The growing process of digitalization, machine-to-machine communication and automation is paving the way for a new revolution: that of the so called 4.0 Industry. It is anticipated that the inclusion of simulation and machine learning technologies will have an even greater impact than that of any previous revolution, fostering a genuine transformation of the company and the manufacturing processes.
The factories of the future will not only be fully connected and motorized, but supervised by artificial intelligence units, which will look after the constant optimization of all the processes. The training and design of this intelligence, together with that of humans, will have a vital role for physics simulations.
The design of machines and robots will occur in virtual environments, where it will be possible to iterate without the need to produce a real prototype, since the virtual prototype will have an equally exact physical value. The same setting will subsequently serve to train the Artificial Intelligences units in the undertaking of optimal tasks (of maximum efficiency and security), thanks to the automatic reprogramming with the Deep Learning technique.
Also in the logistics of products, or the performance of robots in different environmental conditions, Next Limit has a great deal to offer. The simulation of fluids (traditionally associated with audiovisual production) can be applied to a new field, making it possible to simulate complex interactions between automated machinery and its settings, or between products and the chain of production, packaging and transportation.