Phyterra combines satellite intelligence, drone monitoring, GIS analytics, and ecological science to help governments, conservation organisations, research institutions, and NGOs protect forests, conserve wildlife, and restore ecosystems at scale.
Sector Brief
The planet is losing biodiversity at a rate unprecedented in human history. Deforestation, habitat fragmentation, invasive species, and climate change are dismantling ecosystems that underpin food security, water supply, and climate stability. Yet most conservation programmes still operate with incomplete spatial data, fragmented field records, and limited capacity to quantify restoration impact.
Integrating satellite intelligence, UAV-based ecological surveys, multispectral analysis, and GIS-driven biodiversity assessment transforms how organisations plan, implement, and monitor conservation action. Phyterra's forest intelligence platform delivers the visibility needed to allocate resources precisely, demonstrate measurable impact, and build resilient ecosystems at landscape scale.
Challenges We Solve
Deforestation and degradation often go undetected for months. Our near-real-time satellite monitoring flags canopy loss events, encroachment, and illegal clearing within days of occurrence.
Fragmented landscapes isolate wildlife populations and reduce genetic diversity. Phyterra maps connectivity corridors, patch dynamics, and edge effects to inform landscape-level conservation planning.
Traditional field surveys are costly, infrequent, and geographically limited. Drone-based acoustic and thermal monitoring, combined with AI species identification, extends coverage across remote and inaccessible habitats.
Many critical ecosystems lack baseline biodiversity data. Multispectral analysis and habitat suitability modelling generate species-level distribution insights even where field access is severely constrained.
Restoration investment is often misallocated without spatial prioritisation. Our ecological intelligence models identify highest-value restoration zones based on biodiversity value, carbon potential, and hydrological function.
Funders and policymakers require verifiable outcomes. Phyterra's monitoring frameworks provide longitudinal evidence of habitat recovery, species return, and ecosystem resilience improvement over time.
Intelligence Architecture
Real-time and time-series satellite monitoring of forest cover change, canopy structure, and landscape dynamics across protected and unprotected areas.
Species-level monitoring, habitat suitability modelling, and wildlife corridor mapping that transforms fragmented field observations into landscape-scale biodiversity intelligence.
Science-based restoration prioritisation, protected area performance analytics, and ecological resilience modelling that helps conservation organisations demonstrate and scale measurable impact.
Applications
Real-time encroachment alerts, patrol optimisation, and habitat condition monitoring for national parks, wildlife sanctuaries, and biosphere reserves.
Population monitoring, range analysis, and corridor intelligence for flagship and endangered species conservation programmes.
Baseline assessments, indicator species mapping, and target-setting support for national and subnational biodiversity strategies aligned with the Kunming-Montreal framework.
Site suitability analysis, restoration progress tracking, and ecosystem recovery verification for large-scale reforestation and rewilding initiatives.
Spatial data products, ecological modelling, and conservation analytics for NGOs conducting applied biodiversity research and landscape-level conservation programmes.
Carbon stock mapping, ecosystem integrity scoring, and co-benefit quantification for REDD+, voluntary carbon market, and nature-based investment programmes.
In Practice
Continuous satellite-based forest monitoring, UAV wildlife observation programmes, and sensor-driven habitat condition assessments provide uninterrupted ecosystem health tracking across vast and remote landscapes.
Biodiversity modelling, species distribution analysis, landscape connectivity assessment, and conservation performance evaluation convert raw spatial data into decision-ready ecological intelligence.
Conservation planning tools, restoration prioritisation frameworks, protected area management dashboards, and biodiversity policy analytics translate intelligence into measurable on-ground outcomes.
Results