Time
Reconstruct the past or observe the present using decades of satellite radar archives.

4D Subsurface Intelligence from Space
Anubis Labs extracts subsurface structure from satellite radar phase history. Deterministic. Non-invasive. No drilling, no ground sensors, no black-box AI.
The premise
Conventional radar processing discards the weak, delayed echoes returning from below the surface, treating them as noise. We read them. By interpreting the physics already hidden in radar phase history, Anubis Labs turns satellite data into subsurface structure.
The 4D Framework
What we observe, where, when, and how deep.
Reconstruct the past or observe the present using decades of satellite radar archives.
Target any area on Earth from existing coverage, no ground equipment, no field deployment.
Measure millimetric ground deformation over time with persistent-scatterer InSAR.
Interpret structure, materials, and fluids beneath the surface with Harmonic PolSAR.
Every result traces back to signal physics, not training data, not probabilistic guesses.
Analyze remote or inaccessible terrain from existing satellite coverage, anywhere on Earth.
Applied on the Giza Plateau and in noisy urban infrastructure, among the most scrutinized environments on Earth.
Applications
One physics-based framework, applied across the sectors that depend on what lies beneath.
Large-area groundwater assessment and long-term subsurface water dynamics.
Non-invasive subsurface structural mapping to de-risk exploration before drilling.
Anomaly detection and deformation monitoring to protect critical assets.
Consistent, scalable subsurface intelligence for programs of national scale.
Case study
On the Giza Plateau, one of the most intensively studied sites on the planet, the Anubis Labs approach is applied to existing satellite radar to interpret subsurface structure, with no ground instrumentation. If the method applies here, it applies anywhere.
Read the case studies →Define an area of interest and your objective. We'll respond with a pilot scope and timeline, typically within 1–2 business days.
Request a Pilot →