Embedded Software Engineering

Reliable Software for efficient performance

As an embedded product engineering company, we cover the complete spectrum to develop software for embedded devices, connected cloud, and connected mobile applications. For embedded devices, we have an entire SW Life Cycle development capability starting from BSP development and middleware development to End-use case application development. Our connected cloud services offering encompasses entire cloud solution development focused on various aspects of device management, User management, and Data Analytics. Our connected Mobile app development services offer cross-platform app development to facilitate users to commission, control and monitor end devices.


Our process-oriented team follows the Agile process using tools like Atlassian JIRA, Asana, and Trello for streamlined and transparent execution. The Embedded Device team is capable to work on a variety of platforms consisting of customized Linux, Android, Windows, RTOS, and BareMetal type of Operating systems. The Connected Cloud team has full-stack capability to work upon various cloud platforms like AWS, Microsoft Azure, and Google cloud. Our connected mobile app team has expertise in the development of iOS and Android-based applications using native and cross-platform like Flutter, React Native, and Ionic.

BSP Porting & Development
SDK Development
Application Development
Mobile App Development
Web Services Development

Why Choose us?


We have the capability to develop software for device, Cloud and Mobile application under one roof. This helps the customer get rid of managing multiple agencies for different skills. All team members work with a product engineering mindset to streamline integration.


We leverage Agile methodology-based tools like Atlassian Jira along with GitLab/GitHub, which helps to make SW development transparent and is easy to collaborate independently with geographical location. This methodology enables our customers to track our progress and quality of the work with minimal process overhead.


The developer uses static and dynamic code analyzer tools to identify potential problems before they turn into bugs. The code written follows standard coding guidelines that make the code readable and maintainable. Finally, the peer review makes the rock-solid before it goes to QA.

Lab Infrastructure to support SW development