-II vehicle tracking platform: apps, back end and admin
A vehicle tracking product built around an OBD-II device plugged into each vehicle, delivered as native mobile apps, a Node.js back end and a web interface for the operator.
The Challenge
Each vehicle carries an OBD-II device that reports vehicle data continuously. Drivers and owners needed to see live position, trips and driving behavior on their phones, with alerts when a vehicle exceeded a set speed, and the operator needed to enable or disable any device's services and manage subscriptions without touching the back end.
Our Approach
We connected the back end to real device data first, then built the apps and the web interface on top of it. Node.js services receive and process the device data, serve the apps and the web interface, and manage subscriptions. Native iOS and Android apps give drivers and owners tracking, alerts, scores, history, maps and reports; the operator's web interface controls device services and subscriptions.
What We Built
Built in weekly sprints with progress reports and installable test builds, device integration before any screen, and scores and reports added once live driving data had accumulated. Code, deployment and app store accounts are in the client's name.
BLE companion app for an FDA-cleared wearable, for a UK government-backed program
A healthcare MVP in which a mobile app connects over Bluetooth Low Energy to a compact wearable, FDA-cleared by its maker, that uses patented micro-pulse technology designed for period pain.
The Challenge
The wearable has no screen of its own, so the app had to pair with it over Bluetooth Low Energy and control it directly. The program needed more than a remote control: daily features that keep people using the app, subscription plans, and data handling designed to the requirements of a UK government-backed program, with the device maker holding the regulatory clearance.
Our Approach
We built the companion app around the BLE connection first, so users start, stop and adjust the device from the phone. Around that we added menstrual cycle tracking with a custom calendar, AI-generated nutrition suggestions informed by cycle and usage data, and in-app subscriptions, scoped and delivered as an MVP with the software designed to the program's requirements.
What We Built
Delivered as an MVP in weekly sprints with installable test builds. Together with the OBD-II platform it covers the pattern behind most connected products: a device, a link to it (telematics or BLE), a back end, an app people use daily, and an admin that manages devices and subscriptions.
Why choose Fly IT Solution as your IoT software development company
Two delivered IoT builds, a 48-hour start, weekly test builds and full ownership of the code.
Two delivered IoT builds, not slides
The OBD-II vehicle tracking platform and the healthcare wearable app above were built by the team you will work with, across telematics and BLE.
Start in 48 hours
Projects begin within 48 hours of agreement, with a written quote within 24 hours of the free consultation.
Weekly reports and test builds
You see progress every week and can install the app as it grows.
Fixed-price or hourly
Choose the billing model that fits the scope; both are available.
You own everything
Code, deployment, app store accounts and data are in your name from day one.
Teams in the US, Canada and India
Consultants in Minneapolis, Westerville and Moncton, engineering in Minneapolis and Mohali, support Monday to Friday.
How an IoT software project runs with us
Six steps from the first call to a product in production, with device integration before any screen is built.
Discovery
Your device, its data, the people who will use the apps and the decisions they need to make; a written scope and quote within 24 hours.
Architecture
Device integration, data pipeline, app and admin design agreed before code, including how devices are activated, suspended and billed.
Device integration first
The back end receives real data from a real device before any screen is built, so every later feature is tested on live data.
Apps and admin in weekly sprints
Native apps and the web portal built feature by feature with weekly progress reports and a test build you can install.
Alerts, scores and reports
Rules and calculations added once live data has accumulated, so thresholds and scores reflect real driving or real sensor behavior.
Launch, support and scale
App store release, monitoring, maintenance and the next device type or feature, with the code and the deployment in your name.
What IoT software development costs and how long it takes
We quote within 24 hours of a free consultation, because the cost follows the device integration, the number of apps and the real-time requirements rather than the menu. Fixed prices and hourly billing are both available.
IoT MVP
Quoted in 24 hours
One device type, live data, one native app and a web admin portal. Our MVP engagements usually reach a first working version in four to six weeks.
Full IoT platform
Quoted in 24 hours
Device integration, a Node.js back end, native iOS and Android apps and a web admin, typically a few months in weekly sprints, with scores, reports and further device types following once live data is flowing.
IoT features for an existing platform
Quoted in 24 hours
Device integration and a data pipeline built as a service that feeds your existing app, CRM, ERP or dashboard through an API, scoped from the integration points agreed in the discovery call.
Bring the device, or its spec sheet, and a sketch of what the app should show to a free consultation, and you receive a written scope and quote within 24 hours. Projects start within 48 hours of agreement and you own the code.
Industries and products we build IoT software for
Fleet and vehicle tracking (OBD-II or GPS device integration, driver apps, speed and geofence alerts, scores, trip reports, operator admin) and healthcare and wearables (BLE companion apps with tracking, calendars, AI suggestions and subscriptions) are delivered. Telematics companies get the app, back end and subscription layer around a device they already sell; logistics teams get vehicle and shipment data feeding operations dashboards and delay alerts; field service gets sensor data from machines, technician apps and maintenance alerts; startups get a first connected product as an MVP.
IoT software development services: frequently asked questions
Scope, delivered projects, hardware, medical devices, cost, timelines and stack.
What are IoT software development services?
IoT software development services cover every software layer of a connected product except the hardware itself: the firmware-facing integration that receives device data, the cloud back end that stores and processes it, the mobile apps and web dashboards people use, and the admin tools that manage devices, services and subscriptions. Fly IT Solution delivers all these layers, as a full build or as an extension of an existing platform.
What IoT projects has Fly IT Solution delivered?
Two. A vehicle tracking platform built around an OBD-II device in each vehicle: native mobile apps with real-time tracking, speed alerts, driving scores, trip history and maps and a driving report, a Node.js back end, and a web interface where the operator enables or disables each device's services and manages subscriptions. And a healthcare MVP for a UK government-backed program: a mobile app connected over Bluetooth Low Energy to a compact wearable, FDA-cleared by its maker, that uses micro-pulse technology for period pain, so users control the device from the app, with AI nutrition suggestions, menstrual cycle tracking, a custom calendar and subscriptions.
Do you build the hardware as well as the software?
No. We build the software: device integration, back end, apps and dashboards. We work with the hardware you have chosen or help you evaluate off-the-shelf devices such as OBD-II telematics units, sensors and gateways, and we integrate with their data formats and APIs.
Do you build apps for medical and wearable devices?
Yes. We built the companion app for an FDA-cleared wearable used for period pain, connecting to the device over Bluetooth Low Energy so the user controls it from the phone, and adding cycle tracking, a custom calendar, AI nutrition suggestions and subscriptions, delivered as an MVP for a UK government-backed program. The device maker holds the regulatory clearance; we build the software around it and design the data handling to the requirements of the program and the market.
How much does IoT software development cost?
It depends on the device integration, the number of apps and the real-time requirements, so we quote in writing within 24 hours of a free consultation rather than publishing a flat rate. Fixed-price and hourly billing are both available, projects start within 48 hours of agreement, and you own the code. Most IoT products start as an MVP covering one device type, live data, one app and an admin portal.
How long does it take to build an IoT application?
A first release with device integration, a Node.js back end, one native app and a web admin typically takes a few months, delivered in weekly sprints with progress reports. Scoring, reporting and additional device types follow once live data is flowing. Our MVP engagements usually run four to six weeks for the first working version.
Which technologies do you use for IoT software?
Node.js for real-time back ends, native iOS and Android or React Native for mobile apps with Bluetooth Low Energy device connectivity, React for web dashboards, PostgreSQL or MongoDB for data, Python and AI APIs for scores, suggestions and analytics, and AWS for hosting. The OBD-II platform used native apps and a Node.js back end; the wearable app used BLE and in-app AI.
Can you add IoT features to an existing app or platform?
Yes. The device integration and data pipeline can be built as a service that feeds your existing app, CRM, ERP or dashboard through an API, so you add live device data without rebuilding what already works. We scope the integration points in the discovery call.
Talk to us about your connected product
Bring the device, or the spec sheet for the one you are considering, and a sketch of what the app should show. A free consultation is enough to map the device, the data and the apps, and you receive a written scope and quote within 24 hours. Email info@flyitsolution.com or call +91 98766 13997.
Book a free IoT consultationReady to Start Your Project?
Let's discuss how we can help transform your business with our expertise
Send us a message
We respond within 24 hours
Quick Contact
Our Offices
Mohali
Cabin 1, E 279 (Biggbang), Industrial Area, Sector 75, Sahibzada Ajit Singh Nagar, Punjab 140307
Minneapolis
St Louis Park, MN 55426, United States
Moncton
Gordon Street, Moncton, NB E1C 5K9, Canada
Westerville
215 Hoff Rd, Westerville, OH 43082
Fast Response Guarantee
We respond to all inquiries within 24 hours. Most queries get a response within 2-4 hours during business hours.