The C5ISR systems industry is being positively impacted by the rising political instability and conflicts which led to migration problem. The emergence of terrorist activities and various migration issues are major reasons for a number of countries to make efforts to strengthen their border security. Border security is one of the key factors in deciding the significance of any country’s defense mechanism. Certain kind of loopholes in border security can give rise to cases of smuggling, illegitimate immigration, and terrorism which are some of the prime threats to the security of any nation. Intelligence and surveillance systems play a vital role in the border patrolling. The surveillance systems effectively collect data in the form of digital imagery and intelligence systems and help devise an actionable plan to counter the threat of the national security. The need for enhanced border security gives rise to the demand of advanced intelligence and surveillance systems, which can provide better situational awareness.

For instance, during the European migrant crisis in 2015, the increase of immigrants in Europe from the Middle East and Africa regions led to stringent border security in Europe. Moreover, the rise in tension between countries such as India-China, India-Pakistan, China-Japan, and South Korea-North Korea, among others, have propelled the countries to strengthen their border security system with the help of advanced mechanisms. These rising instabilities among the nations have resulted in considerable increase in their defense spending for border patrolling.

The strategies employed to gain a significant market share in this growing industry have been varying from product launches, mergers and acquisitions, partnerships, agreements, and contracts. 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 into its stronghold. The key players that are actively participating in global C5ISR systems market include Airbus, BAE Systems, Elbit Systems, General Dynamics, Harris Corporation, Israel Aerospace Industries, Leonardo S.p.A., L3 Technologies, Lockheed Martin, Northrop Grumman Corporation, Rheinmetall Group, Raytheon Company, Saab AB, The Boeing Company, and Thales Group, among others.

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The prominent players in the C5ISR systems market adopted strategies of product launches, contracts, mergers and acquisitions, and collaborations to expand their businesses. Major companies such as Elbit Systems, General Dynamics, and Leonardo S.p.A. have launched new products to establish their presence in the market, while some players such as Northrop Grumman Corporation, Leonardo S.p.A., and Harris Corporation have focused on mergers and acquisitions, partnerships, and joint ventures to increase their geographical presence.

The C5ISR system market is anticipated to exhibit a solid and sustainable growth rate during the forecast period, owing to their usage across different platforms i.e., land, naval, and airborne. The C5ISR system enables defense commanders to make timely decisions, by presenting a common operational picture (COP) of the situation and exchanging operational information. These actions are achieved through various applications of these systems that include, command and control, communication, computer, combat system, ISR, and electronic warfare.

Increasing competitive advantages such as high accuracy and enhanced reliability, over the traditional centralized and federated identity management are expected to aid the users in significantly leveraging the benefits of the decentralization in identity management. The level of control and authority these self-sovereign decentralized identities provide to an individual, is resulting in a growth of consumer confidence to shift toward digitization. Moreover, the increasing data breaches and a surging demand for connected IoT devices is leading to a rise in the requirement for decentralized identity among consumers.

The decentralized identity market research study offers a wide perspective on the analysis of the identity ecosystem. 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.

Evolution from the widespread usage of paper to the deployment of electronic mode, to digital, and now biometric, has played a crucial role in shaping the global economy. Similarly, the effective management of these identities has significantly transformed the business landscape and shifted consumer as well as government’s interests from centralized and federated systems toward decentralized systems. This form of evolution has resulted in enhancing the operational capabilities of various industries such as automotive, manufacturing, and construction, in terms of enhanced safety measures, connectivity, cost reduction, and convenience for users. Such technological enhancement have been witnessed in varied human interactions occurring in the digital world. In the context of human interaction, it is necessary to accurately identify and prove individual identities. This is where identification technologies such as biometrics come into picture.

The competitive landscape of the decentralized identity market includes different strategies undertaken by the key stakeholders to gain market presence. As the system is currently under development and testing phase, therefore, all the stakeholder companies are working together to assist government and regulatory authorities for drafting standards and regulations. Some of the strategies adopted by the companies are product launches and developments, partnerships, collaborations, and mergers & acquisitions. Some of the key players in the decentralized identity ecosystem are Civic Technologies, Inc. (U.S.), EVERNYM INC. (U.S.), uPort (U.S.), Jolocom GmbH (Germany), and Microsoft Corporation (U.S.). The report includes companies across the ecosystem including trust providers, decentralized application providers, software/technology providers, and regulators. This gives a clear picture of how the companies are moving forward in the decentralized identity space. The growing cybersecurity market has led to a large number of developments being undertaken by these companies to stay ahead in the competition. The rising consumer inclination to safeguard their own interest in terms of privacy has been a major factor for the decentralized identity market to further flourish in the coming years.

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The funding scenario in decentralized identity market is quite noteworthy. Most of the funding is likely to come from sources such as seed money from the public sectors, investors, and companies with adequate cash reserves that are committed to drive the market and willing to invest in the coming future. Numerous investments have taken place in the recent past in the decentralized identity space, which showcases the degree of interest among industry leaders in this ecosystem. However, the key challenge lies in coordinating these endeavors, keeping in mind, the regulatory and infrastructure framework in order to support these services. It is anticipated that as the technology further develops, the decentralized identity are expected to garner a larger degree of clarity through necessary procedures undertaken by both government and private players.

The building energy management system market comprises major companies providing hardware solutions, software solutions, and services. This varied range of market participants provides opportunities to other players willing to bear the high risks involved in the industry. This segment details the latest strategies and developments adopted by the key market players in the building energy management system market. In order to lead the market as well as engage in the process of market growth, a company needs to work in collaboration with the top market leaders, acquire the relatively weaker companies, bring new products and services to the market, and improve the existing products.

The emerging strategies and developments resulted in the increased number of mergers and acquisition in the building energy management system market. Moreover, the growing market of building energy management system is further expected to increase the involvement of companies across different segments of the value chain. The key players actively taking part in the building energy management system market are ENGIE, Johnson Controls, Ingersoll Rand, Schneider Electric, and Siemens AG, among others.

Majority of the companies preferred entering into mergers and acquisitions in 2018 to enhance their presence while the relatively less adoptive strategies comprised partnerships, collaborations, and joint ventures. Mergers and acquisitions across the value chain of the building technology industry have been presenting a major strategic move made by a large number of companies since 2016. For instance, in March 2018, Ingersoll Rand acquired Agilis Energy to create energy efficient manufacturing powerhouse for its industrial consumers. In May 2018, Siemens AG acquired Enlighted Inc. to add smart sensors technology for improving building operations. Further, in October 2018, Siemens acquired Electrocon to enhance power grid simulations and to ensure safe, reliable, and efficient operation of electrical grids.

The building energy management system market ecosystem also consists of several research institutes, such as the Wageningen University, CSIRO, and Fraunhofer Institute. Additionally, the market also encompasses a significant number of venture capital investors, start-ups, and advanced solution providers. IT and big data platform providers are also significant stakeholders in this market. Various government research institutes, such as IEA and BSRIA, are making substantial efforts to identify the benefits of building energy management-based solutions using favorable trade policies.

The exponential increase in the global population has led to the rise in energy consumption and shrinking natural resources, thereby depleting the ozone layer. Hence, the need to enhance energy consumption has become critical due to continuous increase in energy demand mainly from industrial, residential, and commercial consumers. Major end-user industries of building energy management technologies include residential, commercial, and industrial. The residential sector represents the most significant end-user industry in the market for building energy management systems.

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The building energy management industry has been spending millions of dollars for the innovation of smart appliances and technologies for efficient energy consumption and also to track the real-time data of an entire residential site where the system has been installed. The use of building energy management systems has helped the residential consumers to analyze a set of data collected from sensors planted at the site. Building energy management systems have been adapted to not only improve the operational performance but also ensure a secure living environment for the end users.

Commercial building energy management system provides an opportunity to the building owners to manage and understand the energy consumption. The key players in the commercial energy management system market is coming up with the launch of new products and various developmental activities in order to generate public awareness about their existing and new products and compete with the competitors’ product portfolio. The reason behind this growth is the organizational restructuring and cost cutting. Many key players, such as Schneider Electric and Siemens AG, are mainly focusing on the launch of new initiatives to improve technology and emphasizing their strategies to make a greater use of building energy management systems for efficient energy consumption.

Biofuels industry is expected to advance due to increasing energy demand, policy mandates and pressure to reduce greenhouse gas emissions in developing and non-developed economies. Existing players will have an established platform for increased commercialization and business expansion across the various segments of biofuels value chain. Countries are focusing to increase the blending percentage of biofuels in fossil fuels. Moreover, production of advanced biofuels is on the rise owing to policy mandates. Increasing production of advanced biofuels is expected to abruptly revolutionize the biofuels industry and its value chain. It will help various public and private stakeholders to enhance their abilities for the production of biofuels and market it to the end user.

Financial barriers and expensive technologies for biofuels projects can be tackled by the involvement of private and public players both. Thus, they have an immense opportunity to expand their business throughout the value chain. One of the strategies can be the adoption of public private partnerships in developing economies. Moreover, use of new innovative technologies such as catalytic conversion, pyrolysis, and gasification, among others have proven their effectiveness for biofuels and reduced operational costs. Drop in fuels such as Hydrogenated Vegetable Oil (HVO) have their own major benefits.

Moreover, use of new innovative technologies such as catalytic conversion, pyrolysis, and gasification, among others have proven their effectiveness for biofuels and reduced operational costs. Drop in fuels such as Hydrogenated Vegetable Oil (HVO) have their own major benefits. Increasing production of second generation and third generation biofuels is a clear indicator that countries are focusing on the production and usage of advanced biofuels in order to drive sustainability and reduce operational costs.

Implementing biofuels project is a capital-intensive practice. Lower and lower-middle income countries lack a proper infrastructure for an integrated approach towards biofuels as compared to high income countries.  Therefore, dependency on imports for biofuels has mainly been witnessed in developing economies such as India, Thailand, Myanmar, and Sri Lanka, among others. Challenges such as financial barriers and policy uncertainty towards biofuels make it more difficult for biofuels production. Moreover, depleting fossil fuel prices such as coal, natural gas, and petroleum, among others makes it more challenging for the biofuels producers and distributors to market the product profitably.

Growing population and urbanization are the main indicators for a surge in overall energy demand across the regions. The United Nations (UN) projects that the world population will surpass 8 billion by 2025 globally, which was approximately 7 billion in 2015.  Higher growth rate is expected in Asia-Pacific, African and Latin American regions, whereas stabilization in the population growth is expected in North America and Europe.

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Europe dominated the global biofuels market in 2016 accounting for 36.18% of the global market. Furthermore, Asia Pacific is expected to be the fastest growing region for biofuels market, and is estimated to grow at a CAGR of 7.74% from 2017-2023 and reach $19.95 billion by 2023. Primary factors contributing to this immense growth can be attributed to the rise in population of the APAC region, which comprises of more than half of the total developing economies present globally.  In addition to that, growing energy demand and pressure to cut greenhouse gas emissions will further propel the market for biofuels in the APAC region.

Growing brand loyalty by adopting an influential association with consumers and positioning themselves for an effective feedstock supply to continue production will be the key strategies for established players looking to maintain an advantage in this highly competitive market. Building co-operations with other companies, conducting research and educational collaborations for innovative  solutions will solidify their position and propel the organizations towards success in the market.

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.

The rising interests of people in activities such as hunting and shooting is evident from the trends such as trophy hunting or target shooting becoming increasingly popular in major countries such as North America and Europe. The increase in the demand for handguns in civilian and law enforcement agencies for self-defense owing to the increasing crime rates, terrorism, political and social turmoil conditions in Asia-Pacific, Middle East, and Eastern Europe has led to increase in the small arms market. Moreover, the regions are increasing their defense expenditure to be more stable and competitive on the global level. The increasing defense budget of the countries is in turn driving the global small arms market.

The U.S. is the largest market for small arms across the globe. The changes in import policies and the strengthening of the U.S. dollar have imposed a lot of challenges and difficulties for companies that export weapons into the U.S. and other countries having restricted import and export policies. Additionally, the procurement of defense related weapons is done to strengthen their economy and competitive strength. However, difficult procurement procedures of the government affect the growth of the global small arms market.

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The key players that are actively participating in small arms market include American Outdoor Brand Corporation, Beretta Arms Company, Colt’s Manufacturing Company LLC, Browning International S.A., Sig Sauer, Inc. Inc., Sturm, Ruger & Company, Remington Outdoor Company, Singapore Engineering Technologies, FN Herstal, GLOCK Inc., Heckler and Koch AG, Israel Weapon Industries (IWI) LTD, Kalashnikov Concern, O.F. Mossberg & Sons, Inc., and Taurus Holdings, among others.

The prominent players in the small arms market adopted strategies such as product launch, contracts, mergers and acquisitions to expand their business. The companies are also involved in some of the other developments that include demonstration, integration, and business expansion, among others. The small arms industry is highly competitive and requires manufacturers to constantly innovate and develop cost-effective products. The existing companies as well as new entrants, which will develop next-generation solutions to cater the need for future applications could benefit from this market.

With recent developments in artificial intelligence and machine learning, robots are becoming increasingly flexible and are available at a fraction of the cost of those used in manufacturing environments. Robots can be trained by workers to perform tasks that were previously perceived to be significantly tough for machines. As the complexity and cost of automating tasks with robots decrease, it is likely that the companies already using robots will increase the adoption of robots for varied applications. Thus, the impact of robotic technologies is expected to grow considerably with time, along with improved levels of interaction between robots and humans. The introduction of robots in the manufacturing industry has rapidly transformed the process of production, further leading to a growing demand for more automated solutions (both hardware and software) to increase visibility in the manufacturing process for increasing theoverall production and decreasing the production cost.

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Governments across the world are splurging a significant volume of their gross domestic product (GDP) in modernizing their armed forces. Modernizing militaries has been the prime objective for nations as it directly impacts national security. As tensions are rising between nations, governments are procuring modern military products to enhance their defensive and offensive capabilities. Ammunition is one of the most traded products as it acts as a fuel to all military entities. Munition readiness is one of the top priorities in ensuring the military is prepared for the next conflict. Hence, military forces are increasing their investments in all types of ammunition to enhance their combat capabilities. In March 2019, the U.S. procured 5,112 hellfire missiles, which is higher than the 2018 procurement of 2,309 hellfire missiles. Moreover, the U.S. military has also spent $508 million on small and medium caliber ammunition in 2019 versus the $382 million expenditure in 2018.

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Over the years, both developed and emerging nations are allotting a significant volume of their GDP for defense spending. Rising defense budgets is one of the major drivers for the defense agencies to procure and modernize the military arsenal. According to the Stockholm International Peace Research Institute (SIPRI), in 2019, the U.S. had the highest defense budget of $718.68 billion, which is 38.15% of the world’s defense budget. Although, it was Germany that experienced the highest defense budget growth rate of 10.1% in 2019 from 2018 defense budget.

The military ammunition market is expected to behold different dynamics across the various regions of the globe. Ammunition companies from the U.S., the U.K., and Germany have witnessed high demands of munition products from armed forces of various nations, which led to an increase in their annual revenue performance. Globally, North America is one of the most prominent regions which is continuously progressing in the field of military ammunition market. In the year 2019, North America had a global market share of 40.5%. It has the largest market value accounting for $23.43 billion, which is expected to reach $30.33 billion by 2025 at a CAGR of 5.42% from 2020 to 2025. The U.S. is one of the eminent countries in the world, and it recorded the highest market revenue of $22.54 billion in the year 2019, which is expected to cross $29.40 billion by the year 2025.

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

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The global military ammunition market has some of the prominent players who constantly adopt new strategies to enhance their market presence and increase their annual revenue. 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. The existing companies, as well as new entrants, which will develop next-generation solutions to cater the need for future applications, could benefit from the global military ammunition market.

The low temperature co-fired ceramics market has been impacted to a certain extent due to the COVID-19. As the technology finds its major end-use applications in industries such as consumer electronics, followed by military and aerospace sectors, the reduced consumption of personal/consumer electronics at the present hour due to the contracted purchasing power has put the demand for the LTCC on a slower pace. Another major reason for the reduction in the consumption of electronics can be attributed to the global lockdown, which has significantly disrupted the logistics and free flow trade between the nations and states. Also, there has been an unevenness in the availability of the raw materials needed for the manufacture of LTCC tapes.

As per the forecasts for 2020-2025 period, there is an expected sluggishness in the market during the pandemic period of 2020-2022, which is expected to regain to normalcy post this period (2023-2025). On a regional level, the North American LTCC market has been observed to be the hardest hit from the pandemic, owing to the heavy job losses in the U.S., leading to the reduced consumption of personal electronics, such as smartphones and laptops.

Despite the business disruptions of LTCC, the technology has been found to be the source of UV light in some biomolecular operations. In the present times, the UV rays are found to be very effective in killing the COVID-19 virus and are thus used for disinfecting public places, such as transports and public gatherings. The LTCC market is therefore, expected to witness a great boost despite being sluggish on its usual end-use market sectors of consumer, defense, and aviation electronics.

The introduction and proliferation of LTCC in several end-use industries, such as consumer electronics, automobile electronics, aerospace and military electronics and other applications which include telecommunications and MEMS, has been transforming the manufacturing landscape from past decade. The benefits offered by the LTCC such as smooth functioning of the electronics even at miniature level proves to be very beneficial for the end-use industries both in terms of product quality and economics. However, the technology is expensive in its initial stages and requires manufacturers to have thorough technical knowledge and know-how required associated for its development. As a result, for a new market player, it takes some time to get well-versed with the nuances and overcome both the financial and technical challenges.

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The global LTCC market is driven by several factors. For instance, the increasing miniaturization of the electronics with increasing demand for LEDs have been the driving factors from LTCC’s adoption in the consumer, military, and aerospace sectors. Also, the use of various sensors in different parts of the automobiles operating at high temperatures is leading to an increasing demand for LTCC. The increasing usage of LTCC technology toward the MEMS sectors have also been driving the adoption of LTCC. However, the technology is associated with some technical challenges and restraints which have been hampering the adoption to a certain level. Issues such as lower thermal conductivity of LTCC and cost competitiveness at the large scale have been restricting the adoption of LTCC globally.

The benefits offered by the LTCC have been head turners for the global electronics sector. As a result, existing and new market players have been entering this business and have adopted the technology toward the manufacturing of multilayer circuits. However, the associated high initial costs and involved R&D has been a key challenge for the new entrants.

Titanium nitride (TiN) is a compound formed by the reaction between nitrogen and titanium. Due to its hardness, chemical inertness, and low friction, titanium nitride reduces erosion, corrosion, abrasion, and wear. It also resists cracking and flaking and reduces galling and cold welding at cutting edges. Developed using physical vapor deposition (PVD) and chemical vapor deposition (CVD), TiN has been widely accepted by industries as a coating that significantly improves life and performance of a tool and has a wide range of applicability in aerospace components, medical devices, food equipment, and decorative applications.

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TiN coatings have properties such as hardness, little friction production, as well as resistance to wear, corrosion, and high temperatures. Therefore, they are widely used in industrial tools, as they extend the life of forming and cutting tools. In addition, the inherent biocompatibility of TiN makes it suitable for orthopedic implants, wherein it is primarily used to cover the knee prostheses head. TiN coatings are also applied as diffusion barriers in many semiconductors, and their attractive gold color makes them ideal for decorative applications. Due to these benefits of TiN, manufacturers use different thin-film coatings with additional properties to distinguish their products in the competitive market.

The competitive landscape of the titanium nitride coating market consists of different strategies undertaken by major players across the entire value chain to gain market presence. Some of the strategies adopted by titanium nitride coating manufacturers are expansion, product launches, contracts and agreements, partnerships, and collaborations. Among all the strategies adopted, expansion has been the leading choice of manufacturers to increase their overall global footprint. IHI Ionbond AG, Vergason Technology, Inc, and Oerlikon Balzers, are some of the leading players in the global TiN coating market.

Impact of COVID-19 on the Titanium Nitride Coating Market

The manufacturing sector is a major part of the global economy. As a result, governments throughout the world mainly focus on boosting the manufacturing sector. Certain initiatives in developing economies to stimulate the manufacturing sector include Made in China (MIC) 2025 and Make in India. MIC 2025 is the first stage of a larger three-step plan to transform China into a prominent manufacturing powerhouse by using smart or innovative manufacturing technologies. Additionally, Make in India is an initiative launched in 2015 to promote the production of goods in India. The initiative aims to decrease India’s dependency on exporting countries by producing goods within the country. However, after the coronavirus outbreak, the global FDI inflows have seen strong decline.

The COVID-19 pandemic has intensely impacted the global economy, especially the manufacturing sector. This is largely due to the disruption of the supply chain and manufacturing in China. Due to the pandemic various manufacturing facilities are either temporarily shut down following the orders issued by local governments or are running with trifling staff at production units for safety purposes.
 
Slowed down manufacturing across Europe, halt in exports of Chinese parts, and the closure of factories in the U.S. have profoundly harmed the sector globally. Problems in the material supply, owing to supply shortages from China, have largely affected machine tool manufacturers. The crisis has also enormously impacted liquidity, demand, supply, and production. Moreover, decline in consumer demand has also been witnessed. The spending on R&D is likely to reduce, as toolmakers will conserve capital for future prospect. As a result, revenues have fallen around the world.

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According to United Nations Conference on Trade and Development (UNCTAD), the COVID-19 epidemic caused global FDI to decline by 5-15%, mainly due to the downfall in manufacturing sector along with factory shutdown. In addition, the negative impacts of COVID-19 on FDI investments are estimated to be more intense in the automotive and airlines industries. Due to the COVID-19 pandemic, manufacturers of the automobile, electronics, and aircraft are facing decreased availability of raw material across the globe.

European Union is the worst-hit region due to disruptions in supply chain amid decrease in supplies from China. Over 90% of the factories in Europe, North America, and China were closed. Additionally, automakers and OEMs also shut down their production plant in the U.S. and Canada. Italy, South Korea, and Japan are the most affected among the key industrialized economies. However, recently, production activities in China have been gradually resumed with lowest workforce. Hence, the machine tool market is projected to rebound faster with investments in technologies such as chipmaking equipment, which will propel market growth in the coming future. Several OEMs have planned to retool their production systems to produce completely different products. For example, in China, when the automotive industry was down by more than 90% in February, Shanghai-GM-Wuling (SGMW), an automobile company, retooled its production system to deliver medical face masks. This positively aided to mitigating the COVID-19 spread generate revenue.

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.

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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.

By definition, cloud robotics provides access to the physical robot and control over its operation at anytime from any place with the help of internet and other connected technologies. The cloud robotics is being used across industrial, commercial and consumer applications of the robots. Various advantages of cloud robotics have resulted in their soaring popularity, which in turn has resulted in rise of the market revenue in the last 5 years (2014-2018). Owing to the above-mentioned advantages, the demand of cloud robotics is anticipated to increase rapidly in the upcoming years (2018-2023). As the adoption of cloud-robotics will increase, the number of connected robots will also increase accordingly. The following figure depicts the present and forecasted number of connected and total number of robots worldwide.