AI-Powered Digital Mapping
Updated maps, insights and reports, delivered on your schedule. PLANETRA uses AI to turn Earth imagery into detailed vector maps for the places you manage.
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Land outlines: Natural Earth 1:50m. Malaysia highlighted in mint.
What the name means
PLANETRA brings together planet and netra, the word for eye. We act as an eye on the planet, helping people see, understand and interpret the places that matter to them.
How it works
Convert Earth imagery into structured vector maps: building footprints, parcel boundaries, waterways and land-use regions.
Compare mapped features between surveys to identify the patterns and changes that need attention.
Receive insights and automated reports that support informed action, at intervals agreed with you.
Maps are the foundation. Understanding and decisions are the outcome.
Outputs
One river town, four views. Imagery goes in, and structured maps, detected features and a layered 3D view come out.
These are concept renders for illustration. They are not results from a real analysis.
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Input
Aerial or satellite imagery of the area you manage is the starting point. Survey dates and coverage are recorded from the first step.
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Digitize
Imagery becomes structured regions: parcels, waterways, forest, farmland and built-up areas, each a layer you can measure and query.
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Discover
Buildings, trees and vehicles are identified and outlined as polygons, so they can be counted and compared between surveys.
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Decide
Footprints and heights combine into a 3D view of the area. Highlighted buildings show where attention is needed next.
Imagery to vector map
The map shows the vector output, with buildings, tree canopy, water, farmland and roads each as their own class. Move your cursor across it to reveal the original aerial imagery underneath.
Vector map classified output
Aerial-to-vector conversion
Lens aerial imagery
Concept images for illustration, not a real analysis result. This view shows aerial-to-vector conversion. Change detection compares vector maps from two survey dates.
Who we serve
Our work has to hold up in a government briefing and be useful to a geospatial specialist. Each output leads with practical value and keeps the technical detail close at hand.
What you need
Clear information, dependable delivery and outputs you can explain and use.
Credibility · clarity · accountability
What you need
Current spatial understanding and visibility into the changes that affect your plans.
Practical insight · relevance · confidence
What you need
Precise, understandable mapping outputs and transparent methods.
Technical competence · precision · usefulness
Platform preview
The PLANETRA platform follows the same workflow our team uses today: upload a survey, review the map, check what changed, then prepare the report.
Concept screens of a platform in development. Today our team delivers maps, insights and reports to you as a service. Data shown is illustrative.
What you receive
Our team delivers each output to you. We are starting with a focused offering, AI-powered geospatial digitization, and we are clear about data dates, coverage, methods and limitations.
Building footprints, parcel boundaries, waterways and land-use regions as structured layers.
What was added or modified between surveys, with survey dates and a clear legend.
Readable findings with dates, coverage, methods and limitations, ready to share with decision-makers.
Change report · Sample area
Sample layout
Illustrative data
Findings concentrate in the north-east blocks, where most new footprints appear on previously empty parcels.
Choose how often you want updated maps and reports. We agree the interval with each client and do not imply continuous monitoring.
4 deliveries a year. Each one includes an updated vector map, a change summary and a report.
Start a conversation
We will discuss coverage, the outputs you need and an update interval that fits your work. Request a demo or talk through a project.
Malaysian-rooted, globally ambitious.Local knowledge helps us interpret context and work closely with clients, and our outputs are built to be read anywhere.
Concept render
