Enables time-series monitoring of development status in target areas globally
Automatically detects newly constructed buildings in urban and suburban areas,
enabling the identification of development trends and monitoring around key infrastructure
By leveraging "Building Change Detection AI",
wide areas can be monitored regularly
through automated analysis of satellite imagery
Space Shift's Building Change Detection AI can automatically detect the presence of buildings, as well as newly constructed or demolished buildings, in a designated area.
Comprehensive Tracking of Building Trends
Across Vast Areas
Satellites can capture hundreds of kilometers in a single pass. By monitoring everything from individual municipalities to multiple cities at once, you can perform wide-area surveys and regional comparisons with maximum efficiency.
Pinpoint Change Detection
by Month or Year
Utilizing Optical and SAR satellite data, we enable comparisons across any specific month or year. We flexibly meet needs such as "identifying changes between October of last year and October of this year."
Optimize Operations and
Resource Allocation with Objective Data
Start with a high-level overview of where changes are occurring via satellite analysis. By narrowing down on-site inspections only to confirmed areas, you can optimize staff allocation for surveys and data collection.
Feel free to contact us about our Building Change Detection AI.
Leveraging satellite data and AI to provide insights into building trends, detecting new construction and demolitions within specified areas. By quantifying comparative data between two periods on a mesh grid, it supports urban development tracking, real estate assessment, and disaster prevention planning.
Analysis Packages
Suitable for all scenarios, including spot analysis and Proof of Concept (PoC).
JPY 990,000 per analysis ~
System Integration
Now Planning...
Seamlessly integrate with your internal systems to automate the delivery of analysis results.
-- / month
The above is under review and subject to change.
Please contact us for individual requests.
Analytics Dashboard
Now Planning...
Instant access to results via your browser. Complete your entire analysis within a dedicated UI.
-- / month
The above is under review and subject to change.
Please contact us for individual requests.
Real Estate Investment
By conducting regular monitoring, changes in specific areas can be visualized, enabling time-series analysis of urban development trends.
In many overseas regions, particularly in Southeast Asia, it is difficult to obtain accurate information on land and real estate. However, by utilizing Building Change Detection AI, such data can serve as a valuable resource for real estate investment decisions both domestically and internationally.
Advantages of introduction
Enables time-series monitoring of development status in target areas globally
Automatically visualizes areas undergoing active land utilization and building development
Detects not only new constructions but also demolished buildings, supporting better real estate investment decisions
Map Updating Operations
Since identifying areas of undergoing urban development are needed for updating maps, on-site surveys are conducted. However, collecting such wide-area information is often challenging.
By utilizing Building Change Detection AI, detection of urban development across large areas can be automated and efficient.
Advantages of introduction
Improving efficiency in selecting survey areas
Cost and volume reduction in acquiring aerial imagery and associated data
Feel free to contact us
about our Building Change Detection AI.
This case study showcases how Space Shift’s Building Change Detection AI improves the efficiency of map updating operations.
We will showcase how satellite data can be used in Urban OS and smart city initiatives through real-world examples.
We introduce a new approach to urban monitoring that combines satellite data with on-site inspections for professionals responsible for the development and management of remote or overseas real estate.
This paper introduces an advanced method that leverages AI-powered satellite imagery analysis to automatically detect building changes. The approach enhances operational efficiency in various applications, including smart city planning, real estate investment, and overseas market analysis.
A A: Please refer to: [TECHNOLOGY] Differences Between Optical Satellites and SAR Satellites.
*Building Change Detection AI works with both satellite types. Feel free to contact us for more information."
A A: We target buildings that have undergone changes such as construction or demolition. However, features that resemble building changes may appear in SAR or optical satellite imagery, leading to false detection.
A A: Any area covered by satellite observation. We will check the availability of the designate area. Please feel free to contact us for more details.
A A: We basically provide data on a weekly basis and propose the update frequency to fit your specific use case, Higher-frequency monitoring is also available depending on your requirements.
A A: We do not offer a public demo. Please contact us directly for a demo.
Kindly note that we may not be able to respond to requests from companies in competing sectors.
If you have any questions about using our Building Change Detection AI, feel free to contact us.