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Mission Command Overview

Real-time analytics and active risk assessments.

Active Alerts

12 2

New Disasters

4 1

People Saved (Est)

14.2k 1.1k

Success Rate

96.4% 0.3%

Affected Pop.

2.1M

Critical Zones

3

D-SQUARE Intelligence

  • High flood probability detected from rapid surface-water expansion in the Godavari basin.
  • Landslide risk elevated due to soil moisture anomaly and slope instability in Western Ghats sector.
  • Ground deformation pattern indicates elevated tectonic activity near the Himalayan fault line.

Top Priority Alerts

Flash Flood Warning

Zone: TN-Delta | 10 mins ago

Imminent Landslide

Zone: KL-Wayanad | 25 mins ago

Tactical Situation Map

Live topographical hazard mapping and deployment tracking.

Live Map

Filters

Location Details

Sector 7G - Nilgiris

Risk Level: Critical
Pop. Density: High
Evac Routes: Compromised

Orbital Telemetry (SAR)

Synthetic Aperture Radar analysis via dual-band (L & S) frequency.

Change Detection Scan

SAR Scan

Live Sensor Data

SatelliteNISAR-Prime
Orbit TypeSun-synchronous
Altitude747 km
Radar FreqL-Band (24 cm)
Soil Moisture+34% Anomaly
Surface Water+112 km² Spread
Ground Deform0.8 cm/yr subsidence

AI Analysis: Extreme soil saturation detected correlating with 8% slope instability. Coherence tracking confirms pre-landslide signatures.

Ground Station Uplink

Direct terminal feed from NRSC Shadnagar and ISTRAC nodes.

bash - dsquare-uplink - 80x24
> Initializing telemetry handshake...
> Ground station link established [NRSC-SHAD].
> Authentication successful (RSA-4096).
> Waiting for SAR packet transmission...

Incident Command

Manage, verify, and broadcast actionable intelligence.

ESP8266 Live Node ONLINE

STATUS: NORMAL

Risk Level: NORMAL Source: Direct MQTT Uplink

All telemetry parameters are within safe thresholds. No immediate landslide risk detected.

Awaiting telemetry...
Landslide Just Now

Ooty - Coonoor Highway

Severity: CRITICAL Confidence: 94% (SAR + Ground)

Massive slope failure imminent due to supersaturated soil. Road blockage highly probable.

Recommendation: Evacuate nearby settlements, halt traffic immediately.
Flash Flood - 2 Hrs

Brahmaputra Basin

Severity: HIGH Confidence: 88%

River levels breached danger mark at 3 telemetry stations.

Recommendation: Issue public advisory, prep NDRF teams.

Citizen Response Module

Public-facing emergency toolkit and SOS beacon.

Emergency Instructions

  • 1. Move to Higher Ground: Evacuate low-lying areas immediately.
  • 2. Pack Essentials: Grab your 72-hour go-bag (water, meds, docs).
  • 3. Disconnect Utilities: Turn off main power and gas lines.

Nearby Safe Zones

Govt. High School Shelter 1.2 km away • Capacity: 250/500
Community Hall 3.5 km away • Capacity: 100/200

Analytics & Preparedness

Historical data and predictive modeling for resilience planning.

Warning Success Rate (YTD)

Q1
Q2
Q3
Q4

Significant improvement post D-SQUARE integration.

Preparedness Library

Post-Event Analysis

Deconstructing past events to improve future response.

Tiruvannamalai Landslide
CASE STUDY

The Tiruvannamalai Tragedy

October 2024

In late 2024, an unexpected, massive landslide struck the slopes of Tiruvannamalai following unprecedented localized rainfall, tragically burying part of a settlement and claiming lives.

How D-SQUARE changes the outcome:

  • Predictive Sensing: L-band SAR would have detected the millimeter-level ground deformation days before the collapse.
  • Moisture Anomalies: Multispectral analysis would have flagged the extreme soil saturation beyond safe thresholds.
  • Early Warning: Automated alerts sent 48 hours prior, providing sufficient window for mandatory evacuation.

"By translating invisible orbital data into actionable ground truth, D-SQUARE aims to ensure tragedies like Tiruvannamalai remain in the past."