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.

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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.

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. small arms industry is one of the most competitive industries with the leading players actively competing against each other to gain a greater share in the industry. The competitive landscape of the small arms industry exhibits an inclination toward emerging strategies and developments by market players.

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The increasing crime rate, terrorism, and social turmoil primarily in Asia, North America, Eastern Europe, and the Middle East regions has led to the growth of personal safety concerns among the citizens. The rise in mass shooting incidents in parts of the U.S. and Europe has been a concern and it has led to serious debate on the legitimacy of selling semi-automatic guns and duplicates of military assault rifles to civilians. From political parties to civil societies, various campaigns have been organized against the firearms industry blaming them for the gun related violence. The Massachusetts attorney has imposed a ban on the sale of semi-automatic and duplicates of the assault rifles in the state.

Smart food labels that provide information about the quality of the food and transparency in the supply chain can help tackle the issues. The considerable implementation cost is still the barrier for the smart food and beverage label industry as they require expensive equipment to carry out the analysis. Although, the key industry companies are investing significant amounts, they aim to solve this problem by developing a safe and cost-effective monitoring platform that delivers food information that consumers can easily recognize. Much development in the past, such as different forms of time-temperature indicators and smaller and comparatively cheaper RFID labels, has shown that the industry has great potential to tackle the issue and provides a complete solution.

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North America is an emerging market for the smart labeling of food and beverage products. The strong economy of the U.S. and Canada have profoundly influenced the growth of the industry. The presence of large food and beverage companies in the region and regular innovation by the food and beverage sector have increased the demand for smart labeling of beverage and food products. North American exports are substantially large in terms of dairy, food, and beverage. The companies are actively implementing the smart label technology to maintain transparency in the supply chain and provide detailed product information such as ingredients and other product attributes.

The strategies followed by various prominent companies of the global smart food and beverage label market to sustain the competition and expand their market share vary from product launches to collaborations and partnerships. In the past years (January 2017- August 2020), the global smart food and beverage label market witnessed approximately 41 synergistic developments (agreements, collaborations, and partnerships). Among the different key developments, synergistic strategies (new product launch and development) constitute the dominant contributor’s strategies. The medium and small-medium enterprises are also venturing into the market and sustaining the competition through business expansion and contacts and by partnering, collaborating, and forming joint ventures. The following figure provides the share of different key developments and strategies for the period January 2017- August 2020.

The result of the emerging strategies and developments in the form of new product launch and development are already leading to visible market growth. Moreover, the growing demand for a smart food and beverage label is further expected to increase the involvement of companies across different segments of the value chain. Increasing consumer dependence on packaged goods and parallelly growing demand for transparency in the food and beverage products drives the industry and leads to improved adoption rates. At present, the industry is dominated by the North America region, particularly the U.S., because of the presence of most RFID companies in the country. Additionally, the companies are continuously undergoing R&Ds and further making their initial sales in the country, which positively impacts the U.S. market for smart labels.

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Increased demand for packaged products has been created by the growing population, urbanization, and disposable income. Presently, the changing work conditions and the fast-paced lifestyle have also significantly transformed the packaged food industry. Consumers rely heavily on packaged goods for their everyday lifestyle. The increasing health problems, on the other hand, leave customers uncertain about their buying habits. All these issues can be tackled with the use of smart label usage in the food and beverage industry. The smart label helps resolve concerns in the consumers’ mind by providing them with a complete set of information about the packaged product, allowing them to make informed decisions.

The rapid pace of advancements in the field of nanotechnology has led to advances in pharmaceutical industries, where further research is being carried out to enable further growth of more innovative material known as smart nanomaterials for various diseases diagnosis. Smart nanomaterials are promising materials due to their potential and promising range of applications in the medical and electronic fields. The smart nanomaterials are biomimetic with unique properties to be used in self-healing diagnostic and drug delivery. In recent years, smart nanomaterials are expected to be the material of choice to be used in various end-use industries and are expected to play a crucial role in the next-generation pharmaceutical technologies and devices.

Smart nanomaterials can occur naturally, can be produced purposefully through engineering, or be created as the by-products of combustion reactions. Smart nanomaterials have gained prominence in technological advancements owing to their unique physical, chemical, and biological properties including altered magnetic properties, increased structural integrity, and altered optical or electrical activity. Owing to varied properties, smart nanomaterials span across various industries. Smart nanomaterials are revolutionizing several manufacturing sectors including medicine, energy, electronics, transportation, environment, and defense. Nanomaterials for example, carbon nanotubes are being used in 3D printers.

Smart nanomaterials are also in huge demand in aerospace and automotive, with major applications being light weight vehicles and spacecraft. According to the national nanotechnology initiative (NNI), reducing the weight of a commercial jet aircraft by 20% can cut its fuel consumption by 15%. As per the national aeronautics and space administration (NASA), the development and use of smart nanomaterials with twice the strength of traditional composites would lessen the gross weight of a launch vehicle by 63% approximately. The use will further reduce launch costs and increase mission reliability. However, the looming lack of skilled technical personnel, is, therefore, alarming in the field of smart nanomaterials. For instance, in Europe, the availability of skilled workers is threatened by demographic trends such as a dwindling and an aging population. Also, the environmental, safety, and health risks of smart nanomaterials and concerns related to its commercialization could hamper the market growth.

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Metal-based smart nanomaterials include quantum dots, metals and non-metal oxides such as silver, copper, zinc oxide, gold, aluminum, and tin, which exhibit great promise as an alternative to traditional conductive materials. Metal and non-metal oxides smart nanomaterials are the most widely applied nanomaterials in various industries. Metal oxides are widely used in the electronics and healthcare industries. Metal-based smart nanomaterials have greater flexibility as compared to traditional materials and thus, are used in variety of applications such as imaging, optoelectronics, remediation of contaminated groundwater, smart windows, and sunscreens.

Most of the smart nanomaterials manufacturers are of similar financial capability, and the industry landscape is not quite competitive because of the small number of players in the market. However, innovation and development have been the key factors for large scale growth in this market. To increase their overall global footprint, manufacturers are expanding their businesses and are also entering into strategic partnerships to target a greater audience.

Earth observation (EO) satellites find its applications in agriculture, weather prediction, environment monitoring, and mining industries, among others. The U.S., Canada, France, the U.K., Japan and India are some of the major countries who have developed earth observation (EO) satellites for different applications. With the data and images from EO satellites catering to ever increasing applications, several commercial players have come up with disruptive technologies such as integration of geospatial data with precision positioning which has given rise to opportunities in new segments such as precision agriculture, financial service, and retail industry among others. These trends along with the conventional ones are expected to consequently drive the market in coming years.

The global earth observation satellite, data and service market research study offers a wide perspective on the analysis of the industry. The research is based on extensive primary interviews (in-house experts, industry leaders, and market players) and secondary research (a host of paid, and unpaid databases), along with the analytical tools, that have been used to build the forecast and the predictive models.

The era of satellites particularly for earth observation began many years ago in 1957 with Sputnik 1 satellite that orbited the earth every 96 minutes and communicated the radio signals received from the earth. Post this, many satellites were launched including TIROS-1 in 1960 which successfully entered the atmosphere and produced a footage of weather through space. Earth observation satellites, back then, had a resolution of 100 meter (m) which was sufficient for meteorology, but given today’s application in the field of agriculture, cartography, natural resources survey and so on and integration of this data with precision positioning, the resolution provided by such satellites was not sufficient. This ushered a revolutionary demand for launch of meteorological satellites with advanced instruments for sea and land observation. SPOT 1, a satellite launched by France-based company Spot Image, was the first satellite with 1m resolution which showed images of damaged nuclear plant in Chernobyl. This success of earth observation satellite to spot minute information about the earth stressed the need for more such satellites.

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Earth observation satellites have been providing satellite data to the government agencies and other such critical institutions, wherein data was closely guarded. However, times changed, and commercial operators and service providers recognized in the near past the huge potential in data and images provided by earth observation satellites. This has led to new business models wherein government agencies and commercial operators work together on operation missions of national importance such as weather prediction, border surveillance, natural resources survey, and so on. With new market opportunities and satellites like GeoEye, WorldView, IKONOS, and Quickbird constellations having the capacity to capture very high-resolution images of 0.5m, private companies are emerging as worldwide champions. Today, start-ups companies have been acquiring investments, with the aim of combining information technology with earth observation. This disruptive market trend has turned space into a profitable commodity and these players are known as “New Space”. Together, the government agencies, commercial operators and new space actors with big and new ambitions in space are now using this as an instrument of soft power and sovereignty.

Currently, narrowbody aircraft are gaining more popularity owing to significant new additions of narrowbody fleets by replacing old narrowbody and turboprop fleets during the forecast period. The market has considerably evolved in developed regions such as North America and Europe and is gaining popularity in geographies such as the Asia-Pacific and Middle East and Africa (ME&A). Further, it is experiencing further growth because of continued research and development activities through huge investments by various MRO service providers for the maintenance of intermediate narrowbody aircraft.

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In the recent years, the global airline industry has shown significant financial results owing to integration of advanced technologies into an aircraft. Further, various airlines have become more focused toward regular maintenance of their operations in order to serve their passengers with optimized customer experience. Such regular maintenance is expected to lead to huge opportunities for MRO service providers who can expand and diversify their capabilities by getting a contract from airlines, such as line maintenance, fleet management, and airframe services.

According to Colins Aerospace, everyday hundreds-of-thousands of transactions take place between airlines and their aftermarket service providers for aircraft services. However, various MROs are engaged in implementing new technologies including hangars & paperless shops, virtual maintenance training, predictive maintenance, and drone-supported maintenance to operationalize aircraft monitoring, improve technician efficiency and productivity, and bring actionable solutions to the airlines faster.  

The increase in the defense budget by various countries, including the U.S., India, Russia, China, Saudi Arabia, South Korea, and South Africa, for modernizing their defense systems by procuring defense-related products and services is playing a major role in strengthening the market growth. Changing outlines of national security, evolving national interests, and geopolitical issues are some of the factors that motivate various economies to reshape their defense strength with modern aircraft along with regular support of airframe logistics and maintenance. The U.A.E. and Saudi Arabia also have an adequate defense budget and are willing to pay for high-end advanced aircraft with improved maintenance services.

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Based on type, the aerospace aftermarket is classified in four categories, namely, line maintenance, component, engine, and airframe. Engine dominated the market owing to the rise in the initiative by various companies to manufacture advanced engines (using expensive materials and innovative technologies) to limit the need to replace life-limited parts and other scheduled maintenance visits.  Further, the increase in service agreements among MRO and airlines to maximize engine performance, and fleet availability also expected to propel the market growth in the future. For instance, in November 2019, Vietnam Airlines entered into a 12-year EngineWise Comprehensive service agreement with Pratt & Whitney. Under this agreement, Pratt & Whitney is expected to provide its GTF engine maintenance for the Vietnam Airline’s fleet of 20 Airbus A321neo aircraft.

Based on aircraft class, the aerospace aftermarket is classified into four categories, namely, narrowbody, widebody, regional jet, and turboprop. Narrowbody is expected to dominate the aerospace aftermarket, followed by widebody aircraft, owing to an increase in demand of such aircraft fleets during the forecast period resulting in the outsourcing of various engines, components, and other heavy maintenance services to MRO providers. Further, rise in collaboration among narrowbody and widebody aircraft MRO providers are also expected to boost the market growth. For instance, in November 2019, Sanad Aerotech MRO provider signed an agreement with GE Aviation  — also delivers maintenance, repair, and overhaul (MRO) services – to provide performance restoration overhaul services on the GEnx-1B engine and on CFM International’s LEAP engines to be used for next generation of narrow body and wide-body aircraft.

The energy management industry has witnessed a massive transformation over the past five years, owing to the increasing demand for HVAC systems in commercial, residential and industrial sector. Earlier, the industry was driven by resources, however it is now driven majorly by technology and innovation. Rising population and energy demand, along with the increase in greenhouse gas emission, has resulted in the growing concerns to enhance energy efficiency and energy conservation.

HVAC is a mechanical system which provides comfort and improves the air quality of a confined space. The HVAC system controls the air temperature and humidity, provides fresh air intake and maintains the air quality across residential, commercial and industrial spaces. Heating equipment in an HVAC system is an important part which is used to set a temperature to render pleasant environment to the occupants. Ventilation process removes the unpleasant smell and excessive moisture from the air in an indoor space and provides an inlet to fresh air. Cooling systems on the other hand are used to lower the temperature, for proper distribution of air and for the control of humidification in a space. The HVAC has penetrated the commercial and industrial sectors to a greater degree and constantly rising populations in both the countries has resulted in a rise in demand for air conditioning equipment from residentials as well.

With the rapid implementation of energy management systems, the commercial, industrial, and residential end users are able to conserve energy with the help of functions of energy management system such as heating, ventilation, and air conditioning (HVAC) and lighting systems. The demand for HVAC products across the ANZ region are expected to remain high from commercial, residential, and industrial sector.

The demand for HVAC products in ANZ is majorly driven by the increasing population, and the increasing number of residential and commercial projects in the region. Several initiatives undertaken by the local government, and emerging trend of green/smart buildings are forcing HVAC manufacturers and suppliers to launch energy efficient and technologically advanced HVAC units for commercial, residential, institutional and industrial sectors. Many leading global companies dealing with HVAC products are expanding¬ their business across Australia and New Zealand, by increasing their distribution outlets across the region and launching products which are specifically designed as per the local environment.

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The rising incorporation of HVAC systems in a plenty of end-use applications such as building sector across Australia and New Zealand has affected the industry dynamics in both the countries. During the transition from orthodox industrial practices to the new manufacturing processes, it was realized that industries lacked the innovation to control temperatures during extreme climate change. This paved the way for the widespread adoption of HVAC systems in application areas such as residential, commercial, and industrial, among others. HVAC systems have evolved as an integral part of various residential and commercial sectors such as food and hospitality, and large institutional buildings, among others.

Launch vehicles are an important aspect of the global space industry, as they carry satellites into the required orbits. The U.S., China, Japan, Russia, France, and India are some of the dominant countries to develop different kinds of launch vehicles, namely small launch vehicle (SLV), medium launch vehicle, heavy launch vehicle, and super-heavy launch vehicle, which deliver payloads for communication, earth observation, and remote sensing, among other applications. As the demand for dedicated launches, particularly for small satellites, is increasing predominantly, small launch vehicles (SLVs) are gaining huge traction in the market. This is consequently expected to create huge growth in the SLV market over the coming years.

The global space economy has been growing at a rapid pace, owing to the increasing requirement of satellite and small launch vehicle (SLV) services across different end users, such as defense, academic, commercial, government, and non-profit organization. The sector has been undergoing numerous developments since the past years, due to several factors, including the increasing cost-effectiveness of various systems and the emergence of different technologies, such as 3D printed electronic components and structures, air breathing propulsion systems, electronic propulsion systems, and reusable launch vehicles. The business across the value chain of the space sector, from manufacturing to services, is majorly dominated by the government sector; however, the contribution of private key players is growing, as the usage of satellites has been exponentially increasing in defense, academic, as well as commercial sectors.

Moreover, increasing applications of space technologies, such as surveillance for the military sector, and real-time imaging requirements by different sectors, are also leading to the evolution of the space industry. In order to cater to the aforementioned applications, the demand for a significant number of small satellites and cost-effective launch vehicle solutions increases every year. More than XX satellites (wet mass less than 500 kg for each satellite), including nano, micro, and pico are expected to be launched over the course of the next ten years. With this tremendous change happening in the industry, the focus of launch vehicle manufacturers has changed drastically from heavy and large satellite launch vehicle to small satellite launchers at affordable cost.

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With the increase in the capabilities of small launch vehicles (SLVs), the space industry is increasing its strategic utility, thus motivating various stakeholders, including governments, space agencies, and private companies, to develop next generation (SLVs). For instance, ISRO has announced the launch of Small Satellite Launch Vehicle (SSLV), which will be capable of lifting 700 kg of payload, by end of 2020. Moreover, Defense Advanced Research Projects Agency (DARPA) is promoting the development of SLVs to cater to the increasing requirement of SLVs to access space.

The SLV market is at a cusp of technological changes, as the adoption of additive manufacturing (AM) in the space industry is increasing. AM has the ability to manufacture hollow complex parts, which, in turn, leads to a reduction in the overall weight of the component and cost of vehicle. However, there will be a tremendous increase in the launch vehicle scheduling, especially by small satellite constellation developers, which were earlier dependent on large satellite launch providers to send their small satellites as secondary payload. Small launch vehicles provide dedicated launch services and are, therefore, expected to add exponential value to the overall launch industry.

The strategies employed to gain a significant market share in this growing industry have been varying from product launches, mergers and acquisitions, partnerships and collaborations, contracts, and other strategies. This segment provides comprehensive insights regarding development activities that the key players in the industry are adopting to compete directly. To lead the market as well as engage in the process of overall growth, a company needs to introduce new products to the market, improve the existing products’ framework, work in collaboration with the top market leaders or win new contracts, and acquire the relatively weaker companies.

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Currently, military operations are difficult to proceed without required information received from sensors and other sources. Artificial intelligence (AI) helps to handle the information of huge sensors and communication networks, as the quantity of information is increasing. It offers potential benefits to defense organizations by providing fast and high-quality data which can help in deep analysis of complex and strategic data at the time of battlefield. The amount of data processed is considerably increasing, and it becomes challenging to store huge amount of data. The emerging technologies like AI with sensor technology and infrastructure, can help overcome the existing shortcomings which include resilience, interoperability, scalability, efficiency, and performance of the ground combat vehicles. AI can enable ground combat vehicles to recognize their operating environments and take actions that make the most of their chances of success.

The application of AI in the combat systems can enhance the operability through software processes. AI technologies can also be used for targeting and mapping of enemy assets efficiently and effectively. The increasing demand for developing military equipment in collaboration with artificial intelligence can enhance the security, improve computing power, and give rise to acceptance of cloud services by military, hence contributing toward the high growth of the artificial intelligence in next-generation combat vehicles globally.

The major countries expanding their strategies to implement artificial intelligence in the defense and security are Russia, the U.S., and China. Since unmanned system makes use of artificial intelligence and machine learning techniques, they are expected to overcome most of the existing drawbacks of the unmanned ground vehicle which can generate further opportunities of growth for the ground defense system. As the U.S. Army is focusing on next-generation combat vehicles with two different platforms i.e. optionally manned vehicle and the robotic combat vehicle, the integration of AI technology in these vehicles is expected to play a pivotal role in the coming future.

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The need for enhanced border security due to issues related to increasing land disputes, migration, and smuggling, has obligated several countries to further strengthen their security. This has led to the increase in the demand of advanced combat and support vehicles which provide enhanced situational awareness to the soldiers so as to have a competitive edge over the opponents. With recent developments in artificial intelligence and machine learning, manned and unmanned ground vehicles are becoming available at a reliable cost.

The global ground defense system market is expected to witness a significant growth during the forecast period 2019-2024 owing to the induction of new fleets and upgradation programs of defense forces across the globe. Additionally, adoption of cutting-edge technologies such as robotics, electric propulsion system, artificial intelligence and Internet of Battle Things (IoBT) among others are changing the landscape of armored vehicles. A rise in the number of terrorist attacks over the last two decades has raised the need for a more advanced network connected combat and support vehicles.

The introduction and proliferation of bio-based ingredients in several industries, such as food and beverage, pharmaceuticals, and cosmetics, has been transforming the manufacturing landscape since 2000. Growing consumer inclination toward the adoption of bio-based products due to rising health and environmental concerns is driving the demand for bio-based ingredients in the cosmetics and personal care products. Besides, awareness among consumers regarding the harmful effects of synthetic ingredients chemicals has grown rapidly over the past years. In addition, the availability of green raw materials has also urged large cosmetic firms to develop bio-based cosmetic products.

However, limited availability of raw material, due to erratic weather conditions and stringent environmental regulations, can pose substantial hurdles in the production of bio-based ingredients. Thus, leading companies have been focusing on developing new and sustainable ways of producing the ingredients to meet consumer expectations.

The cosmetics and personal care sector is a key industry that contributes considerably to the world’s gross domestic product (GDP). Cosmetics can be chemically synthesized or naturally derived. With growing awareness of the potential side-effects of synthetic ingredients in cosmetics, the demand for cleaner and greener products increased rapidly in the past few years. The consumer inclination toward healthier lifestyles and products which have a minimal effect on the environment are among the key drivers of the growth of bio-based ingredients for cosmetics and personal care. In addition, increased per capita income, changing consumer lifestyles in the developing countries, along with rising awareness about beautification are also contributing to the development of the overall cosmetics industry, which in turn benefits the bio-based cosmetic ingredients manufacturers.

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The consumer demand for natural products, along with bio-based products derived from oils and fats, has resulted in a rapid growth of the bio-based cosmetics and personal care ingredients market. The primary factor for the increasing adoption of bio-based ingredients for cosmetic products is the harmful effects of chemical products, therefore leading to consumers showcasing an inclination toward products that contain bio-based ingredients. An increase in health concerns and a significant growth in the green technology concept is leading to the substitution of synthetic products such as aluminum salts, phthalates, parabens, and petrochemical, which are contaminated and harmful to health.

Governments of several countries are taking initiatives to encourage and promote the use of bio-based cosmetics. They have also laid regulatory, policy, and safety laws to enhance the quality of bio-based cosmetics. With the goal of standardizing different labels into a unified standard for cosmetics and personal care, the Cosmos, a global standard was developed, and the guidelines were published in January 2011. The attempt toward the unification of standards and labels completed by 2015; until then, ingredients were accepted under different certifying bodies. The logos of certifying bodies such as Soil Association (UK), BDIH (Germany), Ecocert (France), Natrue and Nordic Swan, among which Ecocert is the most familiar, offer a unified identity to bio-based and natural ingredients and finished products in the cosmetics and personal-care markets.

The global adoption of bio-based ingredients for skin and sun care cosmetic products has been the maximum, due to the growing demand for clean label beauty products and increasing health-consciousness among consumers. The bio-based cosmetic ingredients offer protection from UV rays and provide soothing and healing effects. Thus, skin and sun care segment is projected to dominate the market by 2029.

Research activities affirming a variety of medical and relaxation benefits of cannabis have resulted in an upsurge in its demand among consumers. Cannabis legalization has also played an active role in accelerating the CBD-infused beverages market growth. The easy availability of cannabis plants and easy execution of pure cultivation and harvesting steps also contribute significantly toward the growth of the market. With more companies entering the market and making significant investments, the CBD beverages industry is expected to grow at an unprecedented rate.
 
In contrast to this scenario, several challenges existing in the market tend to hamper the market growth. The risk of side effects is one of the significant challenges faced by the CBD beverages market. Moreover, stringent regulations in different parts of the globe and lengthy approval processes collectively act as restraints that hinder the North America CBD market growth. Consequently, to abide by the state’s or country’s policy, CBD products’ production cost has become significantly high, further owing to the complicated distribution channel.

With the rapid adoption of CBD-infused beverages and the excitement for the product among the consumers, has led to increasing demand for CBD-infused beverages in the non-alcoholic segment. Several well-established alcohol companies are showcasing an interest in the industry. They are investing in the manufacturing and distribution of CBD-infused alcoholic drinks, which are expected to witness high market growth in the coming years.

Increasing concerns such as calorie intake and changing consumer tastes that lean more toward healthy alternatives, are pushing consumers toward CBD-based drinks, which is currently a trend in the industry. This trend offers an opportunity for investors to dive into the CBD-infused non-alcoholic beverage business.

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The strategies followed by various prominent companies of the global CBD-infused beverages market to sustain the competition and expand their market share vary from product launches to collaborations and partnerships. Among the different key developments, synergistic strategies (agreements, collaborations, and partnerships) have been the most preferred strategies for the past years (April 2017-April 2020). The global CBD-infused beverages market witnessed approximately 60 synergistic developments. The medium and small-medium enterprises are also venturing into the market and sustaining the competition through mergers and acquisitions as well as development and launch of new products.

The result of the emerging strategies and developments in the form of partnerships, collaboration, and joint ventures are already leading to visible market growth. Moreover, the growing demand for CBD-infused beverages is further expected to increase the involvement of companies across different segments of the value chain.