The river tells you
before it arrives.
PRAVAAH watches rainfall, terrain, and river sensors together — turning hours of warning into minutes your village can actually use.
Not another weather dashboard. A last-mile decision layer.
PRAVAAH doesn't replace IMD, CWC, or NDMA — it fuses their signals with terrain and local sensors to answer the one question a village dashboard can't: how many minutes do you actually have.
01 — FUSE
Multi-source monitoring
Rainfall, terrain slope, historical flood records, and live sensor readings are combined for every village — not treated as separate feeds.
02 — PREDICT
Actionable lead time
Not just "high risk" — an estimated number of minutes before the water arrives, weighed against how long evacuation actually takes.
03 — ALERT
Event-driven, not fixed-interval
A sensor threshold crossing triggers an immediate re-check — the system doesn't wait on a timer while conditions worsen.
This isn't one district's problem. It's every hilly state's.
active landslide zones across 179 districts in 19 Indian states and union territories. — GSI, 2025
of India's land area is landslide-prone — spanning the Himalayas, Northeast hill ranges, and Western Ghats alike. — GSI
new landslide zones identified every single monsoon season in Uttarakhand alone — the terrain itself keeps shifting. — GSI, 2025
Sikkim, Uttarakhand, Himachal Pradesh, and Arunachal Pradesh each have over 40% of their area classified as highly susceptible — a national pattern, not a regional one.
System Architecture
From a rain gauge to a village alert, in one pipeline.
The Escalation Model
Every village sits in one of four states, live.
Baseline monitoring, 15-min cycle
Cadence tightens to 5 min
Sensor threshold, instant re-check
Alert dispatched, lead time shown