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Automotive fuel cells eliminate noise pollution and reduce harmful gas emissions. In addition, safety is offered by eliminating combustion activity during production of energy. These devices require less maintenance and have a long lifespan as they are minimally exposed to high temperatures and there is absence of corrosion. Conventional fuels are not used by these devices; thus, there is less dependence on conventional oil-producing countries. Adoption of automotive cells is increasing with technological advancements, as countries focus on reducing carbon emissions.

Light vehicle seating is primarily related to offering safety, comfort, and flexibility to passengers in vehicles. Original equipment manufacturers focus on innovative product offerings related to design of seats, different seat fabrics, improvement in integrated fragrances, and production of waterproof surface designs. As customers look forward to flexibility in seating systems, most probably in second and third row configuration, the seating arrangement evolution is paving its way.

Marine propulsion engine is a system used for moving ships or boats across the water. A thrust is generated through these engines to enable a maneuver of ships. In initial phases, there were very few number of propulsion engines, but with a trend of innovation and advancement of technologies, there are a lot of systems used. The selection of an engine is not limited to only moving the ship across the water, it also includes utilization of best mode to ensure safety of marine ecosystem and achieve cost efficiency.

Vehicle-to-vehicle (V2V) communication is a technology through which two automobiles can communicate with each other. Though this technology is under development phase, many auto manufacturers are investing in the R&D of this technology. Through this technology, cars are able to transmit speed, position, brake status, steering wheel position, and others. The broadcasted information will help in reducing accidents by alerting drivers about potential dangers. The evolution of this technology will mark a significant milestone in development of driverless cars.

3D gaming console devices have gained prominence in the recent years, owing to continuous technological innovation in the gaming sector. These device have capabilities to support stereoscopic gameplay on integrated or peripheral displays, which enhances the overall gaming experience. In addition, it is possible to create optimal perception of surface materials by generating illusion of depth. Young gamers crave for real-time gaming experience and realistic visual effects. Furthermore, innovative features, including motion sensors, multi-screen displays, and connectivity provide enhanced and interactive experience, thereby boosting the 3D gaming console market.

Agriculture drones assist farmers in improving efficiency, productivity, and quality of crops and feedstock. It is cost-effective as compared to other ways of farming, ranching, and orchard tending. As these drones are equipped with cameras, they can be used to monitor lands, mapping, surveillance, inspection, and package delivery. Technological advancements such as drones equipped with sensors help in increasing crop yield and reducing damage. These drones are small, inexpensive, easy to use, and can improve outcomes of tasks when combined with smartphones. In addition, drones help to collect large amount of precise data, which is expected to reduce water use and chemical load on crops.

Automated teller machines (ATM) facilitate banking and financial services, including cash withdrawal, funds transfer, bill payment, and mini statements. A plastic ATM card with a magnetic tape or a plastic smart card with a chip is used by the customer with an identification provided by a personal identification number. ATMs provide flexibility, convenience, and save time and cost to carry out transactions. Banks are providing ATM services to attract customers by serving them outside bank areas. Technological advancements have enabled smartphones and ATMs to work in collaboration to provide a better user experience.

Bring your own device (BYOD) is a policy in which employees are permitted to carry their own personal devices to workplace and use it to access confidential information and applications of an organization. The trend is growing in developing countries, such as Russia and Brazil, at a rapid rate, while the growth is steady in developed economies. The prevalence of smartphones and tablets has led organizations to allow their employees to use their own devices as this has resulted in improvement in productivity and cost saving. In addition, adoption of BYOD in turn has increased convenience, flexibility, and morale of employees.

Bring your own device (BYOD) security preserves intellectual property and confidential information by preventing data breach and cyber-attacks. It also provides flexibility and convenience to employees to work from any location, and secures information and data from theft, and prevents unauthorized access. It enables access to real-time organization data and critical data by deploying effective security solutions, and helps in rapid decision-making. Organizations across the world are promoting use of BYOD and providing devices to their employees.

Cloud computing is an internet-based computing that provides access to processing resources and data to other shared computers and devices on demand. Users and enterprises can have capabilities to store and process data at data centers that are privately owned or operated by third-party vendors. These data centers are located at various locations, which offer access to data from anywhere in the world. The implementation of cloud computing has reduced the up-front infrastructure costs, achieved coherence, and provided convenience & flexibility. In addition, it helps businesses to focus on their core businesses and spend less resources on computer infrastructure. Moreover, it offers key benefits such as low maintenance, improved manageability, and faster runtime of applications.