From theory to practice: Industry 5.0 case studies Industry 5.0 is no longer just a theoretical concept—it is already a reality across many industrial sectors. Leading companies are integrating artificial intelligence, IoT technologies, and human–machine collaboration to improve productivity, safety, and sustainability. Industry 5.0 case studies Siemens: flexible and sustainable manufacturing Through its Digital…
What Is Industry 5.0 and Why It Represents a Paradigm Shift Industry 5.0 represents the natural evolution of Industry 4.0. While Industry 4.0 introduced digitalization, IoT, and advanced automation, Industry 5.0 places human beings back at the center of the production process, enhancing their skills, creativity, and decision-making capabilities through the support of artificial intelligence. …
Find out the AI for structural monitoring course main benefits. Artificial intelligence is transforming structural monitoring by enabling advanced data analysis from sensors deployed on critical infrastructures such as bridges, buildings, and dams. Using machine learning models, AI can recognize hidden patterns and spot subtle anomalies that may escape human observation. How AI for structural…
Focus on IoT sensors and data analysis course: advanced training & case studies by Next Industries. The Internet of Things is reshaping the industrial landscape by enabling intelligent monitoring systems that collect, analyze, and convert data into operational insights. Next Industries, a leading company in advanced sensor technology and data processing, offers a specialized course…
Introduction Defining attention and alarm thresholds is a key component in the safety system of construction sites and infrastructures. Setting precise limits for monitored parameters allows timely activation of control procedures and interventions, minimizing risks and damages. What are attention and alarm thresholds and why they are fundamental Definitions and differences between attention thresholds and…
Introduction In an era where infrastructure safety is increasingly critical, predictive control in geotechnical works stands out as an indispensable strategy to prevent risks, reduce costs, and protect human lives. This article explores how advanced monitoring allows timely interventions before critical problems arise, fundamentally transforming the management of geotechnical works. What is predictive control in…
Introduction to distributed measurement networks in geotechnics Distributed measurement networks represent an advanced technology for monitoring large areas and complex infrastructures, offering dense coverage through wireless sensors connected via IoT. This innovative approach allows the collection of massive amounts of real-time data essential for preventing environmental risks and ensuring the stability of engineering works. …
Introduction to Smart Geotechnical Monitoring Geotechnical monitoring is crucial to ensure the safety and stability of essential infrastructures such as dams, bridges, tunnels, and unstable soils. Thanks to technological advancements, today’s smart sensors provide precise, real-time data, significantly improving the ability to predict and prevent failures and collapses. In this context, Next Industries stands out…
Smart geotechnical monitoring to risk prevention Next Industries has developed an advanced system that combines IoT geotechnical sensors, high-precision data loggers, and smart gateways with cloud platforms and artificial intelligence. This smart geotechnical monitoring approach transforms raw data into actionable insights, helping engineers and authorities detect early warning signs of instability and prevent potential disasters…
In modern infrastructure monitoring, data is only as valuable as its timeliness. Through the integration of IoT technologies and geotechnical sensors, it is now possible to collect, transmit, and analyze critical information in real time — helping engineers and decision-makers prevent disasters before they happen. Next Industries develops advanced systems that combine geotechnical sensors and…
In geotechnical and environmental monitoring, choosing the right type of piezometer is essential for ensuring reliable data and safe decision-making. While all piezometers share the same goal—measuring pore water pressure in soils and rocks—their working principles, signal types, and typical applications vary significantly. Let’s explore the main differences between vibrating wire, electrical, and digital piezometers,…
In geotechnical and structural engineering, monitoring pore water pressure is essential to ensure the stability and safety of soils and rock masses. Among the most effective tools for this task are electrical and digital piezometers, which provide reliable, long-term data for infrastructure projects, hydrogeological studies, and landslide prevention. What are electrical piezometers and how…
