IoT Insights

Maintenance 4.0: Thanks to IoT technologies it is possible to make actions to optimize the performance of machinery and reduce energy costs.

How Zerynth Cloud works and how it manages the releases of new software versions in industry 4.0 projects

Today we will analyze a main feature of Zerynth’s Dashboard by using different graph models to view our data. By creating customized dashboards that exploit data uniqueness we can view, in appropriate formats, how machine monitoring with Industry 4.0 standards can meet your needs. We saw in the last article how to configure and view alarms. Today, however, we will look at how to represent data in a pie chart. A pie chart is a circle divided into areas or wedges This type of chart gets its name from its round shape where it is sectioned in various

There are a lot of competitive paradigms to keep pace with the advancement of new technologies. Paradigms 4.0 today are capable of transforming industrial (and non-industrial) machinery, in multiple and innovative application scenarios. Sustainability and efficiency are the keywords for the change that IoT solutions today propose in various industrial sectors, through a constant updating of the programming algorithms used and tested by research departments. We are talking, for example, about Edge Computing, one of the most popular  trending paradigms in the IoT sector of Industry 4.0. Are there opportunities for integration of Cloud and Edge? To remain

The transition toward increasingly digitized companies also involves interconnecting industrial machinery called legacy machines: these assets have an average lifetime of 20 years, yet, still function correctly and represent a very important resource for both SMEs and large companies. Let’s see how this works. This type of asset is called brownfield and represents the real challenge for current digitalization. The 4ZeroBox Mobile represents a versatile and secure solution with which to interconnect, apparently, non-digitizable assets to company information services. Why retrofitting? One in five companies fail to introduce IoT technologies and there is, on average, € 500,000 in

Being able to keep up with the advances in new technologies is not so easy for companies. Especially, since they would like to always keep their machinery efficient and production processes constantly updated with respect to the latest innovations launched to the market and that's why we want to explore 5 news in the IoT field. Underlying an effective business plan and product roadmap, an in-depth analysis of trends, social media, and what the scientific literature proposes cannot be omitted. Looking to the future rather than at the present guarantees more targeted investments and a better overall economic return.

The central issue of energy efficiency in industrial processes and products is one of the most discussed issues during the last few years. This is because of unexpected increases in electricity costs, in conjunction with the post-Covid economic recovery and the beginning of the Russo-Ukrainian war. Energy, in fact, has become a vital strategic asset for a company: companies have always treated this aspect marginally, without adopting optimization or energy saving actions, and have certainly been affected the most by these fluctuations. Energy monitoring and energy efficiency are two sides of the same coin if I do not know

Zerynth Cloud has hundreds of active IoT devices connected to its platform as well as users that perform a variety of actions which range from viewing real-time data to debugging their devices’ activity.

IoT devices have widely varying needs when compared to our phones. With this theme in mind, let’s look at the challenges of using cellular technology in our solutions.

Recorded history can be traced through agriculture. When we started planting and sowing crops, we started to evolve as a society. So, if we can use agriculture for measuring our success and value as a society, what does the current trend of smart farming say about us? We are trying to use all our most advanced technologies to improve the way we produce food. Drones, AI, sensors, IoT, the Cloud - it’s all being used in agriculture today. On one hand, it’s driven by the basic human need to improve and grow, and on the other hand, it is