HQSoftware

A sensor-based IoT solution that monitors the health status of the environment inside a house. A cloud-based backend gathers and stores data for further processing while a mobile application allows checking the health status of the house on the go.

HIGHLIGHTS

1. Air condition monitoring and scoring across eight parameters
2. Visualized historical data of how the air condition changed over time
3. Machine learning-based predictions and recommendations

Technologies used: Java, React Native, PostgreSQL, Apache Kafka, openHAB, DeviceHive, Espressif ESP32 module

Read More: https://hqsoftwarelab.com/cases/36-iot-a-sensor-based-solution-to-monitor-the-air-health-status-of-a-smart-home

It is a native Android app that extends core offering of the customer– a European company which develops complex, customizable systems for managing various connected devices in a smart building or on a smart yacht.

HQSoftware’s IoT experts pulled together to take up this challenge, which also included working with the customer’s proprietary protocol in remoteness from the real devices, bringing a degree of uncertainty to the development process. 

HIGHLIGHTS

• A native IoT mobile app for automated management of connected devices in a building or on a yacht

• An intuitive, highly customizable user interface allowing to control lighting, climate, video surveillance, energy consumption and more

Read more: https://hqsoftwarelab.com/cases/24-iot-mobile-app-for-smart-buildings-and-yachts-management

The system is being developed for the leading provider of audit services for pension funds in Australia performing nearly 10,000 audits per year.

Technologies used: C#, JavaScript, T-SQL, ASP.NET MVC, ASP.NET Web API, Knockout.js, Entity Framework, SSRS, Microsoft Dynamics CRM, iTextSharp library, SQL Server, Microsoft SharePoint.

The goal of the project was to create a system that would allow those traveling on medium-haul flights to enjoy live TV programs, video on demand (VOD), hotel booking, car reservations, weather forecasts and many more – on board a plane, at the airport and in the city.

The solution enables the BYOD approach, where users can connect to the customer’s Wi-Fi spots located on board, at the airport and in the place of destination with their own devices running either on iOS or Android. 

HIGHLIGHTS

• Based on the customer’s proprietary Wi-Fi network
• Providing licensed media content, including live TV
• Serving as an ad-publishing platform for advertisers
• An integrated, multifunctional entertainment application for those traveling on medium-haul flights
• Available to users before, during and after the flight both on mobile and on the web

Read more: https://hqsoftwarelab.com/cases/18-entertainment-application-for-air-travelers-on-and-off-board

HQSoftware developed a system for managing a network of connected smart sensors that would collect, process and measure a wealth of data from vehicles and vehicle components under simulated road-driving conditions.

The project team was challenged to create a multisensor environment with limited CPU and RAM resources while staying compliant with the industry’s high testing standards.

HIGHLIGHTS

• Data collection from a range of smart sensors installed in a vehicle test lab.
• Data processing and visualization on devices and on the cloud server.
• Development for a limited-resource environment (i.e. devices with low CPU and RAM resources).

Read more: https://hqsoftwarelab.com/cases/25-iot-multisensor-network-management-solution-for-automotive-manufacturers

HQSoftware is developing a powerful AR platform that allows launching interactive markerless and marker-based campaigns. Users can design complex AR experiences with no advanced technical skills required, put them into AR campaigns, configure and launch them.

See more at: https://hqsoftwarelab.com/cases/39-ar-vr-developing-an-augmented-reality-platform-for-marker-based-and-markerless-campaigns