Beyond Habitat Maps.
Understand What
Holds the Landscape
Together.
Satellite intelligence. Ecological connectivity.
Real-world conservation impact.
“Knowing where habitat exists is only the beginning.”
Observe the Real Landscape
Start with trusted satellite observations to understand the coastal ecosystem as it exists today.
From Satellite Observation to Decision
An automated end-to-end workflow transforming raw earth observation into actionable conservation intelligence.
Free Sentinel-1 radar images cover the whole coastline every few days, and radar sees through monsoon cloud.
Six Core Environmental Intelligence Modules
A decision-support system built for coastal authorities, forest rangers, and researchers.
Interactive Coastal Map
High-resolution patch segmentation, corridor layers, and multi-spectral GIS overlays.
Change Detection
Compare pipeline runs from different years, patch by patch — model output, not measured change.
Criticality Analysis
Finds the small stepping-stone patches whose loss would break the network apart.
Scenario Lab
Draw a threat or a restoration on the map and see the effect, recomputed exactly. Simulated, not a forecast.
Restoration Planner
Sites ranked by how much forest they would reconnect; costs only when real cost data exists.
Field Verification
Send a patch to verification, assign a field task, and require photo + GPS evidence before confirmation.
From Satellite Observation to Conservation Decision
Query individual patches, inspect connectivity metrics, and test what happens when a patch is lost.
Figures: Kerala 2025 analysis run (development model — not final). The map here is a schematic; the Command Center shows the real geometry.
What happens if this patch is removed?
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Four Iconic Coastal Landscapes
Evaluation across high-biodiversity Indian estuaries, Ramsar wetlands, and UNESCO Biosphere Reserves.
Vembanad–Kol Wetland
Backwater system where mangrove fringes meet the Arabian Sea. Thin 1–3 pixel mangrove fringes make it the hardest of the four cases.
Sundarbans Western Delta
World's largest contiguous tidal mangrove forest, cut by wide tidal rivers.
Gulf of Mannar Reefs
Chain of 21 islands with coral reefs, seagrass beds, and island mangroves anchored by a dominant coastal shelf.
Bhitarkanika Mangroves
India's second largest mangrove ecosystem, acting as a crucial cyclonic storm surge attenuation buffer.
From Analysis to Restoration
Restoration money should go where it reconnects the most forest, not simply where there is space. Sites are ranked by the connectivity they would add back; costs are included only when real cost data exists.
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“AI recommends. Evidence explains. GIS contextualizes.
Scenarios quantify. Officers decide. Field verification confirms.”
EcoConnectAI equips conservation authorities with structural evidence required for defensible, transparent coastal planning.
All-Weather Radar Mapping
The model reads free Sentinel-1 radar, which sees through monsoon cloud and at night. Optical Sentinel-2 images are shown only for context.
Connections, Not Just Area
Treats the coast as a network of linked patches, so it can find small stepping-stone patches that a simple area count would miss.
Evidence You Can Check
Every ranking shows its reasons: patch size, number of links, whether it holds groups together, and the measured loss. Anyone can recompute it.
Test Threats Before They Happen
Draw a proposed road, port or clearing and see how the network would break, before the decision is made. Results are simulations.
Restore Where It Counts
Ranks restoration sites by how much forest they would reconnect, so limited budgets go where they help most.
Checked on the Ground
Field staff get tasks with GPS and photo evidence; an officer signs off before any map change is accepted.
Responsible AI: Zero Black-Box Decisions
See What Holds
the Landscape Together.
Explore EcoConnectAI's coastal intelligence workflow. Quantify bottleneck patch criticality, stress-test disaster scenarios, and prioritize restoration investments across India's most vital marine ecosystems.