WHAT WE DO
Internet of Things Platforms
IoT solutions for startups and mature businesses
Extending the power of the internet to other devices beyond smartphones and computers, that’s about Internet of Things, it allows businesses and people to be more connected to the world and to do more meaningful and higher level work.
We provide IoT software development services for startups and mature businesses that target industrial or consumer markets. We take steps and embrace the changes in the ways consumers and businesses interact with the physical world!
IoT Solutions for every domain
Device Management
Industrial
Retail
Smart Homes & Smart Cities
Agriculture
What makes a good IoT platform?
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Device management
Ensures the continuous ability of the edge devices & platform endpoints to receive & send data, configurations and updates.
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Connectivity management
Provides global access & security based on local communication infrastructure, protocols and regulations.
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Application management
Reduced cost when developing and maintaining the IoT vertical business cases / apps for the actual paying customer.
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Dashboard and reporting
Empowers the IoT solution provider or end user to create automated, repeatable and management-oriented summaries of IoT data.
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Analytics
Reveals insightful, actionable and predictive data to decision makers; contextualizes the IoT data in social, historical and real-time contexts.
How do IoT platforms work
The environment requires minimal user intervention to set up and add a new device up in the system. The devices communicate through a gateway with a cloud platform and a mobile application. Every device is uniquely identified in order to keep track of their status and activities.
Data Collection step 1
The device with its sensors can collect environmental data. Any type of data can be collected, depending on the sensors (temperature & humidity, light brightness, presence, dust, etc.)
The devices can collect data and then send it (publisher), receive data and act on it (subscriber) or both. The control of the devices can be automatic (at a specified date/time, triggered by a publisher or condition) or by the action of a human operator.
An example of a publisher is a Temperature and Humidity sensor.
An example of a subscriber is a lightbulb or printer.
An example of both publisher and subscriber is an Air Conditioner or a thermostat.
Data Transmission step 2
The device along with an internet connection will allow the system to make smart decisions based on complex algorithms.
All this while not having to interact at all with anything but a device with either internet, Wi-Fi, Bluetooth or cellular connection.
Data Consumption step 4
The platform will inform the end user via an application or other interfaces (Email, Notification, SMS).
The end user will then be able, depending on the system, through an interface, to view and modify the system remotely, or by a set of rules the system will adjust itself automatically.
The end user will be able to control the platform services via web or mobile applications.
Data Processing step 3
The cloud is processing the data, for example it can check if the humidity is within acceptable bounds.
Some of the technologies we use
Our affinity for the latest technologies combined with the vast experience in mobile, web and cloud programming, granted us partnerships with strong and dynamic companies that chose to grow with us in the IoT sector.
Programming languages
- C, C++
- Python
- JavaScript
- Dart
- Java
- Swift
- Kotlin
Mobile development platforms
- ReactNative
- Flutter
- iOS & Android
Hardware boards & processors
- RaspberryPi
- Arduino
- ESP microcontrollers
Data storage
- PostgreSQL
- Redis
- MongoDB
- InfluxDB
- ElasticSearch
Cloud solutions
- AWS
- Google Cloud
Other technologies we use
- Docker
- Kafka
- Mosquitto (MQTT Broker)
Recent apps we’ve built
DeviceXS
Cloud IoT platform Generic IoT for businesses that want to manage and collect data streams from smart assets.
View project
