nir-vana innovation network

The company focused on the Internet of things industry provides the following services. 1. Developing instrument control software and Cross-Platform GUIs. Developing desktop Graphical User Interfaces which provide data visualization and hardware control for founders and CEOs/CTOs of Life Science and Medtech companies in R&D stage Europe by offering structure, documentation, and professionality while meeting their flexibility needs and changing requirements. The company can help its clients find solutions to the following problems: - GUI which can be easily used both in R&D and later on in the product; - Bigger system customization and readily available graphs with data; - Lower the cost of licensing - Python-based GUIs are very cost-effective; - Popular programing language which supports machine learning; - Frequently changing requirements of work in R&D laboratories. 2. Developing Custom Software, firmware, and PCB Design. The company develops PCBs and Software (Firmware) for IoT-embedded devices. Apart from PCB prototypes the company also supports the manufacturing of PCBs and CE Mark certification of the product. Using development boards and simulators the software is written before the first prototypes are ready. Next, using best software engineering practices all features are implemented and properly tested. If needed, the device can also be integrated with the Cloud (e.g.: Amazon AWS IoT, ThingsBoard, Kaa IoT). 3. Internet of Things Systems design and development. The company provides firmware for IoT companies in Europe by using a well-structured, agile approach and timely delivery as well as providing flexible billing and help to scale up quickly. Its main focus is on the development of hardware and software for the Internet of Things systems. Potential clients can seek the company's help for both the development of new prototypes as well as manufacturing of market-ready devices. Internet connectivity, cloud integration, and battery life are also part of the company’s skill set as well as WiFi stability, IoT sensor calibration and extensive testing using diagnostics software – both in the in-house laboratory and remotely.