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Industrial couplings are used to connect the rotating parts of a machine in the industry. A coupling is used to connect the drive shaft of a power source to a shaft on a driven machinery or a piece of driven machinery. The drive shaft of a power source can be an electric motor or a diesel engine, and the shaft on a piece of driven machinery can be a pump or an electric generator. The driving purpose of an industrial coupling is to transfer rotational motion at maximum efficiency from one shaft to another shaft. Industrial couplings are also used to perform different additional functions like providing various ways as a means for disconnecting the driver engine or motor from the driven equipment or a pump. The Industrial couplings and shafts are made correctly aligned which helps to ensure the functions of equipment correctly. If the shafts are not made to align properly, the equipment may fail to work or can damage, and the life of the equipment and its availability will be fully reduced. Industrial couplings are also used to allow relative axial motion at an angle or reduce the vibration transfer from one machine component to another or fully eliminate it and allow small amounts of misalignment in the equipment.

Access control is a process of limiting access to an areas or a resource to strengthen the security systems of industries. Industrial access control is a physical and logical access control which provides protection from illegitimate access to areas that are restricted. One of the primary technique used to provide industrial access control is biometric verification in which a person's identity is verified by his biometrics like finger prints, iris patterns, and hand geometry. The security can also be implemented by badge based authentication in which cards are punched for verification and electronic locks in which passwords are used to authenticate a person.

A data center operating system (DCOS) is an additional layer of the data center environment. It helps connect the physical and logical layers of the data center architecture. Due to the growth of storage requirements and security threats, data centers are designed with high levels of resiliency and efficiency in mind. DCOS helps create a single cluster of multiple data center nodes to optimize the data center management process. It also facilitates effective resource sharing and isolation across different areas of applications.

Airport retailing has become a popular concept in the last few years. Often called travel retail (which takes place mostly but not entirely in an airport), it has become one of the important strategies of companies planning to promote and create awareness about their brand. Airports where airfares are low are not able to generate high revenue from aeronautical business. Therefore, they shift to non-aeronautical businesses such as retail shops, restaurant, bars, and cafeterias. Airport retailing can also include services such as hotels, nursing homes, car rental outlets, banks, exchange offices, drugstores, and other stores such as jewelry, books and magazines, gifts and crafts, clothing & accessories, convenience stores, optics, perfumes, and souvenirs.

Of late, the global market for aircraft de-icing have been experiencing a gigantic phase of growth, thanks to the clean plane idea, innovative headways, extension as well as modernization of existing air terminals, increasing demand for travelers' solace, and frequent flight delays amidst snowfall. The need for keeping the operations of air terminals up amidst frigid climatic conditions are also fueling the demand for aircraft de-icing, reflecting positively on the market's rise.

Capacity management is a process which control over information technology (IT) resource (human, nature, capital resources) utilization. Its primary goal is to make sure that organizational resource such as manufacturing, labor force, and office space, inventory, raw materials, technology and equipment are of correct size to meet present and future business needs in a cost-effective manner. Capacity management has one common interpretation, which is described in the information technology infrastructure library (ITIL) framework. ITIL version 3 shows capacity management which comprises three sub-processes: service capacity management, component capacity management, and business capacity management. It is a tool that helps intake and output (I&O) teams plan and optimize IT tools and infrastructures also balance the use of exterior and cloud service providers. 

DDoS mitigation is a set of techniques or tools used for resisting the impact of distribution denial-of-services attacks on network attached to the Internet by protecting the target and relay networks. The DDoS protection and mitigation solutions and services help to offer protection and mitigation on endpoints from advanced and sophisticated DDoS attacks. The high demand for DDoS prevention solutions from SME's has encouraged vendors to introduce, cost effective cloud-based and hybrid solutions. However, on-premises hardware, software, and integrated solutions continue to see increased traction among the large enterprises. During the forecast period, the market is expected to witness high demand for hybrid solutions that include both, on-premises equipment as well as cloud services.

Information technology needs are changing day to day. With growing advancements there are several new opportunities gaining attention. One such advancement is "DevOps." The term DevOps originates from development and operations, both combined to create the concept DevOps.  The software development process includes aspects such as collaboration, automation, communication, measurement, and integration of information technology professionals and software developers. DevOps is a combination of various practices with the help of different technological tools and technologies. The emergence of DevOps has evolved from the concepts of "agile operations" and "agile system administration."

Electronic forms or e-forms are the electronic versions of paper forms but with added benefits. E-forms have the potential to improve the efficiency of a system significantly as compared to conventional paper forms. Paper forms are not only more time consuming and error prone, but also cost more than e-forms due to the additional handling and storage costs. E-forms are more convenient as they can be accessed from anywhere, from practically any device that supports the Internet, and require no manual handling or storage costs. E-forms enable users to interact with enterprise applications and the back-end systems linked to them. Another major advantage of e-forms over conventional paper forms are, they are eco-friendly, as they do not produce any paper waste. For these reasons e-forms are preferred over paper forms. According to a study published by IBM, more than 80% of the processes in private and public businesses depend on e-forms. New e-form applications include XML content identification, multiple data callouts, field-level validation, and embedded process logic contained within a secure format that is often portable. 

In the age of technology, it is important for companies to provide information about their products and services to consumers on all digital platforms. This helps consumers to take advantage of their devices and benefits companies by engaging customers anywhere and anytime. Companies are adopting digital experience technology to give this advantage to their customers.