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IoT development.
We build IoT cloud platforms, companion mobile apps, and real-time data pipelines for connected products, specializing in wearable devices, smart home systems, and automotive technology.
What we build.
End-to-end IoT software across three core domains — wearables, smart home, and automotive. We handle everything above the hardware: cloud backend, companion app, analytics dashboard, and integrations.
01. Wearable IoT
- Companion mobile apps for fitness trackers, health monitors, and smartwatches
- BLE device pairing, real-time data sync, and background connectivity
- Health and activity data pipelines — heart rate, sleep, steps, SpO2, GPS tracking
- Integration with Apple HealthKit, Google Health Connect, and third-party wellness platforms
02. Smart home IoT
- Cloud platforms for device registration, fleet management, and OTA firmware updates
- Mobile apps for device setup, control, scheduling, and automation rules
- Voice assistant integration — Alexa, Google Home, Apple HomeKit
- Hub and gateway software for multi-protocol environments (Zigbee, Z-Wave, Wi-Fi, Thread)
03. Automotive IoT
- In-car entertainment and infotainment systems
- Telematics dashboards — vehicle health, diagnostics, GPS tracking, driver behavior
- Vehicle-to-cloud data pipelines for connected fleet management
- Companion mobile apps for remote vehicle control, trip history, and service alerts
04. Across all verticals
- Real-time data ingestion and processing (MQTT, WebSockets, event streaming)
- Analytics dashboards — device health, usage patterns, alerts, and reporting
- Security infrastructure — device authentication, encrypted communication, access controls
- Edge computing and on-device data processing
Who we work with.
Wearable device makers who need the app and cloud
You've built the hardware — the tracker, the sensor band, the smart ring — but you need the companion app, the data pipeline, and the cloud backend that turns raw sensor data into a product users actually open every day. You need a software team that understands BLE, battery constraints, and health data standards.
Smart home companies building ecosystems
You have a smart device — a thermostat, a camera, a lock, a lighting system — and you need the mobile app, the cloud platform, and the voice assistant integrations that make it work seamlessly. You need a team that can handle multi-protocol environments and scale to thousands of homes.
Automotive & mobility teams building connected products
You need in-car entertainment, telematics dashboards, or vehicle-to-cloud systems. You need a team that has shipped automotive-grade software and understands the constraints of embedded environments, limited connectivity, and real-time data requirements.
Product teams scaling from prototype to fleet
Your connected product works with 50 test devices. Now you need it to work with 50,000 — with OTA updates, remote diagnostics, and fleet management. The prototype architecture won't survive that jump without a proper cloud backend.
How we work.
Built to scale.
01.We start at the protocol level
IoT projects fail when the software team doesn't understand the hardware. We begin by mapping your device capabilities, communication protocols, data formats, and connectivity constraints. The architecture is designed around what your hardware can actually do — not what a generic cloud template assumes.
02.Built for thousands of devices
A solution that works on a bench with a single device is not an IoT platform. We design for fleet scale from the start — device provisioning, OTA update rollouts, connection management, and graceful failure handling. Your platform needs to stay stable when 10,000 devices report data simultaneously.
03.Full user-facing stack
Most IoT projects need more than a backend. We build the companion mobile app, the admin dashboard, the analytics layer, and the API — all under one team. No handoff between a "hardware team" and an "app team" that don't speak the same language.
Technology we use.
- Protocols
- MQTT
- CoAP
- WebSockets
- BLE
- Wi-Fi
- Zigbee
- Z-Wave
- Thread
- HTTP/REST
- Cloud IoT
- AWS IoT Core
- Azure IoT Hub
- custom MQTT brokers
- Mosquitto
- EMQX
- Backend
- Node.js
- Python
- Go
- PostgreSQL
- TimescaleDB
- InfluxDB
- Redis
- Data processing
- Apache Kafka
- AWS Kinesis
- Apache Flink
- custom event pipelines
- Mobile
- Flutter
- React Native
- Swift
- Kotlin (companion apps)
- Smart home
- Alexa Skills Kit
- Google Home API
- Apple HomeKit
- Matter
- Wearable
- Apple HealthKit
- Google Health Connect
- BLE GATT profiles
- Automotive
- CAN bus
- OBD-II
- MQTT for telematics
- Android Automotive
- Frontend dashboards
- React
- Next.js
- D3.js
- Grafana
- Edge & embedded
- C/C++
- Rust
- FreeRTOS
- Linux-based gateways
- Security
- TLS/mTLS
- X.509 certificates
- OAuth 2.0
- device identity management
FAQ.
Before you ask.
We focus on the software side — cloud platforms, mobile apps, dashboards, APIs, and data pipelines. We do not design or manufacture hardware. However, we work closely with hardware teams and have extensive experience integrating with custom embedded systems, off-the-shelf sensors, and third-party device SDKs. We handle everything from the protocol layer up.
We work with MQTT (the most common IoT protocol), CoAP, WebSockets, BLE (Bluetooth Low Energy), Wi-Fi, Zigbee, LoRaWAN, and cellular (LTE-M, NB-IoT). Protocol selection depends on your device constraints — power consumption, data volume, latency requirements, and range. We recommend the right protocol during the architecture phase.
Yes — this is one of our most common IoT deliverables. We build companion apps for iOS and Android (typically with Flutter for cross-platform) that handle device pairing, setup, real-time control, notifications, and data visualization. The mobile team works alongside the IoT backend team in the same sprint cycle.
IoT security is built into the architecture from day one — not added later. We implement device identity and authentication (X.509 certificates, secure boot), encrypted communication (TLS/mTLS), access control for cloud APIs, and secure OTA firmware update channels. For sensitive deployments, we support on-premise cloud options and compliance-ready audit logging.
Yes. We build companion apps that sync wearable sensor data — heart rate, sleep, activity, SpO2, GPS — with Apple HealthKit (iOS) and Google Health Connect (Android). Data flows in both directions: your device writes to the health platforms, and the app can read data from other sources to provide a unified view. We handle background sync, BLE reconnection, and battery-efficient data transfer.
Start with clarity.
Building a
connected product?
Tell us about your device, data, and what you need built — cloud, mobile, dashboard, or full stack. We’ll review your requirements and respond with a tailored approach within 1–3 business days.