Location data you can check.Every number traced to its source and its date.
Land-IP keeps a current record of any place: satellite series, published calculation methods, and measurement on site. Built for the desks that underwrite, lend, insure, and report.
The gap
Most decisions about physical systemsstill run on data that cannot keep up.
01
The data is old.
A static report is true the day it is printed. Risk, water, cover, and work keep moving. The paper on the desk does not.
02
The figures cannot be checked.
Numbers arrive without source, method, or units. A figure you cannot recompute is a figure you cannot fully trust, and you price that in.
03
Ground and desk are disconnected.
What happens at the place lives in one system. What the models and reports see lives in another. Nobody is reading the same record.
If you underwrite, lend, buy, insure, manage, or report on physical systems, that gap is your risk. Closing it is what Land-IP does.
What Land-IP is
One system with two ends.
On the ground
An app in a worker’s hand, or a local node on site, capturing sensors, measurements, and work as they happen.
Above it
A visibility layer: live satellite series and cited calculations, consolidated with the ground record into one structured, current view of the place.
One record between them. The desk sees what the ground knows.
How we know
Every figure opens to its source and method.
Where nothing was measured, the field stays empty, so you can see exactly what is known, what is not, and how each number was made.
Published methods and cited constants. The sources are on file, and the arithmetic re-derives.
History stays on the boundary. A number tells you when it was true, and corrections append. They never overwrite.
Worked example · from the live record, 17 July 2026
Cape Kimberley, Lot 89B
Elevation from orbit
NASA SRTM, 30 m. Slope derived per pixel
Steeper than a 1-in-6 gradient
Douglas Shire Planning Scheme 2018 · hillslopes
Watercourse lines
Queensland Watercourse Identification Map
Within 25 m of a watercourse
Douglas Shire Planning Scheme 2018 · waterway corridor
Ground height from orbit
NASA SRTM, 30 m. Height above sea level
Low ground below 2 m
Douglas storm-tide hazard mapping
Combined, then clipped to the block
Constrained means too steep, inside a watercourse setback, or flood-prone. Read from open satellite and public mapping, stated as modelled; ground survey refines it.
Same chain for every published figure on the record.
Request a briefingLand on the record
What we have mapped and valued.
Live aggregation from places already on the continuous place record. Freehold production and protected tenure are held separate, the way the ground actually works.
The ClimateForce · built with partners on Eastern Kuku Yalanji country, including Jabalbina.
Designed to travel
Next
Talk with us.
Briefing on place visibility for operations, capital, or a district. Your note lands in our inbox on this server. We watch and reply.
Prefer to start with your boundary? Bring your land. No account, short journey, optional email report.
Acknowledgement of Country
The ClimateForce acknowledges the Eastern Kuku Yalanji peoples as the Traditional Custodians of the Land and Sea country on which we operate. Sovereignty was never ceded.