Case studies
Putting the physics to work
How the Anubis Labs approach is applied in demanding environments, from the intensively studied Giza Plateau to complex urban infrastructure, and what satellite radar can reveal beneath each.
An extreme test environment
The Great Pyramid Plateau
Context
The Giza Plateau is one of the most intensively studied sites on the planet, decades of archaeological, geological, and geophysical research. Any subsurface interpretation here must withstand extraordinary scrutiny.
How the technology is applied
Existing satellite radar archives of the plateau are processed with Harmonic PolSAR, interpreting subsurface structure directly from radar phase history, without drilling, ground sensors, or any field deployment.
What it shows
It demonstrates how the approach can be applied to characterize subsurface structure in a highly complex, heavily documented environment, using only data already collected from space.
Why it matters
If the method can be applied in one of the most constrained and studied environments on Earth, it can be applied anywhere.
From test environment to real-world use
Urban & Infrastructure Environment
Context
Urban and infrastructure environments present complex subsurface conditions, overlapping signals, and dynamic surface behavior.
How the technology is applied
The same physics-based framework is applied to satellite radar over a complex urban setting, combining surface deformation analysis (PSInSAR) with subsurface interpretation (Harmonic PolSAR).
What it shows
It illustrates how the approach extends beyond iconic test sites to noisy, dynamic environments, supporting infrastructure-monitoring and risk-assessment use cases.
Why it matters
It shows the method is suited to complex, real-world conditions, not only static archaeological sites.
Apply it to your area of interest.
Want to see how the approach applies to your project? Define an area of interest and we'll respond with a pilot scope.