The mission of IoThingsWare is to develop innovative Internet of Things (IoT) products and services, including devices for sensing, actuation, processing and communication. We can accomplish this mission due to the skills, experience and passion we put into designing novel systems.
We at IoThingsWare are aware of the fundamental change in information technology, where the behaviour of centralised systems is not fixed, but continuously and flexibly redefined based on the increasing demands of data coming from sensors and devices at the edge. This ultimately allows greater responsiveness to changes on a global scale, and the creation of new business models. Our goal is to support enterprises looking to take early advantage of this opportunity.
What we doProgressive Web Apps are user experiences that have the reach of the web, and are:
Reliable - Load instantly and never show uncertainty, even in uncertain network conditions.
Fast - Respond quickly to user interactions with silky smooth animations and no janky scrolling.
Engaging - Feel like a natural app on the device, with an immersive user experience. Learn more
Back-end Development refers to the server-side development. It is the term used for the behind-the-scenes activities that happen when performing any action on a website. It can be logging in to your account or purchasing a watch from an online store.
IoThingsWare as Back-end developer focuses on databases, scripting, and the architecture of websites. Code written by back-end developers helps to communicate the database information to the browser.
Learn moreThe explosive growth of the “Internet of Things” is changing our world and the rapid drop in price for typical IoT components is allowing people to innovate new designs and products at home. At IoThingsWare we integrate the current components, hardware and software, of typical IoT devices and we know the trends for the future.
Learn moreThis system consists of environmental data stations (e.g. humidity, temperature and other soil parameters; air temperature and humidity). The sensing stations are energy autonomous and transmit data using modern NB-IoT technology. The data are collected in the cloud and can be processed with the use of mathematical modelling and appropriately trained neural networks (Artificial Intelligence). Below is a living screenshot of the data collected by a self-powered operating in the field in real-time.