In today’s world, one of the few sectors which cloud computing has not penetrated on a large scale is in industrial plants. Many companies are still wary of a remote platform which operates from outside their facilities, despite its undeniable success in other economic sectors and the tremendous advantages it offers.
Editorial of Juan José Colás, Chief Sales and Marketing Officer
Of course, the Digital Transformation of industrial companies is changing this dynamic, because data capture devices and software tools are becoming more interconnected. The need for computers to relate and obtain valuable information that facilitates decision making is increasing every day, and access to this information is no longer reduced to a personal computer in an office, but to multiple devices.
In this context, companies are turning to cloud computing because of all the advantages it offers: an immediate increase in computing capacity, no hardware or software obsolescence, no need for investment in fixed assets, no costs of excess capacity, no need to increase the number of specialized technicians, and the peace of mind offered by advances in security and multi-location which ensure that corporate data is more secure than on a company’s own servers, among other benefits.
All these points are essential competitive advantages in a hypercompetitive world. Therefore, the most important cloud platforms (Azure by Microsoft, AWS by Amazon and Cloud Platform by Google) are growing exponentially and many industrial companies are going to take this step in the coming years.
Digital competitiveness will be the fundamental factor in the survival of many companies. Welcome to the new reality.
With this new extended "Assembly to Nesting" (A2N) technology, Lantek introduces a tool that enables sheet metal manufacturers to complete tasks in minutes that previously could take hours. The software can process 3D drawings of individual parts and entire assemblies with multiple components, unfolding them and calculating production requirements.
In today’s competitive manufacturing landscape, businesses that can leverage data to drive insights and decision-making have a clear advantage. Data-driven smart manufacturing is the use of data and analytics to improve all aspects of the manufacturing process, from product design and development to production and quality control.
When a company decides to go ahead with the digitization of its processes, it tends to be aiming for greater visibility, traceability and optimization, which generally implies improvements in efficiency and decision-making.
