Mobile mapping is a technology frontier where several technologies are being applied to improve particular mapping tasks, not one unified sector of integrated technologies. Using theodolites in the late eighteenth century to determine the absolute positions of fixed, usually high points from solar observations and then measuring the edges of sizable triangles drawn across the landscape to determine the locations of other high points, the first modern maps were created.
Using mobile mapping systems is a highly accurate way to collect geospatial data from moving vehicles. Depending on the end-use application, the system may include several components, including location sensors, LiDAR, laser scanners, numerous remote sensing devices, and radar-mounted digital cameras installed on mobile platforms like boat SUVs and all-terrain vehicles (ATV). Land surveying, map creation, laser scanning, facility/road management, aerial surveys, and many other uses call for the usage of mobile mapping.
The global mobile mapping market is projected to Register a CAGR of 12.31% over the forecast period, according to a study by MRFR. One of the most widely used geospatial techniques is mobile mapping, which enables businesses and researchers to collect data more quickly and produce precise 3D models even in challenging environments. Mobile mapping technology uses a mobile device to digitalize complex landscapes at a very high spatial resolution. The goal is to gather precise and reliable geographical information about things and exciting locations. Mobile mapping is a technology frontier where several technologies are combined to improve mapping tasks rather than one coherent sector of integrated technologies.
To build and run intelligent cities and provide a source of income for the city managers, it is necessary to have a trustworthy and precise geospatial database. For instance, the city of Amsterdam used the Trimble MX7 mobile mapping system. Many departments use street-level photography for tax collection, managing public spaces, and public safety. Amsterdam could gather street-view imagery whenever they wanted and share it with internal stakeholders, thanks to the mobile mapping technology. However, businesses wishing for complete mobile mapping solutions must invest significantly in IT hardware like scanners, encoders, cameras, and software. Additionally, they would have to spend more money securing all the network’s devices.
Budget-constrained enterprises will be less likely to use mobile mapping systems due to the upfront costs. As a result, the use of such systems for routine road corridor surveys has been severely constrained by the high cost of system procurement and deployment.
Automation makes driving more comfortable for the driver by handling the taxing tasks. Mobile mapping systems enable the many autonomous driving use cases, such as Predictive Cruise Control, Predictive Powertrain Control, and Intelligent Speed Assistance. Companies collaborated to provide crowdsourced HD map updates quicker and more precisely to boost autonomous vehicles’ safety.
Mobile mapping systems consist of onboard client software and an internet service that delivers map content quickly and reliably at low data and integration costs. To enhance the driving experience, driverless automobiles are likely to integrate mobile mapping technologies.
North America to hold largest share
According to market share, North America dominates the mobile mapping industry. Due to the presence of major players like Google Inc., Apple Inc., and Microsoft Corporation, as well as their efforts in creating mobile mapping solutions throughout the US, Canada, and Mexico, the regional market has experienced tremendous growth. Europe holds the second-largest market share for mobile mapping. In the region, the use of mobile mapping technologies in sectors like industrial, government, and transportation has proliferated.
The paper covers the COVID-19 pandemic’s effects on the market in detail. The mobile mapping sector has benefited from the pandemic. During the continuing COVID-19 pandemic, mobile mapping has become famous for tracking infected people’s movements and whereabouts. Governments are heavily utilizing mobile mapping applications to map demographic information and tie it to disease development in a particular area.
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