Field survey instrument · Android & web

Field evidence, not just photos.

GeoFold turns a field phone into a survey instrument: every point carries a coordinate, an accuracy figure and a timestamp written onto the image itself. It keeps working with no signal, then sends itself the moment there is one.

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Our position0°04′32″ N111°29′43″ EOur first survey site

A 3D terrain block of the ground we work on, built from real satellite elevation data — Where we work · This is the point the product came out of: real problems in the field, not assumptions made in a meeting room.

Free projects: 2forever
Photos per project: 3free plan
Export formats: 2XLSX · CSV
Cost to start: Rp 0no card

Who it is for

Wildlife conservationForestry & plantationsEnvironmental consultantsAsset mappingField researchGovernment & NGOsMine reclamationTopographic survey

What it does

Five things, done until they are right.

This is not a feature list. It is the line between field records that hold up under scrutiny and photos quietly rotting in a phone gallery.

Capture

Coordinates printed inside the photo

Not metadata that disappears the moment the file is forwarded. Position, accuracy and time are written onto the image itself: the evidence travels with it.

Offline

The signal drops, the work carries on

Points queue up on the device and send themselves the moment there is a signal. Nothing to write down twice, nobody waiting on a screen.

Map

See the spread, not the list

Every point drawn on a satellite or street map, with a quadrat grid for measuring how much of a block has actually been covered.

Export

Excel with the photos still attached

One .xlsx file with each photo embedded in its row, or .csv if you want to process it further. No extra software, no reassembling anything.

Drone

Aerial photos join the same queue

The DJI drone build captures from the aircraft, with the aircraft's own coordinates, then files the results into the same project as a walked survey.

Capture

Coordinates printed inside the photo

Not metadata that disappears the moment the file is forwarded. Position, accuracy and time are written onto the image itself: the evidence travels with it.

Offline

The signal drops, the work carries on

Points queue up on the device and send themselves the moment there is a signal. Nothing to write down twice, nobody waiting on a screen.

Map

See the spread, not the list

Every point drawn on a satellite or street map, with a quadrat grid for measuring how much of a block has actually been covered.

Export

Excel with the photos still attached

One .xlsx file with each photo embedded in its row, or .csv if you want to process it further. No extra software, no reassembling anything.

Drone

Aerial photos join the same queue

The DJI drone build captures from the aircraft, with the aircraft's own coordinates, then files the results into the same project as a walked survey.

How it works

01 / 03

Three steps, then done.

From an empty project to a report you can send, with nothing extra in between.

01
Create a project
Define the form fields yourself: the finding, its condition, your notes. Whatever your team actually records in the field.
02
Take a point
Photo, coordinates and accuracy are saved together. Works with no signal at all.
03
Pull the report
Export Excel or CSV any time: from the phone or from the browser. The data stays yours.

Why this matters

A photo without coordinates is not evidence.

An ordinary field photo keeps its location in metadata, and the metadata is gone the moment the image goes through WhatsApp, gets copied again, or is edited even slightly. Six months later, nobody can prove where it was taken.

GeoFold writes the coordinates, accuracy and time into the image itself, then stores the same figures in the database. Both stay attached wherever the photo travels.

Where we workThis is the point the product came out of: real problems in the field, not assumptions made in a meeting room.

The ground we work on

Not a decorative map. This is the actual ground.

Five blocks of terrain around Sintang, rendered from the same public elevation data our tools use. The number on each panel is its relief — the height difference between the lowest and highest point in that block: from 78 metres in the lowland swamp to 979 metres in the high country.