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🧠 MODULE 06 // SATELLITE INTELLIGENCE // 2026-07-12 // BOGOTÁ, COLOMBIA

NASA Satellites Pass Over Bogotá Daily — What Each Image Reveals About Risk

How MODIS, VIIRS, Landsat, SRTM, and GPM provide the open satellite data backbone for Pandita Data's risk intelligence platform.

POWERED BY USGS · NASA · NOAA
READ TIME ~5 MIN
PUBLISHED 2026-07-12 04:44:29 UTC
CITY FOCUS BOGOTÁ
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// LIVE SATELLITE MAP — REAL-TIME DATA
DATA: USGS · NASA FIRMS · NOAA SWPC · OPEN-METEO · COPERNICUS SAR
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Every morning, two NASA satellites pass over Bogotá. Within hours, their data streams into Pandita Data's Brain Dashboard—feeding AI models that calculate flood, landslide, and wildfire risk in real time. You're not seeing yesterday's news. You're watching Earth through the eyes of space, translated into live hazard scores that matter for the next 72 hours.

This is what happens when NASA's four-decade satellite archive meets modern risk intelligence. And it's changing how cities—and you—understand danger.

NASA'S CONTRIBUTION TO RISK INTELLIGENCE

Pandita Data's Brain Dashboard ingests five major NASA Earth observation streams. Together, they form a continuous surveillance network for natural hazard precursors. No single satellite tells the full story. The combination does.

🛰️
MODIS (250m daily)
Two passes over Bogotá every 24 hours. Detects vegetation stress, surface temperature, and active fire signatures across 36 spectral bands. The workhorse of drought and fire risk detection.
Refresh: 2x daily
🌡️
VIIRS (375m night & day)
Detects active fires and nighttime light anomalies. VIIRS sees smaller fires than MODIS and tracks urban heat islands. Critical for early wildfire warning and flood-zone mapping.
Refresh: 2x daily
📊
Landsat 8/9 + SRTM
15m multispectral imagery every 16 days. SRTM elevation data (30m) maps terrain. Together they identify landslide terrain, saturated slopes, and changes in water bodies.
Refresh: 16-day cycles

HOW MODIS SEES THE PLANET DAILY

The Moderate Resolution Imaging Spectroradiometer orbits Earth every 99 minutes. Two satellites—Terra (morning) and Aqua (afternoon)—pass over Bogotá roughly 12 hours apart. This means near-continuous daytime observation of the Andes slopes, the Magdalena River valley, and urban heat signatures.

MODIS measures 36 spectral bands. Band combinations reveal what human eyes cannot: vegetation water stress (critical 48–72 hours before wildfire ignition), soil moisture (landslide trigger), and surface temperature anomalies that signal volcanic unrest or urban flooding zones.

250m
spatial resolution
36
spectral bands
2
passes/day (Bogotá)
4 decades
continuous archive

GPM: THE RAINFALL SATELLITE

The Global Precipitation Measurement mission fills a critical gap: where is rain falling, and how much? Ground gauges are sparse in Colombia. GPM's constellation of microwave radiometers detects rainfall with 0.1mm sensitivity, refreshed every 30 minutes globally.

Why this matters for flood risk:

Heavy rainfall on saturated soil triggers landslides. GPM data feeds Pandita's flood and landslide models. When cumulative rainfall over 48 hours exceeds soil thresholds in terrain flagged by SRTM elevation, the Brain Dashboard risk score jumps—and that signal reaches users in real time.

Visit panditadata.com/brain_dashboard to see live NASA satellite data powering risk scores for your city. Check panditadata.com/disaster_report for detailed Bogotá forecasts. The satellites are watching. The intelligence is live.

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