top of page

Environmental Impact Assessments, NI baseline surveys, MPA monitoring, coral health, biodiversity mapping

Cold water anemones covering the coral reef in the arctic waters of Svalbard.

Non-Invasive Environmental Intelligence for the Deep Ocean

The Problem Today

Traditional deep-ocean environmental monitoring is slow, expensive, and destructive. Physical sampling disturbs fragile ecosystems, grab samples miss 99 % of the area, and conventional cameras cannot distinguish live coral from dead coral from manganese crust. Regulators, conservation NGOs, and responsible miners all demand better: repeatable, zero-footprint, quantitative data that meets or exceeds International Seabed Authority (ISA) and NOAA standards.

How Benthic Spectral Delivers

  • Full-Spectrum Habitat Mapping 400–1,000 nm hyperspectral data classifies benthic substrates, megafauna, and indicator species at >95 % accuracy in real time — no post-processing delays.

  • Zero Physical Interaction Tow-sled or ROV-mounted systems operate 1–3 m above the bottom. Nothing is collected, crushed, or resuspended.

  • Quantified Deliverables Geo-referenced spectral cubes, biodiversity indices, and percentage cover maps ready for direct submission in environmental impact assessments and monitoring programs.

  • Long-Term Monitoring Ready: Identical lighting temperature and spectral calibration on every transect guarantee repeatable measurements across years and contractors.

Key Environmental Applications

Cold-water coral and sponge habitat health assessment

Pre-disturbance baseline surveys for deep-sea mining permits

Carbonate mound and chemosynthetic community mapping

Marine Protected Area (MPA) boundary verification

Post-decommissioning site recovery monitoring (oil & gas platforms)

Submarine cable and renewable energy route clearance surveys

bottom of page