Blog
Field notes and release notes from building Lisaris.
Explore Lisaris: satellite analytics across every industry
The full tour of Lisaris EO Studio: how a square on the map becomes finished mineral, methane, water and vegetation layers, what the workspace actually does, and what that changes for the people who use it.
Refusal over approximation
Why Lisaris declines to run an analysis the sensor cannot support, and why that discipline is the product.
Case study: mapping alteration over a historic Nevada district
A full hyperspectral scene over the reference district for imaging spectroscopy, classified per pixel and checked against an independent expert system.
Lisaris EO Studio is live
Search open satellite archives, run analytics in place, and get results with provenance attached. Searching is free for everyone.
The Spectral Advantage in Agriculture
Orbital shortwave infrared characterisation of agricultural soils, extracting the Cellulose Absorption Index (CAI) for crop residue cover, clay mineral composition, and soil organic carbon (SOC) baseline proxies across bare soil windows..
The Spectral Advantage in Forestry
Sub-pixel spectral unmixing and radiative transfer modeling of forest canopy biophysical variables, quantifying Equivalent Water Thickness (EWT), chlorophyll red-edge inflection shifts, and selective timber harvesting disturbance..
The Spectral Advantage in Water Quality
Quantitative bio-optical inversion for inland water monitoring, resolving phycocyanin absorption features (620 nm), chlorophyll-a absorption (665 nm), and total suspended matter scattering across complex Case-2 inland water bodies..
The Spectral Advantage in Energy
Applied orbital spectroscopy for geothermal alteration cap mapping, microseepage identification, and pipeline corridor terrain stability.
The Spectral Advantage in Mineral Exploration
This paper establishes the rigorous mathematical foundation for orbital continuum removal and non-negative least squares library unmixing against a public laboratory spectral library.