The global remote sensing software market size had a revenue holding of USD 1,231 million in 2021. It is expected to reach USD 3,818 million by 2030, growing at a CAGR of 13.4% during the forecast period (2022-2030).
By measuring an area's emitted and reflected radiation, remote sensing detects and monitors an area's attributes from a range (typically from aircraft or satellite). A software program or platform that processes remote sensing data is known as remote sensing software. These programs, which enable the generation of geographic information from sensor data collected by airborne, ground-based, and satellite sensors, are comparable to graphics software. Applications for the ocean, hazard assessment, coastal applications, and natural resource management are just a few industries using remote sensing software data. Additionally, it can quickly gather data at various resolutions and scales while surveying large, inaccessible areas. This software can also make it easier to find natural disasters like wildfires or floods that have extended over a vast area to hasten the preparation of rescue missions.
The main factors driving the growth of the remote sensing software market are the expansion of remote sensing technology, the increase in demand for remote sensing data across a range of defense & commercial applications, and the expanding use of geographic information system (GIS) applications for environmental risk management. The market growth, however, may be somewhat constrained by higher initial investment costs and an absence of comprehensive regulatory requirements or policies regarding remote sensing data. Contrarily, the popularity of emerging technologies like cloud computing, big data analytics, and the IoT is creating a wealth of opportunities for the market to expand.
Significant improvements are being made in the data collection, analysis, and processing of remote sensing technologies. The applications of remote sensing software are continuously expanding due to advancements in unmanned autonomous vehicles (UAVs), sensors, satellite systems, and survey scales. The use of remote sensing software is increasing as a result of this. In addition, advanced remote sensing initiatives about forest monitoring are being seen worldwide because of the expanding demand for improved satellite imagery to map the dissemination of forest ecosystems and categorize the three-dimensional structure of forests.
For instance, an American aerospace company called SpaceX launched the Global Ecosystem Dynamics Investigation (GEDI) sensing system up to the International Space Station in 2018 to gather information on the size and structure of forests. Global demand for remote sensing software in the field of forest monitoring is anticipated to increase due to these developments in remote sensing technology. Additionally, the need for remote sensing software in the defense industry is driven by the growing use of remote sensing data in defense applications to generate geographic information for applications like mission planning, flight simulation, and air-defense planning.
For instance, in 2020, the Royal Canadian Navy and the Canadian Special Operations Forces Command (CANSOFCOM), a defense organization, announced a partnership between Kongsberg Geospatial, an Ottawa-based defense, aerospace geospatial technology company, and Martinuav, a developer of UAV technologies, to pursue an integrated intelligence, surveillance, and reconnaissance (ISR) solution that includes remote sensing solutions. Defense organizations worldwide can use remote sensing software solutions to meet the growing demand for remotely sensed data.
Due to the need to build and maintain equipment, commissioning remote sensing systems is very expensive for companies that provide remote sensing software. In addition, using remote sensing for analysis is costly, especially when assessing or measuring smaller places. An operating person needs specific training to analyze remotely sensed images. The need for additional user training for the technology makes it a costly solution over time. Thus, it is anticipated that the higher initial investment and high operating costs for remote sensing technology will impede market expansion.
The Internet of Things results from recent developments in home automation, smart cities, smart environments, and various sensor networks for both military and non-military uses (IoT). The data generated by IoT and remote sensing technologies have the potential to provide a wide range of insights that can enhance system performance, lower costs, and provide proactive warnings of impending issues. Additionally, as a result of the development of big data analytics, remote sensing data is now experiencing a wide range of opportunities in various applications, including urban planning, the monitoring of natural hazards, and global climate change. Additionally, data assimilation technologies, which are frequently connected to big data from remote sensing, are swiftly adopted in the ocean, soil, atmosphere, hydrology, and agriculture research, creating even more lucrative opportunities for the market.
The global remote sensing software market is bifurcated based on the component, deployment mode, type, application, end-user, and region.
Based on the component, the categories include software and service.
The software segment will likely hold the largest market share, growing at a CAGR of 11.8%. Increased demand for geographic imaging among professionals to handle enormous amounts of geospatial data daily drives increased deployment of remote sensing software, which is developed for various functions and add-on apps to address remote sensing-related issues. Moreover, these applications save time and money, capitalize on current data investments, and enhance image analysis skills, all with a single software application.
The service segment will hold the second-largest share. Increased demand for remote sensing and mapping consulting services, as well as GPS satellite surveying and positioning services, in various industries, drive market expansion. Global remote sensing software and service providers are improving their software solutions to deliver more precise data for forestry, vegetation, pollution, weather, erosion, and land use analysis and comparison.
Based on the deployment mode, the categories include on-premise and cloud.
The on-premise segment will likely hold the largest market share, growing at a CAGR of 12.2%. On-premises remote sensing software allows remote sensing experts to analyze recorded photos and safely extract vital data on the organization's premises. The on-premise rollout of remote sensing applications has seen increased adoption because it enables quick and accurate responses and helps to improve the competitiveness of small and medium-sized businesses and research institutions involved in nature conservation, specific environmental protection, and precision agriculture.
The cloud segment will hold the second-largest share. Cloud-based remote sensing software adoption has increased due to the growing need to reach diverse clients on demand and enable many users to access geospatial technologies. The deployment of remote sensing software in the cloud provides vast data storage, processing, and geographical analysis while reducing the need for more powerful processing and hardware with greater efficiency.
Based on the type, the categories include web-based and mobile.
The web-based segment will likely hold the largest market share, growing at a CAGR of 12%. Web-based remote sensing software compares and processes images for habitat protection and environmental monitoring. Deployment of web-based remote sensing software is influenced by the increasing demand for inexpensive and user-friendly analysis tools to analyze remotely sensed imagery and access GIS data.
The mobile segment will hold the second-largest share. With the proliferation of mobile technology and advances in information and communication technologies (ICT), mobile-based remote sensing software is emerging to give real-time data collection and updates and more accessible access to remotely sensed data.
Based on the application, the categories include ground-based, airborne, and satellite.
The ground-based segment will likely hold the largest share, growing at a CAGR of 10.2%. The rise in the use of remote sensing software for ground-based applications is primarily driven by factors such as the increasing demand for high-resolution data, the software's stability, and the declining cost of hardware platforms.
The airborne segment will hold the second-largest share. With the proliferation of Unmanned Aerial Systems in the field of photogrammetry and remote sensing (PRS), the capacity to collect high-resolution geometric data supports the rise of the remote sensing software market for airborne applications.
Based on the end-user, the categories include defense and commercial.
The defense segment will likely hold the largest share, growing at a CAGR of 12.2%. Advancements in remote sensing software offerings, along with innovations such as the use of drones, sensors, and unmanned aerial vehicles (UAVs) for data acquisition; and the accessibility and use of high-resolution imagery, are enabling a substantial increase in the adoption of remote sensing software by defense organizations.
The commercial segment will hold the second-largest share. Continued use of remote sensing software to increase agricultural yields by assessing soil moisture and crop production; locate sub-surface resources such as natural gas & oil; and assist environmentalists in identifying ground, air, and water pollution drives market expansion.
The global remote sensing software market's region-wise segmentation includes North America, Europe, Asia-Pacific, and LAMEA.
North America is predicted to command the regional market while growing at a CAGR of 9.6%. Due to the massive presence of multiple geospatial information and technology companies, the North American region is one of the most enlarged marketplaces for remote sensing services. North America is the leading market for the use and development of remote sensing software solutions and services.
In North America, there is a considerable need for the application of cutting-edge archaeological remote sensing due to the rapid development in the need to solve academic and practical archaeological and anthropological research concerns. Researchers in this area study various strategies to combine collecting remote sensing data with interpretations grounded in theory to address anthropological issues in research projects. Additionally, current developments in satellite-based remote sensing provide the insurance design and predictive analytics markets with fresh growth prospects. Satellites' sophisticated sensors offer accurate, economic, and unbiased data regarding various vegetation and hydrological characteristics at different geographical resolutions.
Europe will likely hold USD 1,060 million, growing at a CAGR of 14.7%. This region's remote sensing market is expanding steadily and creating new chances for remote sensing software suppliers. The main factor influencing this region's remote sensing software market is the advancements in artificial intelligence and machine learning, along with information and communications technologies (ICT), to obtain advanced insights and analytics.
The European remote sensing software market is primarily driven by the region's growing interest in commercial Earth Observation (EO) projects. Commercial interests in developing and launching constellations of small, inexpensive satellites that can provide greater temporal and spatial coverage than larger institutional satellites are being sparked by commercial technologies like digital cameras and mobile phones that reduce the size and weight of the satellites. Furthermore, Europe has made significant investments in the EO sector's growth, further stimulating the remote sensing software market. For instance, the European EO services market generated roughly USD 1,415.8 million in sales in 2018, with an annual growth rate above 10%.
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