Increased adoption of smart devices such as smartphones, tablets, and laptops is contributing significantly to the market growth. Connected devices (smartphones and tablets) will continue to drive the industry momentum.High-scale deployment of LTE networks for better connectivity is favoring the market. The availability of enhanced cellular connectivity is boosting the growth of the global mobile hotspot router market. Decreasing costs of connectivity services throughout the globe has become a prominent factor for increased growth of this market.Increase in online retail activities through smart devices aids the market growth.More than 115 million non-smartphone connected devices (mobile PCs, tablets and mobile hotspot devices) were sold worldwide in 2015 owing to the demand for the

internet to access information.

The global mobile backhaul equipment market will grow steadily during the forecast period, as telecom operators are upgrading their network to high-speed packet access (HSPA+) and long-term evolution (LTE).Mobile network operators serving the global mobile backhaul equipment market are shifting from fiber and copper networks to microwave because of shorter time to market.The Americas, EMEA, and APAC have an increased penetration of smartphones and growth in mobile data traffic.The market has become competitive due to the increased presence of Chinese vendors in APAC and MEA. These vendors are investing heavily in R&D for providing sustainable, innovative low-cost products and business models in the market.Vendors are using millimeter wave, an upcoming technology, to manage the data traffic growth and provide better services to consumers.

The use of mobile application development solutions by enterprises is set to reach 90% by 2020. The in-house development of mobile application development solutions is among the major factors powering the growth of this market.Mobile-first and cloud-first strategies in enterprises have created significant demand for application development solutions and services. In addition, trends in information technologies such as BYOD policies have attracted many subscribers to mobile application development solutions.Developers are embracing advanced and agile application development methodologies such as DevOps and cloud integrated development environment (IDE). DevOps adoption in enterprise application development services is increasing at a significant rate.

Around 30% of enterprises have already adopted mobile and web analytics in their marketing strategy. Most of the companies that have adopted mobile and web analytics are retail companies such as Amazon, Walmart, Target, Alibaba, and Flipkart. Mobile and web analytics help a company understand customer preference and behavior to formulate strategies and remain competitive in the market. Around 60% enterprises are planning to adopt mobile and web analytics by the end of 2018. The companies are planning to gain market presence, profit, and to increase customer reach.Web analytics is a widely used analytics among the enterprises, along with spreadsheets and campaign automation. Web analytics coupled with spreadsheets and market automation tools can automate the entire digital marketing scenario right from information collection to advertising and marketing.

In 2015, Asia-Pacific (APAC) accounted for the largest share, 54%, of the global mining chemicals market. It is a key regional market and is projected to grow at the highest CAGR, 9.34%, among the geographic segments. This growth has been attributed to the increasing mining activities in the developing countries of the region and favorable government policies. The rising private and foreign investment

in the region has also been an important driver in the region's market. China, India,and Australia are the key markets in APAC.Many countries are enforcing stringent regulations on the mining chemicals processing industry to minimize the environmental hazards caused by mining activities and to encourage eco-friendly practices. With this in view, the mining chemicals industry has been developing specialized chemicals, such as granular activated carbon, liquid sodium aluminate, sodium hydroxide, ferric chloride, and dewatering polymers, to treat mining water and waste that has been polluted by this waste.Rapid industrialization and urbanization in developing countries is encouraging the demand for metals and minerals heavily. Many new mining fields have been opened in these and other areas to cater to the rising demand.

The history of automobile suspension systems dates back to beginning of the 19th century, when automobiles were invented. That time, internal combustion engine powered vehicles were in the embryo stage and only two innovations were made to form the vehicle's suspension system. For the first time, front coil springs were used along with dampeners, which acted as shock absorbers for minimizing vibrations in vehicles. Later, suspension systems saw the use of new setup with leaf springs, which were less expensive and flexible in terms of changing shape so as to accommodate varying weights. This system was initially used by European automakers. Then came the development of independent rear suspension systems, which offered better driving with improved handling and stability characteristics. Automakers also started using air springs, which combined spring and shock absorbers into a single unit providing even better comfort, though costlier than conventional suspension systems.

The Americas was the largest segment of the global military mobile computing systems market in 2015, accounting for a share of 49.17%, followed by EMEA with a share of 29.72%, and APAC with a share of 21.11%.In 2015, the major market shares were held by the US and Europe.Various national-level programs such as the US Joint Tactical Network (JTNC) program, Europe’s ESSOR, and other initiative programs initiated by governments of countries such as Germany, France, Italy, and Spain are increasing the growth of the market in the European region.The US DOD and other government services are focusing on the benefits and risks of bring-your-own-device (BYOD) policies. However, the DOD currently prohibits government data on personal devices owing to the risk of sensitive data being

exposed.The US DOD mandates the use of Federal Information Processing Standard (FIPS) validated encryption on devices, which is not currently in-built in commercial devices such as tablets or smartphones.In future conflicts, it is expected that the commanders and non-military leaders will need to work simultaneously to achieve a coherent set of military and non-military effects against the adversary, resulting in the need for innovations in mobile computing systems for seamless communications.

The growing number of military bases across the globe is a major driver of the market, as it would result in the increased development and deployment of military load carriage systems to augment the combat readiness of the armed troops.The regional tensions in the Middle East (especially in Iran, Iraq, Israel, Lebanon,and Turkey) and Eastern European countries (especially in Belarus, Bulgaria,Greece, Italy, and Ukraine) are driving the need for military load carriage systems. The evolution of lightweight wearables is the latest trend emerging in the market because they are lighter than the conventional load-carrying systems and enable added protection when countering attacks against hostile enemy advances. Due to the continued focus by the defense authorities on lightening the loads, the military wearable load carriage systems market is projected to register a faster growth, posting a CAGR of 4.45% during the forecast period.

The oil and gas industry is driving the industrial user segment of the global microturbine market. The segment holds the largest market share and is expected to retain its dominance during the forecast period. Stringent regulations imposed by governments across the world with regard to the adoption of microturbines are likely to drive their use in other industries in the long-term future. The use of flare

gas on rigs is another strong factor that is driving the use of microturbines in the oil and gas industry.The need to curb greenhouse gas (GHG) emissions has been a driving force for the adoption of microturbines. During COP21 summit in France in 2015, countries

committed to bring down the emissions over a period. Most of the countries will be looking for a cost-effective and easily available fuel in the market. The ability of microturbines to work with natural gas and biogas fits the criteria. As a result, the market is expected to grow rapidly during the forecast period.

The overall consumption of metalworking fluids is anticipated to grow at a CAGR of 3.15% in terms of volume during 2016-2020. This is attributable to the growth in the manufacturing sector during the forecast period. However, the market growth will be hampered because of the changes in manufacturing technology and longer lasting products. The off-shoring of production from the US has decelerated and may reverse.This factor is most likely to increase the consumption rates in North America and also dampen it in APAC.