Product · Satellite Evidence
A before / after or change scan built from Copernicus Sentinel-2, Landsat and public open-data missions — with scene IDs, dates, cloud cover and an honest ‘what this supports / what it does not’ framing on every plate.
Featured example
Two zero-cloud Sentinel-2 L2A scenes for the Nancy-Bird Walton International Airport site show empty farmland transformed into a runway, terminals, motorway upgrades and precinct roads. Drag the divider to compare.
Copernicus Sentinel-2 (10 m), processed by Oakhampton · matched-season scenes · Apr 2018 / Apr 2025
Animated timeline
Matched-season Copernicus Sentinel-2 (10 m), processed by Oakhampton. Farmland → earthworks → operational airport, with the source and dates on every frame.
Broad site context, buildout progress, corridor and precinct change on a public open-imagery evidence path.
Engineering measurement, tenant identification, small-object counting or works-progress verification alone.
Lanes
From AUD 950
Sentinel-2, Landsat and public map data for regional context, land-use change, buildout, flood / fire exposure, vegetation and corridor logic. No paid imagery procurement.
AUD 2,250 + imagery if needed
Adds archive imagery (Planet, Maxar), aerial data or client-supplied media where the buyer needs sharper evidence for construction progress, car parks, truck yards, ports, stockpiles or property-level change.
Who this is for
Satellite evidence packs suit any buyer who needs a defensible visual story on public sources: infrastructure, mining, insurance, planning and legal.
Buildout progress on airports, highways, ports and rail corridors when field access is limited or slow.
Lease footprint change, activity indicators and route-to-market context using free public imagery.
Loss context, flood or fire scan, event before/after and screening before dispatching a loss adjuster.
Land-use change, vegetation, disturbance and precinct-scale monitoring on an open evidence path.
Public, sourced, dated imagery with scene IDs for briefings that need a defensible trail.
Sources
10 m true-colour optical, ~5 day revisit. Best for site, corridor and precinct change since 2015.
30 m optical, ~50 year archive. Best for long-baseline change and regional context.
375 m radiance, daily. Best for event context, night lights and broad monitoring where 10 m is not needed.
STAC API into Sentinel COGs. The workhorse for fetching Sentinel-2 L2A scenes by point, date and cloud cover.
Interactive exploration; used to confirm cloud cover and scene coverage before locking a scene ID.
Paid archive imagery (Planet, Maxar, Airbus) or tasked capture is scoped only where a decision cannot be made from open data.
FAQ
For airports, mines, precincts, corridors, ports and industrial estates: yes — 10 metre true-colour reads buildings, roads, cleared land, water and vehicles-in-groups. It is not enough for individual truck identification, sub-metre construction verification or property-line disputes.
Sentinel-2 back to 2015, Landsat back to the 1980s (colour degraded on older missions), MODIS/VIIRS back to 2000/2011. We pick the shortest baseline that supports the decision so the visuals are as sharp as possible.
Every scene is checked for cloud cover before use; the plate footer records the exact percentage. Where seasonal cloud prevents a clean pair, we widen the date window, layer multiple scenes or recommend a paid tasked capture.
Yes — Copernicus and Landsat imagery is open under permissive terms with attribution. The plate already carries the required source ledger. Public advertising use should still be flagged during intake so we can confirm the specific mission's attribution requirements.
Every satellite plate carries a 'What this supports / What it does not support' block. It is how we keep open-data evidence defensible: the plate tells the audience where the imagery can be relied on and where a paid capture, engineering inspection or official finding is still required.
The composed plates and any client deliverables are retained; the raw COGs are streamed from public archives and not resold. Scene IDs are recorded so a future re-render or extension is a scoped follow-up.
Next Step
Send the location, the date window and the decision. We confirm scene availability, cloud cover and the honest scope on open data before recommending any paid capture.