Overview Responsible minds are accelerating to find the right option that can benefit their companies in producing high-quality products at reduced prices, that too in a consistent manner. They are making ways to adapt to new machinery designs and unified manufacturing techniques with the use of automated devices simultaneously to tackle the looming challenge.  Source: https://www.technavio.com/blog/top-5-trends-industrial-automation-2018 Industrial automation Industrial automation is one mentionable step that has emerged as a solution to tackle the above-discussed demands. The implementation of industrial automation has been seamless yet significant as the process alleviates to improve the quality of products, their reliability and their rate of production. At the same time, it also boils down the cost of production and design by adapting to the latest innovative technologies and services. One such innovative technology that has developed from industrial automation is LabVIEW, which provides superior performance than manual control. LabVIEW LabVIEW is primarily a visual programming language that stands for Laboratory Virtual Instrument Engineering Workbench. It is a system-design platform and growth environment that was initially directed at altering all forms of the system to be developed. It utilises a graphic interface that allows the combination of various elements to offer a necessary flow. It is the user interface for visual programming language G. However with the progress in time, LabVIEW is now synonymous with G across all industries. It also provides numerous other facilities such as automated multi threading, debugging, hardware management, application user interface and system interface design. In this fashion, LabVIEW behaves as a portal for several options, drawing them together under a single element that is smooth to manage. Application LabVIEW offers a robust platform for taking on a massive variety of diverse applications and tasks. The language began as an environment for dealing with test programs. However, it has continued to expand since its inception, regarding adaptability and suitability. It has developed from being a graphical test management language to become a graphical system design environment. Therefore the language can be utilised for a tremendous variety of exciting and different applications.  Source: Wikipedia Advantages Similar to any other product or service, LabVIEW also has significant advantages.

1. The graphical interface of the system is smooth and any user can learn it quickly.
2. The language offers a global platform for several other applications in different fields.
3. It is also compatible with third-party hardware; it can be interfaced with conventional languages like C/C++, VB, FORTRAN and a lot more.
4. It is relatively easy to interface other hardware items such as data acquisition and test equipment products as well.
5. The language has excellent customer support and a large active community forum.

Conclusion With all the functions and options aside, LabVIEW is a fantastic tool to explore new prospects in applications. It has excellent effectiveness and a supremely adaptive tendency that benefits the user to continue expecting for more. However, for those who need professional guidance in LabVIEW, visit http://industrialautomationacademy.com/ and complete a course. The Industrial Automation Academy has a decade-long experience in teaching both industrial automation and LabVIEW. They work with some of the most significant players in the industry and have industry experts for better training who guide candidates with all areas of technical support.