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Aerostructures are the structural components of an aircraft's body frame or airframe. Aerostructures help an aircraft to withstand the aerodynamic forces during flight, and thus includes all the components that helps an aircraft to fly. The propulsion systems, wings, flight control surfaces, fuselages, and empennage are some of the aerostructures present on any aircraft body. The global aerostructure market is driven by the increased deliveries of new aircrafts along with demand for spare parts for old aircrafts.

The aircraft brake system is a critical component of an aircraft and plays a vital role in aircraft handling operations such as takeoff, landing, and taxiing while the aircraft is on the ground. The brakes are not only useful in slowing down the aircraft and further stopping it, but also offer a reliable way of restraining the aircraft from gaining motion during engine run-ups. Moreover, the advanced aircraft braking systems, currently employed in civil and defense aircraft, also allow steering of the aircraft on the ground by means of differential braking. Aircraft brake systems are mostly deployed on the main wheels of an aircraft and on the rotor in case of helicopters. The modern aircraft brake system has evolved from merely an assembly of cables and mechanical links operated through a single lever as a braking system in older aircraft, to a system comprising multiple systems components, ranging from hydraulic pumps to master cylinders.

Aircraft survivability equipment reduces the susceptibility of an aircraft, thereby permitting the aircrews to undertake their immediate mission safely. These equipment maximize the survivability of an aircraft against a constantly growing threat without degrading combat mission effectiveness. The dynamics of the threat against aviation assets has increased significantly and become more complex due to combat missions in different countries. Therefore, governments across the world are planning to upgrade their existing infrastructure and system capabilities to meet the dynamic future threats.

The global logistics sector continues to develop at an impressive rate. As a result, the packaging industry is undergoing enormous changes with specified focus on posing innovative packaging tools/products to various industry verticals. Logistics packaging is primarily done to enhance product safety, maintain product quality, extended product storage, and cater to other aspects involved in product manufacturing. Logistics packaging manufacturers mainly use metal, plastic, wood pellets, fiber, and paper while manufacturing various types of packaging for industrial applications. Logistics packaging involves high-quality standards to meet the demand of different markets on a global level.

Recent trends in global food & beverage industry shows that consumers are changing their preference towards health and wellness foods. Dairy products, meat, sea foods, poultry, fresh fruits & vegetables and others are the major health and wellness foods which are consumed worldwide. Dietary supplements also consumed for this purpose, but due to the lack of product knowledge and fear of adverse or harmful effects they are less preferred by consumers. Sea food is the most preferred health and wellness food worldwide, due to its rich nutrients, availability, rich experience, range of variety and affordability compared to other meat and meat products. Seafood microbial deterioration rate doubles with every 5.3oC increase in temperature.

Visual Analytics is one the fastest growing trend in the advanced analytics market. Visual analytics is used to visually represent the information and helps individual to interact directly with the information to gain knowledge, draw conclusions and make quick decisions. The visual representation of the information reduces complex cognitive work needed to perform certain tasks. People uses visual analytics tools and techniques to create information and derive insight from enormous, active, and often conflicting data by providing timely, unassailable, and understandable calculations.

Shingled Magnetic Recording (SMR) is one of the fastest growing technologies due to increase in the demand to improve capacity of hard disk drive and to recover data from archived hard disk drive. At present, demand for data and requirement of storage technology has been increasing. The growing demand for high storage capacity, fast data access speed and high cost effective storage device worked together to further promote the development of storage recording technology. Shingled Magnetic Recording has been developed to increase density, or we can say, break the limit of traditional PMR (Perpendicular Magnetic Recording).

Presently with the growing usage of digital and online banking, many banks have started offering various options for banking payments. These Payment banks are helping in modernization of banking by offering unique payment solutions to customers. The concept of payment bank solution is growing at a faster pace due to rising usage of mobile technology to provide financial assistance in remote areas. These payment bank solutions are developed specifically for unbanked segments and locations which do not have banks.

Collaboration tools are designed to facilitate and handle group work involved in a certain task to achieve desired goal. It enables sharing, processing and management of files, documents and other data types among co-workers internally and externally which include business partners, employees, consultants and customers. This results into effective team collaboration in an enterprise or across enterprises depending on the workflow processes. Collaboration tools are integrated on a platform making it a category of business software.  It includes an interface where each user creates a workspace and adds data to it and any changes made to it are synced across, which is accessible by all other users regardless of their location.

Today, enterprises strive for a combined management platform to streamline every step of IT operations and to speed the delivery of services. A blade server provides such kind of integrated platform in an enterprise by dwelling multiple modules in a single framework. It operates as a typical stripped-down adaptive server with a modular design that saves space and energy, while refraining many of the traditional storage and I/O functionality typical of rack and standalone server systems. It consists its own processor, memory, storage, and operating system. Each blade server in a chassis acts as an independent server and can be dedicated to a single application. Tasks such as file sharing, database and application hosting, virtual server platforms hosting, audio and video content streaming can be achieved by blade servers.