Our in-house R&D practices aim to help the vendors of wearables deliver highly sensitive, smart solutions for running, swimming, golf, diving, and other sport and fitness activities. Their advanced functionality helps track, save, plan, and share customers’ progress. Our developers continuously research on how to implement innovations efficiently in wearables’ features, including:
Doing comprehensive research in ISsoft’s tech labs, our developers can apply their best practices in IoT software development for CNC machines. With the R&D approach, our engineers are encouraged to research various aspects of solutions for CNC machines, including IIoT architecture design, gateway development, cloud data processing and storage, and IIoT dashboard development.
Our developers test and apply innovations to develop IoT apps for telemedicine vendors’ healthcare platforms to provide remote medical care to patients. In this area, our innovations are focused on improving data storing and sharing and providing new forms of communication with patients integrating voice and video teleconferencing in remote areas. The areas of our R&D research include telemedicine solutions for:
Researching smart HVAC systems, ISsoft’s IoT engineers develop IoT-enabled HVAC solutions for Building Management Systems. Our teams innovate and develop intelligent cooling and heating functionality for efficient energy consumption in our in-house R&D labs. For maximizing HVAC systems’ efficiency, we study and implement advanced IoT functionality, including:
ISsoft’s IoT engineers drive innovations to make fleet management solutions smarter and safer. In our labs, we research how IoT technology integrated in the applications can enable real-time fleet tracking to receive useful insights for making well-informed decisions. Backed by substantial R&D experience, our engineers develop customized fleet management solutions distinguished by rich functionality. Some of the features under research include:
In our R&D labs, we research and develop smart home automation software. Whether we need to develop intelligent control sensors, server portals, home automation, or internal network components, ISsoft’s teams apply our innovation approach. Some of the smart home automation systems we research include:
Our engineers build effective embedded systems for IoT infrastructures based on the characteristics of their hardware solutions, controllers, and smart devices. To implement the verified innovations in the embedded software, we continuously do in-house research and carry out experiments. Our research aims to enable hardware sensors to track motion activities and physical processes and relay the data to the cloud for performing data analysis.
Our IoT engineers research to design well-defined low-level application programming interfaces and firmware for IoT solutions. Applying our R&D skills and best practices, we select the best-suited libraries for customers’ hardware to ensure they perform in compliance with desired licenses and requirements. Our developers use the COAP, SOAP, and REST protocols with the DES, RSA, and AES encryption for data exchanging between devices, services, and applications.
In our labs, we strive to develop innovative IoT gateway solutions that track, store, and transfer data from edge systems to the cloud. By research, we choose appropriate communication interfaces and protocols for our projects’ IoT infrastructure. Backed by our experience and R&D practices, we build customized IoT gateway solutions with basic and advanced features, including:
Investigating and developing cloud-based IoT solutions for our clients, ISsoft’s engineers help them enable processing, management, and automation of smart objects within their IoT infrastructure. We use Amazon Web Services and Microsoft Azure to design, build, and deploy a cloud customer architecture for IoT. Applying R&D techniques, we ensure it meets the client’s requirements and industry standards related to scalability, reliability, connectivity, safety, etc.