Technologies such as IoT, automated control systems and remote-control access are expected to transform the HVAC industry in the two countries in the coming years. Automated control systems works by detecting the surrounding climate and then controlling the temperature to provide optimum comfort. Remote control access will help users to operate HVAC systems through mobile applications with the help of internet. IoT-enabled HVAC units will be helpful in attaining real-time information about the condition of the systems to users and manufacturers, helping them anticipate defects and reduce maintenance costs. Apart from the opportunity of technological incorporation there are certain other factors which are responsible for surging the sales of HVAC systems as well as for restraining growth.

HVAC industry is one of the major contributors for the Australian economy. Industries such as agriculture, telecommunications and health sectors are the largest end users of HVAC systems. The air conditioning solutions have also penetrated across residential sector in the country owing to a rising demand for products such as window and portable air conditioners. The consumers in Australia are fairly price conscious which had restrained the market initially. However, the manufacturers had immediately devised a strategy of renting HVAC services which has contributed in exposing the overall HVAC systems to all the end-user segments such as residential, commercial and industrial.

Climate of Australia is generally hot and humid in summers and pleasant in winters. Due to this, the country experiences a huge demand for both window and portable air conditioners, especially in the period December-March. The highest demand for air conditioners is reported by the residential sector owing to proven efficiency of both window and portable air conditioners in cooling an intended spot.

In New Zealand, increasing commercial construction projects, entry of key players and strong educational and residential sector growth are some of the factors supporting the growth of HVAC industry in the country. The country is well-equipped with modern technologies and the demand for consumer electronics, increase in manufacturing of HVAC equipment and numerous other factors are also supporting the growth in the HVAC industry.

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The HVAC market in New Zealand has been led by the shift of the window and portable air conditioners toward introducing latest energy efficient window units for the residential market. Increase in the standard of living, coupled with the infrastructural development in the country has led to an increase in building of new constructions or renovation activities. The rapid growth of the commercial sector is defined by the rising number of retail stores, commercial units hypermarkets, supermarkets, and others. This increase in number is expected to increase the growth of the overall HVAC sector of the country, which in turn is increasing the sale of the overall packaged ACs.

The competitive landscape for the ANZ HVAC market demonstrates an inclination toward companies adopting strategies such as mergers and acquisitions, business expansion and contracts, partnerships, collaborations and joint ventures and product launches. The major established players in the market are focusing on product launches and development to increase the customer base and enhance their business and regional products segment, whereas the relatively less adoptive strategies comprise partnerships, collaborations and joint ventures. Daikin Industries, LG Australia, Fujitsu General Australia Carrier Transicold Australia, Temperzone Ltd., ActronAir, Panasonic, Samsung, Toshiba and Hitachi among others are some of the prominent players in the ANZ HVAC market.

In the agriculture industry, crops usually require a high amount of water for irrigation and this is increasingly becoming an important concern for growers across the globe. Increasing population and drought conditions across the globe have put water under a critical category which has led to new approaches being followed for saving water. The demand for smart irrigation controllers in the agriculture industry is growing due to the increasing demand for food quality across the globe, initiatives taken by various governments for water conservation, and increasing rebates and subsidies.

The demand for fresh water for irrigation purposes in the agriculture land has been rapidly increasing. To meet this demand, optimal and reduced use of resources is achieved through the use of irrigation controllers, sensors and remote operations. Usually, the agriculture industry faces several risks which include rainfall forecasts, inadequate irrigation and ambiguities in the harvesting methods, affecting the overall productivity. The use of smart irrigation systems will help farmers in overcoming these risks. With the help of advanced technologies, users can get real-time and accurate data about their fields and on the basis of which, important decisions about the irrigation and harvest can be made.

The research methodology design adopted for this specific study includes a combination of data collected from primary and secondary researches. Both the primary sources (in-house experts, industry leaders, market players, and independent consultants) and the secondary (a host of paid and unpaid databases) sources have been used along with analytical tools to build the forecast and predictive modes.

With a considerable increase in the global population, declining agricultural lands, and depletion of natural resources, the need to enhance farm yield has become critical. Limited availability of natural resources such as fresh water and arable land, along with sluggish rate of yield in several staple crops, have further aggravated the issue. Another concern plaguing the agriculture industry is the shifting structure of agricultural workforce toward the non-agriculture or service industry.  As a result of the declining agricultural workforce, adoption of internet connectivity solutions, smart technologies in agricultural practices has increased.

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To meet the growing demand of the agricultural produce from the limited farmlands and labor, established agriculture machinery developers and technology vendors are introducing innovative solutions in the agricultural arena. These solutions are focused on helping farmers close the supply-demand gap by ensuring high yields, profitability, and protection of the environment. The approach of using smart technology to ensure optimum application of water to achieve high crop yields and reduce operational costs is called smart irrigation. Smart irrigation controllers are being used in the residential and commercial industry since 2000. Smart irrigation controllers reduce the outdoor water usage by monitoring and controlling the information about the site and then applying the required amount of water.  Smart irrigation controllers are a new generation of irrigation controllers which use the weather conditions, current and historic evapotranspiration, soil moisture levels, and other factors to meet the water demand with regard to plants.

Semiconductors are the building blocks for electronics components, and electronic components are essential for various applications ranging in complexity from space applications to simple timers. Electronic components are highly susceptible to damage and malfunctions caused by radiations, resulting in the displacement or ionizing damage. Harsh environment in space is mainly generated from naturally occurring radiations through the sun, galactic and extra-galactic, naturally-occurring radioactive materials found on Earth, and the Earth Van Allen Belt. To ensure the reliable operation of electronics in such environments, the electronic components are tested and validated to be used in space.

The global space electronics 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.

Electronic components, which are equipped in satellites, launch vehicles, and deep space probes, hold huge importance, and require verification and testing in order to ensure their functionality. This is largely due to high degree of radiations in  the space environment. Space contains high level of radiations that can potentially cause anomalies in the space electronics components operability. Single-event effects (SEEs), Electrostatic discharge (ESD), total ionizing dose (TID), and cumulative radiation damage are the major concerns for the space electronics market. Therefore, component designing is done in such ways that electrical components can operate and survive reliably in high-radiation environments. The electronic components used in the space are either radiation hardened or radiation tolerant depending upon the mission. Since electronic components play huge role in the success of a mission, there have been continuing advancements in semiconductor and electronics technology, leading to the development of small and light-weight electronic products.

The era of satellites particularly for earth observation began many years ago in 1957 with the launch of Sputnik 1 satellite, which was launched with a radio, thermometer and battery. However, the space electronics industry has come a long way in decades leading miniaturization in the components and enabling stacking multiple components on single circuits with the invention of microcontrollers (MCUs). Satellites used to be of huge in size and with heavy payloads, however with the help of MCUs, the resultant electronic circuits become small in size and less complex along with consuming less power. This resulted in the advent of small satellites, which is a major traction in the overall space industry currently.

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Since the inception of the space industry, satellite manufacturing has been capital-intensive with long development process, which remained the prominent factor for restricted innovations in satellite manufacturing processes. However, with the emergence of entrepreneurial players in the market, new methods in satellite production have been witnessed, resulting in a rapid innovative growth in the market. Along with the commercial players, space agencies such as NASA, ESA, JAXA and ISRO have also contributed largely to the development of the space industry.

Space electronics are primarily used in satellites, launch vehicles and others. The electronic components are used to enable functioning of satellite subsystem with optimum accuracy. In 2018, the major focus is to develop optimum electronic solutions for small satellites due to increasing production of small satellite constellation on a global scale.

Electric VTOL (eVTOL) aircraft have experienced dynamic technological advancements over the last decade. The technological advancement in terms of operating range, components, aircraft type, capabilities, and size, largely pave the way for various growth opportunities for the defense and commercial sectors. eVTOL aircraft are undergoing several technological changes that result in reduction of weight, size, and cost, and an enhanced battery life. Moreover, the concepts of eVTOL aircrafts have reached a level of maturity, where the quiet and efficient piloted and optionally piloted eVTOL aircraft are to conduct the on-demand and scheduled operations.

With road travel in large megacities becoming increasingly congested, people commuting daily are looking for a safer and better modes of transportation to work and other destinations. Road infrastructure in megacities is reaching toward its maximum capacity and is extremely expensive to expand as well. These problems have created a need for advancements in transportation. One such advancement is the eVTOL aircraft. The operation of these aircraft requires development of advanced infrastructure such as landing and take-off pads on top of buildings, as well as system architecture, battery operations, charging technology, software development, operations through ground and air operation, and certifications, among others. The manufacturers are continuously taking initiatives to develop various innovative infrastructural concepts, such as better connectivity, better tracking systems, and vertiports with charging stations to enable the operations of eVTOL.

Governmental regulations are expected to play an important role in commercializing global eVTOL aircraft market. For operating eVTOL aircraft, there are various restrictions imposed by the aviation department in various countries. Each country has its own rules for flight operations of eVTOL aircraft. For instance, Federal Aviation Administration (FAA) is the regulatory body for American Civil Aviation. The authority creates regulations for the use of aircraft in commercial applications. To operate eVTOL aircraft for commercial applications, the operator has to follow a certification process to certify its eVTOL aircraft for usage by the people. The legal and regulatory framework for eVTOL aircraft needs to be developed quickly for these emerging requirements from the operators.

As per the developments and investments in the global eVTOL aircraft market, prototypes have been created, and various test and trials are being conducted upon them. All the companies operating in the eVTOL aircraft market are at different stages which includes initial design, scaled prototype, flight testing, in service, and defunct. However, after the successful completion of tests and trials, it is expected to take 2-3 years for regulations to be in place and for eVTOL aircraft to become fully operational. The eVTOL aircraft market is expected to be commercially available from 2025 onward.

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The strategies employed by key players to gain a significant market share in this industry are 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.

Partnerships, agreements, and contracts turned out to be a preferred strategy in the expansion of the eVTOL aircraft market. Companies received numerous contracts by offering high-end products at competitive prices. The companies with similar goals are forming joint ventures in order to assist each other. Such alliances help companies to improve their technological expertise, expand and increase their range of services, and thus facilitate each other in achieving the objectives faster.

The oil and gas, petrochemical and refining industries are currently dominated by solvent-based extraction methods, such as stripping, extractive distillation, and other liquid-liquid operations. However, research and developments in adsorbents, focusing on BTX and hydrocarbon separation in the past decade have contributed significantly to the transformation of the global market for the same. The advent and further advancements of technologies, manufacturing processes as well as manufacturing substrates help adsorbent suppliers to attract consumer attention toward better quality and sustainable products.

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Adsorbent-based extraction offers several advantages over solvent-based extraction, which has shown an overall decrease in demand over recent years. In addition, adsorbents are preferred due to their excellent property to operate over a wide range of conditions and variable selectivity and their ability to regenerate and reactivate. This factor is anticipated to create tremendous opportunities for various industries using adsorbents in the coming years.

The oil and gas and petrochemical industry are witnessing a significant shift from solvent-based adsorbents to non-solvent based adsorbents, due to various factors such as the need to curb pollution, stringent government regulations on fuel standards, and growing inclination toward a circular economy. The increased installation of adsorbents, primarily in the downstream industry, is predicted to propel the market. Moreover, the growing demand for cleaner fuels and increasing awareness to reduce the energy requirements to operate a plant is expected to drive the market during 2020-2025.

The report consists of an extensive study of the BTX and hydrocarbon separating adsorbents. The report includes a thorough analysis of various products, regeneration power, sales mode, and application along with end-use industries. In this study, the impact of COVID-19 outbreak on various end-use industries for various region/country has been considered.

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The demand for cleaner fuels has been increasing exponentially in colder regions as cleaner fuels have lower freezing points and lower densities. Due to these reasons, the automobiles that use fuel have increased the demand for cleaner fuels as they help eliminate the start-up problems during cold seasons. Apart from the use of adsorbents in the fuel industry, they are also used in the petrochemical industry, petrochemicals such as low-density polyethylene (LDPE) and poly-vinyl chloride (PVC) need elimination from BTX and hydrocarbons in the monomer stage itself for the polymer to sustain and prevent it from cracking by becoming brittle during the colder seasons.

The petroleum refining industry is one of the largest industries globally and acts as a vital entity for the growth and development of any nation as well as its economy. With the advancement in technology, the fuels have become more efficient, as the purification process has evolved, aiding in better contamination separation. The BTX and heavy hydrocarbon (C5+) specifications have extremely strict purity requirements (ppm level). The effective removal of these compounds ensures the reduction of health and safety hazards during the manufacturing and refinery processes. It also ensures product quality in petrochemicals as well as in refinery products and in oil & gas industry.

On account of the COVID-19 pandemic, many developed and developing countries are facing a full or partial lockdown situation since March 2020, affecting the operation and supply chain of companies in multiple industries. The defense industry falls into the category which is highly exposed to a large number of externalities, such as political, economic, and social. Revenue generation of the defense industry is majorly from the defense budget allocated by the government for procurement, and research and development activities. It is expected that due to the COVID-19 pandemic, the defense industry will face a low to medium impact for short term (2020-2023) period caused by anticipated reduction in defense budgets by leading countries. However, in medium to long term (2024-2030), the defense industry will likely grow further as COVID-19 will not mitigate the worsening of international security and threat. On the contrary, it is likely to make the world more unstable and more insecure. The impact of COVID-19, particularly on the 3D & 4D military radars market, will also show a decline in growth and market size due to supply chain disruption and production loss.

The Asia-Pacific or APAC had the highest growth in the global 3D & 4D military radars market in 2019, and the trend is estimated to continue during the forecast period, 2020-2025. The region has been segmented by country into China, India, South Korea, Japan, Australia, and Rest-of-Asia-Pacific. The growth of the 3D & 4D military radars market in the region is majorly driven owing to the rising military budget in countries such as China, India, and Japan. The governments of these countries are investing in the development and procurement of new advanced radars with 3D & 4D technology. Continuous threats from North Korea also push South Korea to modernize its military equipment. Further, initiatives of governments to promote the development and deployment of 3D & 4D military radars also provide new prospects to manufacturing companies to integrate such technology in vehicles.

Currently, 4D military radars are gaining more popularity in air and missile defense applications. 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 the Middle East and Africa (ME&A). It is experiencing further growth because of various aspects such as the increase in defense budgets of various countries and huge investments for research and development of 4D radars.

The market research study offers a wide perspective of the different types and industries pertaining to the global 3D & 4D military radars market and analyzes its impact on different regions by providing critical insights into the direction of its future expansion. 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.

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There has been a significant rise in the interference activities among hostile nations, which has resulted in growing interest and escalating demand for integration of advanced radar technology with different military platforms such as airborne, ground, and naval across the globe. Due to increasing military budget inflows across the globe and growing conflicts among various countries, the demand for more robust positioning, navigation, and 3D & 4D military radars are in substantial demand.

The advancement in radar technology is mainly driven by two factors: the use of machine learning algorithms to enhance the raw radar signals, and advancements in silicon technology leading to miniaturization. The applications of radar technology such as weapon guidance, airspace monitoring and traffic management, ground surveillance and intruder detection, air and missile defense, navigation, mine detection and underground mapping, airborne mapping, ground force protection and counter battery, and weather monitoring have been grown multi-fold in recent years in the military and defense industry.

With the proliferation of low-cost cameras and technical maturity in the networking techniques, it has become possible to install a large number of cameras economically without compromising on the quality of communication network. The wide application of such systems has been highly influenced by the idea of ensuring safety in banks, government organizations, educational institutions, retail buildings, and penitentiaries, among others.

The emerging need for employing more technologically enhanced equipment in the video surveillance systems can be attributed to the constant movement from the distant age of conventional video surveillance to data-driven video surveillance systems. The video surveillance equipment market includes camera, storage units, and monitors, among others. With the new platforms and aspects of video surveillance application such as onsite monitoring, man-tracking, wide-angle perimeter protection, and cloud-based surveillance, there has been a proportionate increase in the demand for related equipment such as HD display monitors, IP encoder, and decoder.

Video surveillance is on the verge of becoming an indispensable and ubiquitous tool for security systems across the globe. With the extensive public acceptance of the video surveillance systems for ensuring safety and security, the market for surveillance equipment has considerably changed. These systems are increasingly being employed in public as well as private sectors. This increase can be primarily attributed to the increasing implementation of connectivity solutions, and the growing trend to deploy integrated solutions across end-user applications. Moreover, the rising need for safety and security of infrastructure and people has further facilitated the proliferation of surveillance systems among the consumers.

The increase in security concerns and the growing need for highly efficient, time-saving surveillance systems at reasonable costs, is one of the matters to be looked upon in the current scenario. The attempt to deliver such solutions with the growing application across many verticals is considered as one of the major drivers for the video surveillance industry. With the increasing security concerns, along with rising initiatives by the government to spend on surging digitization and smart cities, the number of cameras being used for video surveillance is also increasing. The governments of various nations are deploying video cameras on a massive scale in order to create stronger security systems for their respective countries. These video surveillance systems provide various benefits, such as asset and theft protection, remote monitoring services, gathering evidence to help legal authorities to arrive at the right decisions, increased workplace productivity, and traffic management via automatic license plate recognition. Some private sectors, including banking and finance, hospitals, research labs, sports facilities, corporate headquarters, and auditoriums also require cutting-edge video surveillance technology with improved security features whereas commercial and residential sectors may require cost-effective and efficient cameras solutions, such as zoom-specific cameras and low-light cameras.

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One of the major factors that has led to the increasing adoption of these video surveillance systems has been the rise of IP camera-based solutions. This can be attributed to the fact that it allows the users to convert their local broadband connection into a home surveillance system. These cameras provide several benefits compared to traditional analog cameras, such as low cost and high durability. Further, IP cameras provide high-resolution images and wide-angle video capturing feature and also allows authorized access to live and recorded video footage on smartphones and tablets. One of the major benefits of using IP surveillance systems has been cloud storage, which makes the video surveillance system more effective. With the rise of built-in wireless connection, the IP cameras have become subtle and discreet, avoiding unnecessary attention. Since these cameras run on Wi-Fi signals, the problem of interference or loss of network in the transmission wires has been eliminated.

The primary reason for the growth of the software market is the presence of various key players focusing toward integration of video analytics into their video surveillance systems. For instance, Dahua and Hikvision unveiled vehicle and face recognition analytics into their high-end surveillance products. Further, Huawei is also emphasizing on integrating deep learning technologies to their products. Thus, these three Chinese companies are setting a benchmark for other companies in competition to move toward machine learning and deep learning video analytics.

Over the last decade, the defense industry has been witnessing a massive transformation owing to the increasing development of technologies in the field of electronic warfare, communications, jamming & anti-jamming systems, artificial intelligence (AI), Internet of Things (IoT), and machine learning (ML). The increased need for resilient positioning, navigation, and timing (PNT) solution is necessary to provide GNSS signals to military platforms. The market of military GNSS anti-jamming system is undergoing a major transformation with deployment of next generation navigation satellites such as GPS III, which create huge demand potential for requirement of M-Code compatible anti-jamming systems. Additionally, miniaturization of antenna technology is boosting the integration on smaller platforms such as unmanned aerial vehicles.

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There has been a significant rise in the jamming and interference activities among hostile nations, which results in a growing interest and escalating demand for integration of GNSS anti-jamming systems with different military platforms such as airborne, ground, naval and munitions across the globe. Due to increasing military budget inflows across the globe and growing conflicts among various countries, the demand for more robust positioning, navigation, and timing (PNT) solution and electronic warfare protection systems such as GNSS anti-jamming systems are in substantial demand. The Military GNSS Anti-Jamming systems are developed with the aim of countering the growing jamming and interference threat for combat aircrafts, unmanned aerial vehicles, main battle tanks, infantry fighting vehicles, frigates, corvettes, submarines and precision guided munitions among other platforms. Key advantages of military GNSS anti-jamming systems is the availability of robust GNSS signals for positioning, navigation, and timing solutions for military platforms.

The global military GNSS anti-jamming systems market is in growth phase with the leading players actively competing against each other in research & development, and commercialization for defense forces to gain a greater share in the industry in the future. The competitive landscape of the military GNSS anti-jamming systems industry exhibits an inclination toward emerging strategies and developments by market players.
 
The key players that are actively participating in the Military GNSS Anti-Jamming systems market include BAE Systems, Boeing, Chemring Group PLC, Curtiss-Wright Corporation, Cobham Limited, Elbit Systems Ltd., Israel Aerospace Industries Ltd., Lockheed Martin Corporation, L3 Harris Technologies Inc., QinetiQ, Raytheon Technologies Corporation and Thales Group, Mayflower Communications, NovAtel, Orolia, and Hertz Systems among others.

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The prominent players in the Military GNSS Anti-Jamming systems market adopted strategies of product launches, mergers and acquisitions, partnerships and collaborations, contracts, and other strategies to expand their business. The companies are also involved in some of the other developments that include demonstration, integration, and business expansion. Due to the intensive competition, the military GNSS anti-jamming systems industry requires manufacturers to constantly innovate and develop cost-effective products. The existing companies as well as new entrants, which aim to develop next-generation solutions in adherence with the existing and forthcoming industry standards for various end user applications. The market is likely to grow rapidly with the innovations in the fields of assured PNT solutions, and electronic warfare which offer longer endurance and higher efficiency.

Anti-reflective coatings are dielectric coatings intended to reduce reflection and improve transmittance through a lens or any other optical surface. These coatings control both reflection and transmission properties with respect to visible light, UV rays, and near-IR spectral bands. Anti-reflective coatings have gained significant importance in the autonomous vehicle industry, owing to their advanced properties of high durability, enhanced visibility, and superior spectral performance.

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With the rapidly advancing automotive technology, the advanced driver assistance system (ADAS), advancements in headlamps, and other aesthetic features are picking up pace. These systems help drivers to see better and further in darkness by swiveling and rotating the headlights to see the path ahead for the vehicle. Thus, demand for optical components is expected to increase during the forecast period. On the other hand, LiDAR is projected to grow at the highest CAGR between 2020 and 2025, in terms of volume. This is because it offers a greater range, a wide field of view, and improved accuracy to spot the obstacles when compared to other sensing components such as camera, radars, and ultrasonic sensors.

Over the last decade, the automotive industry has witnessed a massive transformation, owing to rising air pollution, stringent government rules and regulation, and growing emphasis toward road safety. The increasing number of on-road vehicles provides a large number of opportunities; however, it is leading to complications for safer and more secure movement of goods and passengers. Currently, the automotive industry is on the crest of technological advancements, which, in turn, are expected to further advance the concept of vehicle safety on public roads. Thus, consumers and regulatory bodies have been pushing automotive OEMs to develop autonomous vehicles that offer higher safety than conventional vehicles. Autonomous vehicles are capable of guiding themselves without human interference and are equipped with LiDAR (light detection and ranging) sensors, which enable reliable and safe operations of the vehicle. Therefore, the need to improve and enhance the connectivity and vision of LiDAR systems in an autonomous vehicle has triggered the demand for hi-tech paints and coatings in the autonomous vehicle industry.

Hi-tech paints and coatings, including anti-reflective coatings, anti-fingerprint coatings, and functional pigments, among others, enhance the sensitivity of LiDAR systems and also improve their range and accuracy to see low-reflectivity objects, thereby playing an important role in navigation for an autonomous vehicle. Sensors, which allow vehicles to communicate with each other and detect obstacles to avoid accidents, also require hi-tech paints and coatings. Sensors such as LiDAR, camera, and other devices operate by pulsing light at objects and then using the speed of the reflection to determine position and distance, thus requiring high-quality paints and coatings. Moreover, it is difficult for sensors to detect cars with dark-colored paints such as black, grey, and blue. Therefore, hi-tech coatings play a crucial role, as they have a distinct layer that inhibits the absorption of signal into dark-colored paint, increasing the efficiency of sensors used on self-driving cars. Moreover, there is also an increased need for surfaces that are resistant of fingerprints, dirt, and contamination. In addition to this, constantly changing consumer preferences toward better driving experience and driver assist applications has boosted the demand for hi-tech paints and coatings in the automotive industry.

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The hi-tech paints and coatings market is also proportionally relative to the development of the autonomous vehicles. The need for safety, rising demand for luxury cars as a result of the increasing disposable income of the developing countries, and stringent government regulations have influenced the autonomous vehicle market to substantially enhance its sales, which has subsequently propelled the growth of different sensors and components.

Directed energy weapons (DEWs) is largely defined as those weapons which produce high power beam of concentrated energy in the form of electromagnetic, atomic, and sub-atomic particles, which is used to damage or destroy objects or eliminate human adversaries. Directed energy weapon systems are primarily classified into three technologies: high-power laser, high-power microwave and neutral particle beam. Moreover, neutral particle beam technology is currently in the theoretical stage and adequate research is needed for further development of the prototype.

Directed energy weapon systems can integrate with different platforms including ship-based platforms (aircraft carriers, cruisers, destroyers, frigates, littoral combat ships), airborne platforms (combat aircrafts, unmanned aerial vehicles and helicopters) and ground-based platforms (main battle tank, infantry fighting vehicle, armored vehicle, mobile and fixed stations). Based on the types of role, directed energy weapon systems are integrating on these platforms. Many directed energy weapon systems can be integrated in multiple platforms as well.

The ground-based platform segment currently leads the market and is estimated to continue to lead during the forecast period, as defense forces of leading countries seek to deploy directed energy weapon systems in their ground defense systems such as main battle tank, infantry fighting vehicle, and multi-purpose armored vehicle to counter the adversaries from ground itself. For instance, in August 2019, the U.S. Army awarded a contract to Northrop Grumman Corporation for developing a prototype for 50 KW laser weapon system that will be integrated on Stryker vehicle family by 2022.

There have been significant developments in the field of directed energy weapon systems resulting in growing interest and escalating demand for deployment of these advanced weapons by military forces across the globe. Due to increasing military budget inflows across the globe due growing conflicts among various countries, the demand of cutting-edge technologies such as laser and microwave weapon are in substantial demand. The directed energy weapon systems are developed with the aim of countering the growing threats from unmanned aerial vehicles, mortars, missiles, and small boats at a low engagement cost. Key advantages of directed energy weapon systems are their high speed, precision, flexibility, and low operation cost.

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The need for enhanced border security due to increasing land disputes, migration, and smuggling, has compelled several countries to further strengthen their security. This has led to the increase demand in the development of advanced directed energy weapon systems to provide enhanced situational awareness to the soldiers so as to have a competitive edge over the opponents. With recent developments in the field of optics, laser and microwave technology, directed energy weapon systems are becoming available at a reliable cost.

Along with the rising military programs, increase in the military spending is attributed to the growing interest in development and deployment activities of directed energy weapon systems. Increase in the military budgets gave a much-needed boost to the development programs of directed energy weapon systems and upgradation programs of different platforms for integration with these advanced weapons.