IoT Insights
User Experience for industrial power monitoring: the accessibility of Zerynth’s Industrial IoT APPs
To reduce production process costs, we have created the Zerynth Industrial IoT APPs: a set of tools that allow you to collect data from machinery for automatic processing and display on special dashboards.
Industry 4.0: the starting and ending point of digital transformation
The term industry 4.0 indicates a trend towards industrial automation that integrates some of the new production technologies to improve work, increase productivity, and boost the production quality of plants.
Does the shortage of electronic components impact your machinery?
For almost two years now, companies and industries have found themselves facing a shortage of electronic components.
Industry 4.0: cellular connectivity for machinery monitoring with Zerynth SIM
In some situations classic WiFi and Ethernet connectivity are no longer sufficient. Think about factories disconnected from fixed lines, or more simply about industrial assets that are constantly running or outdoors.
Life Cycle Assessment in Industry 4.0: the role of IoT technologies for environmental monitoring – Part 2
IoT technologies for real-time monitoring of the environment and CO2 emissions in industrial processes
Industrial machinery retrofitting: the advantages of evolving towards industry 4.0
Machinery retrofitting: this is the key word that has been circulating in manufacturing industry circles since the beginning of the 21st century. Let's see what this means and why we should join this industrial 4.0 evolution.
Life Cycle Assessment in Industry 4.0: monitoring CO2 emissions in production processes – Part 1
Using the latest IoT solutions, companies are able to easily understand the energy consumption of their processes and consequently know the actual energy cost attributable to each product.
Industrial energy monitoring: what is it and why do it?
One of the most important actions that allow adequate measurement of any size corporate energy asset is Industrial energy monitoring.
User experience and Industrial IoT: 5 design rules for Industry 4.0
Over the years, user experience techniques have evolved and adapted to current technological trends. However, UX for IoT solutions is more complex because it involves a sequence of user interactions with both software and hardware systems, with a complete and coherent path. The success of IoT products depends on how uniform the entire process is from the user’s perspective. Providing an easy-to-use, intuitive, and simple interface will, therefore, result in greater user satisfaction. UX is important in the design phase The term user experience (UX) refers to how the user interacts and experiences a product, system, or service. This
Industry 4.0 no-code: easy and immediate Industrial IoT applications
No-code IoT solutions for real-time and remote energy consumption monitoring of industrial machinery
