Development of a country’s energy infrastructure is an important parameter to evaluate its growth. In the present decade, a country’s energy infrastructure is adjudged as equipped when it comprises of minimum setup and elements to integrate advanced technologies and improving infrastructure. The minimum elements include the electrification status, grid connectivity, transmission and distribution substations to monitor the electricity supply, high capacity transmission lines, capacitor banks, and step up and down transformers, among others. Countries in the ASEAN region are also working toward ensuring these elements in their respective power grids. According to the data provided by United Nations Economic and Social Commission for Asia and Pacific (UNESCAP) 2016, the electrification percentage of all the ASEAN countries have improved in the past decade.

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In 2016, countries including Singapore, Malaysia, Thailand, Vietnam, and Brunei had achieved complete electrification. However, countries such as Philippines, Indonesia, Myanmar, Cambodia, and Laos were yet to achieve 100% electrification. The source for power generation in the ASEAN countries has been a mix of conventional and renewable energy. For instance, the countries such as Indonesia, Brunei, Vietnam, and Thailand depend heavily on conventional sources for power generation. On the other hand, countries such as Myanmar, Laos, and Malaysia are dependent on hydro power for generation of electricity. According to ASEAN, plans of action for energy cooperation (APAEC) 2016-2025, the countries are focusing on developing energy sustainability and enhancing the energy infrastructure with established connectivity. Moreover, the transmission and distribution infrastructure is also planned to be upgraded in order to reduce the T&D losses.

The electricity demand in these countries have also increased owing to the increasing population and urbanization. As a result, the ASEAN countries have started incorporating solar and wind energy sources in the energy mix. Moreover, these countries are dependent on distributed generation systems which are used as a source of power supply by injecting the surplus electricity to the grid during the time of peak load. In order to implement these emerging requirements and advancements in infrastructure in the grid, smart grid is a pre-requisite for the same.

Smart grid uses two-way communication for smooth and transparent supply of electricity from generators to consumers, thereby ensuring reduced power disruptions and improved power quality. In order to enhance the existing energy infrastructure by setting up a smart grid project for a country, the existing energy infrastructure should be capable to integrate the smart grid associated hardware and software components in the grid. Moreover, for smart grid hardware and software to work, communication and IT infrastructure also play a crucial role in integrating all the product offerings with the IT infrastructure using communication protocols. The network infrastructure helps to communicate the smart grid products within themselves, which, in return, helps the power utilities to gain real-time insights about the flow of electricity, time of peak demand, integration of distributed generation units in the grid, reduce T&D losses, and transparent energy consumption and billing, among others.

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Amongst the ASEAN countries, Singapore has been declared as the smart nation, owing to its advanced energy infrastructure, smart mobility, enhanced safety, making the country more focused toward digitalization, thereby assuring smart, healthy and safe living country for its residents. The energy infrastructure of Singapore has been developed the most amongst all the ASEAN countries based on the smart grid implementation, grid reliability, capacity of transmission and distribution network and the average electrical system interruption duration index.

The eco-friendly bitumen market research study offers a broad perspective on the analysis of the industry. The research is based on an in-depth analysis of the global bitumen market as well as its application across other industries, with the use of analytical tools that have been used to build the forecast and the predictive models.

The report is a compilation of various segmentations, including market breakdown by application, grade, source, and region. The report highlights the key driving and restraining forces for the market as well as the opportunities in different applications across the leading countries. Also, the report includes cross segmentation of the demand for eco-friendly bitumen (by source) in each application.

The report also provides a country-based analysis for all the leading countries in every region, including the U.S., the U.K., China, Japan, Mexico, Canada, South Korea, France, and Germany, among others. Each regional analysis details an individual push-and-pull force, in addition to the key players and applications in that region.

The eco-friendly bitumen market has witnessed several innovations and investments in research and development activities. As a result of the growing inclination of companies toward bio-based construction materials, the industry has registered a growing number of patent registrations in sustainable bitumen. The section gives a detailed analysis of the patents filed and granted during the four years.

The need to minimize the use of natural resources is becoming one of the primary concerns in most industries, and the road construction industry is no exception to this. The road construction industry is responsible for causing the highest level of carbon emissions in multiple ways, such as through fossil fuels energy used in mining, paving, transportation, as well as through emissions from on-roads vehicles. Hence, the need to bring sustainability in the road sector is expected to gain pace over the coming years.

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The competitive landscape of the eco-friendly bitumen market consists of different strategies undertaken by major players across the industry to gain market presence. Some of the strategies adopted by eco-friendly bitumen manufacturers are new product launches, business expansions, and partnerships and collaborations. Among all the strategies adopted, product launches have been the most prominent strategy adopted by the industry players. The industry competition is low as few players are present in the market, and the absence of any brand loyalty in the industry keeps the competition low. Innovation and development have been the key factors for the large-scale growth in this market as various research and development programs are currently ongoing on promoting sustainable alternatives over conventional bitumen. Eco-friendly bitumen companies are expanding their businesses and are also entering into strategic partnerships to increase their customer bases and, eventually, their global footprint.

The metal 3D printing market has been impacted to a certain extent due to the advent of the pandemic COVID 19. Although the technology is capable of producing in-house objects in quick time, without much dependence on the supply chain of raw materials, the market has got impacted due to the unequal availability of the metal powders and metal 3D printers in some regions of the globe. For instance, as per 2019 data, Australia holds the maximum reserves for titanium in the world, but the country has limited availability of metal 3D printers compared to the countries such as the U.S. and Germany. This can potentially lead to the disruptions in 3D printing of titanium.

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Due to the global lockdown, which has highly disrupted the logistics, the free flow trade of the materials related to metal 3D printing, which prevailed before the pandemic, has been completely disturbed. As a result of this, there has been an unevenness in the availability of metal powders and metal 3D printers across some countries of the globe, which has impacted the smooth business operations of metal 3D printing globally.

With respect to aluminum, which has been the most widely adopted metal/alloy for metal 3D printing, the material finds its applications majorly in the automotive sector. As per the 2018 data, the availability for aluminum has been maximum in the U.S. and Germany. In terms of availability of the metal 3D printers, these two countries have been topping the table. In terms of the adoption of metal 3D printing from the end-use industries, there has been a sharp change as the major adopters (before the advent of the pandemic) such as aerospace, defense and automotive have been badly hit which has drastically impacted the adoption trend of this technology. However, there has been almost no significant change towards the adoption of metal 3D printing in the medical and healthcare sector as the demand for the 3D printed surgical tools and bio-implants could be easily met with this technology due to its capability of in-house production of objects in very short notice, thus maintaining the demand-supply balance with great ease.

However, amidst all these positives, one area of concern is that the medical sector has been mostly adopting titanium (Ti64) for its implants due to the low toxicity of the alloy, the disruption in 3D printing of titanium could have an impact on the medical industry at the current hour of the pandemic. Thus, the adoption of metal 3D printing toward the medical sector is expected to remain slightly sluggish during the COVID-19 period (2020-2022) and is expected to get back to grow at normal rates during the period (2023-2025). The same holds true for the other end-use industries such as aerospace and automotive sectors, remaining sluggish for (2020-2022), which are expected to return to their normal growth states post COVID-19 during the period (2023-2025).

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Despite the business disruptions caused due to the advent of COVID-19, there are certain positive outcomes worth considering from this situation. From the above discussions, the U.S., which has been depending on China and other countries for its automotive parts, could rethink on utilizing its own available vast reserves of aluminum and in-house metal 3D printers for developing these parts. This would reduce the trade dependency on other countries, which would be beneficial in any kind of global unrest and would help a country in becoming dependent. As a result, metal 3D printing is expected to witness a thrust in the long run in different parts of the globe.

The global small arms market is a growing market that has been witnessing the production of increased number of firearms over the years for various end users including civilian, military and others. The market has experienced a major transformation in the development and manufacture of small arms by different countries. The small arms industry has witnessed the development of different gun types for both commercial and military applications. Globally, some of the major applications in which different small arms find maximum usage include civilian (self-defense); military/armed forces, homeland security/law enforcement and government agencies; and hunting, shooting & sports activities. The global small arms market is expected to witness a substantial growth over the forecast period 2020-2025.

Increasing political tensions around the world has led to the adoption of various new technologies by countries with an aim of strengthening national security. To defend the nation from external threats, countries over the years, have strengthened their army’s capabilities. Moreover, the increasing land disputes across the borders have compelled the nations to strengthen their armed forces by importing and developing weapons. Moreover, increase in crime rate has given rise to increase in small arms procurement in civilians for self-defense. Since the 13th century, firearms have undergone a massive transformation with respect to design and operation.

Arms are one of the most important requirements for defense forces, including the Army, Navy, and the Air Force. Firearms include handguns (pistols and revolvers) and long guns such as rifles, shotguns, assault rifles, submachine guns, carbines, personal defense weapons, and light machine guns, and all these products are based on different technologies and made out of various raw materials. A wide range of firearms has been adopted by the defense forces of various nations such as the U.S., Russia, the U.K., India, and China, among others in order to protect their countries in situations such as wars, conflicts, and terrorist activities.

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Major small firearms that find extensive use in small arms industry include handguns which cover both pistols and revolvers, rifles, shotguns, and other miscellaneous firearms such as pistol grip firearms, starter guns, firearm frames and receivers. In terms of market value, the handguns market is the most dominating product followed by the rifles, other small arms and shotguns.

The small arms market has witnessed different market dynamics across various regions of the globe. The market has witnessed rising demand from countries such as Russia, India, China, Italy, and the U.S., among others. The following figure represents the global small arms market by region. It includes North America, Europe, Asia-Pacific, and the Rest-of-the-World.

The prominent players in the military ammunition market adopted strategies such as product launch, contracts, mergers, and acquisitions to expand their market presence in 2019. The companies are also involved in other developments that include demonstration, integration, and business expansion, among others. The military ammunition market is highly competitive and requires manufacturers to constantly innovate and develop cutting-edge products

Few military munitions such as missiles, rockets, and bombs can have devastating effects on targeted places. Hence, there are a few regulations that limit the usage of these ammunition. One of the major control regimes is Missile Technology Control Regium (MTCR), which aims to control the spread of ballistic missiles that could be used for chemical, biological, and nuclear attacks.

Modern military continues evolution from conventional armaments to advanced munitions and missiles with improved strike capabilities. The increasing trend of high-tech guidance systems fitting into much smaller weapons for attaining maximum accuracy was once only found in missiles and bombs. Miniaturizing of munitions require microscopic electronics and also should possess the capability to protect the systems from the G-forces that the launchers create. Hence, there is a rising need to integrate sophisticated electronic capability in these military-grade weapons. However, these platforms present the challenges in size, weight, and power (SWaP) capabilities that manufacturers need to address.

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Military strength is directly proportional to the nation’s credibility, tangibility, and overall strength. In today’s world, there has been an increase in geopolitical issues, which is leading the governments to make their military arsenal advance and lethal as possible. Typically, military missions are geographic; they can be land, sea, or air-based. Hence, governments are trying to gain strength in every platform to enhance national security.

The report constitutes an extensive study of the military ammunition market. The report focuses largely on providing market information for military ammunition by covering different segments: platform, product, guidance, and region. In addition to this, the study focuses on the major driving forces, challenges, and growth opportunities for the military ammunition market. The major players have been identified on the basis of their revenue generation, geographical presence, and company developments related to the military ammunition market. Details of company profiles have been included to understand the strategic behaviors of the market players. The military ammunition market is further explained and analyzed on the basis of geography, which is categorized into four regions, namely, North America, Europe, Asia-Pacific, and Rest-of-the-World. Moreover, country analysis has also been done in order to have a clear picture of the military ammunition market. Regional developments of the manufacturers and developments done by governments are some of the factors based on which the growth rates of the countries have been calculated.

Needle coke is an excellent and promising raw material that holds a strong potential to change the dynamics of the steel and automotive industry. The fates of these two industries are intertwined with the needle coke industry driven by lithium-ion batteries and graphite electrodes. The demand for needle coke is rising with the rise in demand for electric vehicles and steel in the end-use industries. The steel industry is continuously growing at a steady rate and thus driving the demand for needle coke in the steel industry.

With the growing environmental concerns, the automotive industry is experiencing a considerable shift toward the adoption of electric vehicles in the world. The EV manufacturers are opting for lithium-ion batteries for achieving better performance ratios. The lithium-ion battery manufacturers are using needle coke for the production of lithium-ion battery anodes, which is driving the demand generated for needle coke in the market.

Steel and automotive industry are the two major contributors in generating the demand for needle coke in the global market. The development of these industries is continuously driving the growth of needle coke, generating stronger demand for the crystalline material in the downstream ecosystem. In the coming years, needle coke is expected to witness high demand due to the constant push from the government bodies toward the adoption of electric vehicles throughout the world.

Needle coke is extracted from two carbon sources and is of two types: petroleum-based and coal-based. Petroleum-based needle coke is significantly providing a push to the needle coke market in the end-use industries, where it is being used as a crucial raw material.

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Needle coke is used most significantly in the production of graphite electrodes and lithium-ion batteries by electric arc furnace (EAF) steelmakers and battery manufacturers. Graphite electrode manufacturers use needle coke driven by its excellent characteristics that include withstanding a high temperature of around 2800°C, providing high thermal expansion coefficient and electrical resistivity. The steel and automotive industry posits a high demand for needle coke owing to its numerous characteristics.

The needle coke industry is a highly concentrated market, which consists of around ten key players from around the globe. The U.S., China, and Japan are the countries majorly producing a vast quantity of needle coke. The U.S. accounts for a major percentage of petroleum-based needle coke production, and China is leading in terms of coal-based needle coke production. The two countries are leading the market owing to the market contribution made by their giant players.. The largest end-user segment of needle coke, steel industry, prefers petroleum-based needle coke because of its meaningfully graphitizing time and bake time, which is significantly required during the production of high-quality graphite electrodes for EAF steelmaking. Similarly, the battery manufacturers also prefer petroleum-based needle coke for the production of lithium-ion batteries driven by its high energy density that provides batteries longer driving ranges and longevity.

The traditional energy sector comprises of conventional fuel sources such as fossil fuels for power generation. According to International Energy Agency, 66.3% of global electricity generation at source was through fossil fuels in 2019. However, the major issue associated with fossil fuels is the hazardous emission of greenhouse gases leading to global warming and adverse climate change. Moreover, as fossil fuels are non-renewable in nature, they are not available perennially for the human use. Henceforth, the global power industry is presently entering an era of significant transformation. For the past five years, the electricity sector has been primarily driven by the injection of renewable sources of energy for power generation in the energy mix. The global energy intensity is being essentially compelled by the gradual economic improvement supported by the increase in population. As a result, there is an increasing demand for electricity consumption and according to the Environmental Impact Assessment (EIA) statistics, by 2035, almost half of annual power generation is expected to be through renewable sources of energy.

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The increasing demand for power generation has led to unstable power supply and increase in the demandsupply gap. There has been a growing need to maintain the demand and supply side response by attempting to reduce the overall energy consumption and increase energy efficiency without affecting the climatic conditions. All these concerns can be addressed efficiently with an energy management system, which can monitor and control the degree of energy consumption, balance and mitigate the intraday electricity demand, irrespective of industrial, commercial or residential consumers. The real-time insights help the companies to track their consumption and reduce the overhead cost. The measures to avoid excess consumption and increase the operating efficiency of high load devices can be decided using these insights. As a result, the energy consumption of the end user can be adjusted using demand response programs and real-time weather responsive control systems.

The rising demand for energy conservation and environmental safety across the globe has propelled the need for increased adoption of the energy management system. Moreover, the evolution of smart grids along with favorable government initiatives is also driving the growth of the market. However, some challenges also prove to be a restraint to the overall growth of the market. Privacy and security risks involved during the operation of energy management system play an important role in hindering the adoption of energy management system by various small-scale players. Moreover, small- and medium-sized players in the power industry temporize in introducing energy management system due to the high initial deployment costs associated with the same.

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The growing awareness in the market concerning the need for energy conservation to reduce the carbon footprint in the environment has stimulated large-scale investments in the sector over the last decade. Majority of the investments have been in the field of smart buildings, heating ventilation, and air conditioning (HVAC), and smart lighting applications. Various established conglomerates, such as Fujitsu Limited, Twain Financial Partners, and Schneider Electric Ventures are investing in the energy management systems. For instance, in September 2020, CarVal Investors invested $156.5 million in Redaptive, Inc. to increase the energy efficiency of commercial and industrial end users.

Urban Air mobility (UAM) is an attractive business prop¬osition, which is not too far off in the future. As the road travel in large megacities becomes increasingly congested, the population commuting daily are looking for a better way to safely travel to work and other destinations. Urban air mobility can serve as the advanced way to commute on a daily basis. Urban air mobility, being a part of the future urban landscape is a term used to describe the systems that enables on-demand, safe, highly automated, and passenger and cargo carrying air transportation services in a metropolitan environment for manned aircraft and unmanned aircraft systems.

Moreover, higher speed of cruising speed along with VTOL capabilities can help to cover larger distance within less time. In addition to this, growing importance in last mile delivery and increasing usage in humanitarian relief operations are other opportunities for the growth of the urban air mobility market. Governmental regulations are expected to play an important role in commercializing urban air mobility market. There are certain regulations that need to be followed by each operator. Each country has its own set of rules for operations. For instance, Federal Aviation Administration (FAA) is the regulatory body for American Civil Aviation.

Globally, the market for urban air mobility is rapidly evolving. From 2023, the market is expected to begin particularly in the megacities, including the U.S., Germany, France, Singapore, Dubai, and others, as the testing are underway at various locations. The market scenario in the countries are expected to differ, as there are different rules and regulations for urban air mobility operations. Based on the expert interviews and research, it is expected that market will take-off from 2023.

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The developments in the urban air mobility is expected to be a continuous process, starting from specific missions like air-taxi from airports to business centers. Therefore, infrastructure (vertiports, charging stations, air traffic management, etc.) plays an essential role in the operational growth of urban air mobility market. The urban air mobility market is expanding across various industries, worldwide and infrastructure is the most significant thing required for the urban air mobility to take-off.

Land infrastructure in megacities is reaching toward its maximum capacity, which cannot be extended further and extremely expensive to expand. Urban air mobility can provide solution to these constraints by establishing infrastructure on the top of buildings. The legal and regulatory framework for urban air mobility needs to be adopted quickly for these emerging requirements for the flying vehicles.

In North America, the U.S. is the prominent country that is actively developing flying vehicles for the UAM market. Since 2015, the urban air mobility market has been witnessing numerous developments and technological growth at a fast pace. Major part of the growth is due to a number of reasons, such as increasing population, land traffic congestion, pollution, as well as efficient and economic mobility.

The livestock industry contributes more than 40% to the global value of agricultural output and supports food security and the livelihood of a billion people across the globe. Advancements in the animal breeding, genetics, and genomics are supporting the growth of the animal genetics industry, leading to major companies expanding their businesses. Genetic improvement and evaluation programs are driving the growth of high-performance breeding stock, which is helping farmers to take advantage of the advanced animal breeding technologies to produce a better quality of livestock.

The global food economy is being affected by the gradual change in food consumption patterns of animal-based products. The demand for animal protein is surging rapidly, and as per the Food & Agriculture Organization (FAO) statistics, the trend is expected to continue over the upcoming years. Animal genetic resources are an important part of biological diversity, which is inclusive of the breeds and strains of domesticated animals. With the increasing global demand for animal products, the production level of livestock has slightly reduced. Thus, to narrow the demand and supply gap, livestock producers across the globe are increasingly adopting animal genetics practice. Moreover, the global animal genetics market is also strongly prompted by the substantial support of the government in terms of investments, initiatives, and trade policies. In spite of the global presence, the market for animal genetics is relatively small as compared to other industrial input suppliers.

Animal genetics is a division of science which is related to the production of the animal with the required traits. The number of cattle has decreased over the past decade; however, the total production of beef and milk has increased. The increase in the production was because of the genetic advancements, which have led to increased animal genetic activities, resulting in increased production.

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Genetic engineering in the animal genetics industry is mostly done for poultry animals, which are followed by cattle and swine. Increasing population and rapid urbanization, increasing demand for animal protein, rapid adoption of genetic services and practices such as artificial insemination and embryo transfer for large-scale production and quality breeds are the factors supporting the growth of animal genetics market.

Supported by increasing investments and technological developments, companies across the globe are working upon creating genetically modified animals with desirable characteristics, which can help in producing high-quality meat and milk, more efficiently and sustainably. The animal genetics market is witnessing gradual adoption of several upcoming technologies such as artificial insemination, sperm sexing, embryo transfer, and others, which are further propelling growth in the industry.

Increase in demand for automation in small and medium enterprises, decline in cost of cloud robotics and enhanced efficiency have pushed the demand for cloud robotics across a wide range of end-users. Cloud robotics is a method where the computational and analytical part of the robots are shifted to the cloud in order to save infrastructural complexities and utilize larger memory and enhanced processing capabilities available on the cloud. Two major factors that are increasing the demand for cloud robotics include the enhancement in the overall productivity by using cloud robotics and reduction in infrastructural requirements in enterprises with the usage of cloud robotics. Cloud robotics is used across several end-users for a varied range of applications owing to several cost-related benefits. Some of the distinct features of cloud robotics include their remote operations, real-time analytics and higher operations efficiency. Therefore, the demand for cloud robotics across various end-users is on the rise since the inception of this term in 2010. In the span of past five years (2014-2018) industry has witnessed several product launches from key cloud robotics platform providers. In a nutshell, the ongoing developments underline a change undergoing in the robotics industry where cloud robotics is emerging as the next big thing.

In 1960s, a new concept was rising which was called “the cloud” which meant the remote access of the centralized servers of very high storage capacity and processing strength. During the same time the concept of cloud computing emerged. This concept was the intergalactic computer network, which shared the common storage space and processing strength and shifted the complex processing tasks to the cloud. During the last decade (2009-2018) the cloud-computing technology has served to revolutionize both the enterprise IT and supplier landscape. In addition, the cloud computing technology has evolved from being promoted by the service providers to becoming the mainstream requirement of most of the modern enterprises.

After 1960s, the cloud computing has gone through several changes and transformations. The cloud computing has witnessed several milestones. For instance, the arrival of Salesforce.com in 1999 which enabled the delivery of enterprise applications through a simple website. After that, the second biggest milestone was the entry of players such as Google LLC and Microsoft Corporation in cloud computing ecosystem during 2009.

As the advancements in cloud computing is progressing and the industrial automation is also taking place at the rapid pace. The demand of robots in industrial environment is gaining popularity. Furthermore, the service robots are also gaining traction across commercial and residential end-users. This has gained pace in last decade (2009-2018) especially with the advent of Internet of Things (IoT) and the concept of connected devices. During the same time, in the year 2010, a new term was coined by James Kuffner which was “cloud robotics”. Cloud robotics primarily aims to join robots with cloud computation, cloud-storage and high speed communication resource. The main aim of the cloud robotics is to shift the computational and storage tasks to the cloud in order to reduce the burden on the device and utilize the higher storage and processing capabilities available on the cloud.

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The growth of the global cloud-based smart robotics market is driven by numerous factors that include growing popularity of connected robots across various industries, rise in popularity of industry 4.0, advancement in artificial intelligence technologies, the emergence of high speed 5G communication, increased productivity and efficiency at workplace, minimal infrastructure, and flexible operation, declining costs of cloud robotics and high return on investment, among others. Furthermore, the rise in awareness about cloud robotics is propelling its demand, especially in the developing nations. However, security related concerns and requirement of high initial cost are some of the factors that are restraining its market growth. Although, increase in investment and rise in trend of connected devices and IoT are some of the factors creating viable opportunities for players operating in the global cloud-based smart robotics market.