The spatial computing market has posted some staggering figures lately, the growth being triggered by diverse supply-side dynamics that are in direct response to the escalating demand for immersive and interactive technologies.
The use of auxiliary reality (AR) and virtual reality (VR) applications is one of the key directions, providing the emerging of the spatial computing market. MR and VR technologies are spatial computing-based employing Virtual and Augmented Reality capabilities to provide users with a chance to explore the digital world which could be layered together with the physical world or exist on its own. Thse tchnologis are rapidly grown in use by different industry areas such as gaming, entertainment, education, healthcare and retail, etc. Therefore, the rise in popularity of spatial computing has brought about creation of consumers for AR and VR technologies that facilitate the trade of their services which in turn, positively influence the market growth.
Also, the room for spatial computing as a whole is actively being expanded by the inclusion of artificial intelligence (AI) and the Internet of Things (IoT) technologies among other emerging trends. AI, IoT and spatial computing collectively bring digital and physical objects into interactivity, in the process the smart environment with many connections emerges. What is more, spatial computing is employed in 4D smart homes which are clever and have interactive purposes where the users can direct their devices by gestures and voice commands. Such growth of interest has triggered the expansion of spatial computing along with AI and IoT tools that make integration of these technologies more sophisticated and effective, thus allowing the development of more intelligent and immersive environments.
In additon to this it is evident that there is an increasing need for such spatial computing tools that are able to map and track the space around us in a very accurat and real time. The motion tracker and positioning technologies, which make the devices cognizant of the space and how they relate to the physical environment, are possible with spatial mapping and tracking technologies. These technologies are indispensable parts of AR and VR systems, which are used for virtual objects placing in the world of facts and for user movements tracking in the virtual one. The surge in favor of the trend has been linked to the desire of the companies to present more accurate and more immersive experiences through spatial computing. As a result, advanced mapping and tracking capabilities are being continuously improved by virtue of this.
Market trend in spatial computing is another that connects to spatial communication and collaboration tools. In the light of the increasing use of remote work and cooperation in the virtual domain spatial computing comes to the forefront for the development of simulation tools that ensure virtual meetings and learning collaboration in 3D environments. Spatial collaboration tools offer facilities for users to collaborate and interact with others in the same virtual space on the 2nd hand, giving workers a feeling of being involved as well as enhancing remote collaboration.
Report Attribute/Metric | Details |
---|---|
Market Opportunities | · Increase in number of smart city projects · Recent development in IoT |
Market Dynamics | · Growing adoption machine learning · Demand for immersive digital experiences |
Spatial Computing Market Size was valued at USD 111.90 billion in 2022. The Spatial Computing Market industry is projected to grow from USD 124.43 billion in 2023 to USD 577.67 billion by 2032, exhibiting a compound annual growth rate (CAGR) of 18.6% during the forecast period (2023 - 2032).
Spatial Computing is an umbrella term for technologies relating to displaying and manipulating digital information in spatially contextual ways. Spatial computing is the virtualization of interactions between people, machines, objects, and their environs. It supplants traditional computing with modern and developing technologies such as Artificial Intelligence (AI), the Internet of Things (IoT), Augmented Reality (AR), Virtual Reality (VR), and others. Some cutting-edge examples of spatial computing include the use of GPS by driverless vehicles, volumetric camera sensors, automated warehouse operations, virtual reality headsets, and augmented reality glasses. This computing technology will help companies understand the concept of optimizing office space and boosting safety requirements. Spatial computing also measures employee performance and aids in the real-time programming of robotic arms. It is accomplished by employing augmented reality as a graphical user interface.
Fig 1: SPATIAL COMPUTING MARKET SIZE 2018-2032 (USD BILLION)
Source: Secondary Research, Primary Research, MRFR Database, and Analyst Review
Spatial computing reduces applications by offering real-time computation and localized processing for making speedier decisions. Furthermore, spatial computing improves company business efficiency by lowering operation expenses and enhancing application performance, which was accomplished by lowering the costs associated with needless cloud transmission and storage. The fundamental requirement in today's business scenario is to reduce data transported to the cloud and service access latency, which is especially important for organizations that use cloud infrastructure. Spatial computing refers to the time it takes a data packet to move across a computer network. Lower values result in a faster data transfer rate. It can be used for a variety of purposes, including information distribution and remote monitoring of manufacturing sites and oil and gas fields. Reduced computing needs allow a broader range of devices to support spatial computing. Because of this openness, more individuals can access and benefit from AR, VR, and other spatial computing experiences, even on devices with minimal processing power. Businesses are looking into ways to provide cost-effective and scalable spatial computing solutions. Reduced computing power requirements can lead to more economical hardware and services, resulting in broader usage across a variety of industries.
The Spatial Computing Market, in this report, has been segmented based on Component into Hardware, software, and service.
The segment- Hardware holds the largest share of the total market share while. These devices are essential for creating and delivering spatial computing experiences. The hardware segment is expected to grow in the coming years, as the demand for more powerful and immersive spatial computing experiences increases. The need for increasingly advanced hardware devices is being driven by the demand for more powerful and immersive spatial computing experiences. Head-mounted displays (HMDs), for example, are becoming increasingly powerful and lightweight, making them more pleasant and accessible to consumers.
Demand for hardware devices is also being driven by the use of spatial computing in various areas including as gaming, healthcare, and manufacturing. HMDs are used in gaming, for example, to offer more immersive and interactive experiences, and in healthcare to teach surgeons and provide patients with a more realistic perspective of their treatment.
The Spatial Computing Market, in this report, has been segmented on the basis of Technology into augmented reality (AR), virtual reality (VR), mixed reality (MR), internet of things (IoT), and others.
Internet of things (IoT) holds the largest share of the total share. IoT devices generate a large amount of data about the physical environment. This information can be used to develop more accurate and immersive spatial computing applications. IoT devices, for example, can be used to track the location of things in real time, allowing AR applications to overlay virtual objects on the actual environment devices are growing more powerful, allowing them to process more data and perform more complicated applications. This enables the development of more advanced spatial computing applications. IoT devices are being utilized in healthcare to monitor patients' health and track treatment success. This information can be utilized to develop virtual reality applications that allow surgeons to practice procedures before performing them on real patients, as well as to provide patients with a more immersive experience of their treatment.
The Spatial Computing market in this report has been segmented on the basis of end use vertical into automotive, entertainment, IT & telecommunication, healthcare, retail, energy & power, and other.
The healthcare industry has the largest proportion of the spatial computing market and is predicted to grow the fastest. One of the key elements driving demand for such computing is the increasing use of AR and VR-enabled diagnostic tools for more accurate diagnosis and treatment. Furthermore, the rising development of teleconsultation and other online medicine services in the healthcare business is propelling the market. For example, in February 2019, Microsoft Corporation released HoloLens 2, an improved version of the augmented reality headgear for the medical and engineering sectors. This technology provides surgeons with an enhanced connection while operating on a patient. It also integrates with the Holo Patient app and offers real-time results.
Based on Region, the global Spatial Computing is segmented into North America, Europe, Asia-Pacific, Middle East & Africa, and South America. Further, the major countries studied in the market report are the U.S., Canada, Germany, UK, Italy, Spain, China, Japan, India, Australia, UAE, and Brazil.
North America is a major hub for technological innovation, and spatial computing technologies are being widely adopted in the region. This is because there are a huge number of tech-savvy customers and enterprises, as well as venture capital funds available for spatial computing startups. Another important driver of the North American spatial computing market is the healthcare industry. AR and VR technologies are being employed in a wide range of medical applications, including surgery, training, and rehabilitation. Google, Microsoft, and Apple are among the major technological companies investing extensively on spatial computing. This is projected to drive market expansion in the following years.
Asia Pacific's economy is expanding rapidly. This leads to a rise in disposable income, allowing more people to acquire spatial computing devices and apps. Another important driver of the Asia Pacific spatial computing market is education. AR and VR technologies are being used to enhance learning in schools and institutions. Asia Pacific governments are assisting in the development of spatial computing technology. This is accomplished through investment in R&D and the establishment of advantageous regulatory conditions.
Fig 2: SPATIAL COMPUTING MARKET SIZE BY REGION 2022 VS 2032, (USD BILLION)
Source: Secondary Research, Primary Research, MRFR Database, and Analyst Review
Major players in the Spatial Computing Market are making substantial investments in research and development to expand their product/service portfolios, contributing to the market's robust growth. These market leaders are implementing various strategic initiatives to expand their global presence. Key developments include new product/service launches, mergers and acquisitions, contractual agreements, increased investments, and collaborations with other organizations. Given the competitive and evolving market landscape, competitors in the spatial computing industry are focusing on cost-effective offerings to thrive and expand. Spatial Computing is a new paradigm of computing that will augment the workforce by bringing together several emerging technologies, it’s not just about AR and VR. Spatial Computing offers so much more when combining AR and VR with technologies such as computer vision, machine learning, robotics, drones, IoT, haptic feedback systems, hand tracking, body tracking, 5G and edge computing.
Some of the key players are focusing small and medium enterprise size by customizing offerings to reduce operational costs as a primary business strategy to benefit customers and expand market share. In recent years, the financial industry vertical has witnessed significant advancements in the identity theft protection services industry. Key market players, including Microsoft Corp, Google, Facebook (Meta Platforms, Inc., Magic Leap, Snap Inc, IBM, Amazon , Sphere Partners, Qualcomm Technologies, Inc, Varix, InfiVR, CitrusBits, Warby Parker, Tencent , Dassult System, and others, are driving innovation in identity theft protection services solutions, pushing the boundaries of computational capabilities.
March 2022: Magic Leap collaborated with Globant to significantly enhance enterprise adoption of AR technology. To provide AR technologies to modern organizations and enhance global adoption rates, Magic Leap paired its spatial computing technology with Globant's innovation platform.
February 2022: Tech Mahindra, a supplier of digital transformation and engineering services and solutions, has introduced TechMVerse for its clients. With this launch, the company provided interactive and immersive Metaverse experiences. It incorporates new technologies such as AI, virtual reality, 5G, augmented reality, quantum computing, and blockchain.
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