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TaifaTerra NASA SMAP ECOSTRESS GPM IMERG Taifa-1
LIVE ORBITAL CONSTELLATION TELEMETRY FEED
NASA SMAPLOCKED
Root-Zone Soil Moisture
0.248 m3/m3Pass: 12m ago
NASA ECOSTRESSTRANSMITTING
Evaporative Stress (CWSI)
0.38 (Nominal)Pass: 28m ago
NASA GPM IMERGPROCESSING
24h Accumulated Rainfall
14.2 mmPass: 6m ago
Kenya Taifa-1LOCKED
Canopy Chlorophyll NDVI
0.76 (High Vigor)Pass: 44m ago
Field Shift: Adapting Farms with NASA Data

Precision Agriculture Powered by Earth Observation

TaifaTerra fuses multi-sensor orbital telemetry: NASA SMAP L-band soil moisture, ECOSTRESS thermal evapotranspiration, GPM IMERG precipitation, and Kenya Taifa-1 optical reflectance into deterministic agronomic directives and Variable-Rate Irrigation (VRI) prescriptions.

Launch Operations ConsoleExplore Technology
ORBITAL REPROJECTION CANVASES• ACTIVE
Rift Valley Maize Pilot (Parcel Alpha)
CROP WATER STRESS INDEX (CWSI)ECOSTRESS 70m
0.38
Hydration Nominal
0.0 (No Stress)0.5 (Deficit)1.0 (Critical)
SMAP Moisture
34.8% vol
0-100cm Root-Zone
GPM Rain (24h)
14.2 mm
Calibrated IMERG
SUB-ZONE PRESCRIPTIONZ-05 (Center Valley)
Apply 28mm supplemental irrigation within 24h
Status:severe•Target: 28mm
70M ECOSTRESS MICRO-ZONE SYNTHESIS GRID
Select any 70m sub-zone to inspect localized root-zone moisture and VRI dosing.
Enter Mission Control Console
MULTI-SENSOR CONSTELLATION SYNERGY

Space-Grade Architecture

TaifaTerra eliminates single-satellite limitations by fusing microwave radiometry, thermal infrared, radar precipitation, and optical reflectance into an authoritative 70m agricultural synthesis.

NASA JPL / Goddard • ORBIT: 685 km Sun-Synchronous LEO

NASA SMAPRevisit: 2-3 Days

Penetrates vegetative canopy and topsoil to quantify volumetric water content across 0-5cm surface and 0-100cm root-zone depths, independent of cloud cover or weather conditions.

Frequency
1.413 GHz (Microwave L-Band)
Downscaled Resolution
1 km Enhanced High-Res Grid
Root-Zone Depth
0 - 100 cm Hydrological Column
Climatology Baseline
40-Year Climatological Anomaly
TELEMETRY DIAGNOSTIC PROFILEONLINE
PRIMARY INSTRUMENT PAYLOAD
1.413 GHz L-Band Microwave Radiometer
GROUND SAMPLING FIDELITY
10 km (Downscaled to 1 km via EnKF)
DOWNLINK INTEGRATION
Processed via Cloudflare Edge 1-D EnKF Pipeline
MULTI-SPECTRAL REMOTE SENSING

Live Spectral Band Preview

Explore how multi-spectral and thermal infrared wavelengths reveal hidden crop water stress, canopy transpiration, and vegetative vigor across a single 15-hectare parcel.

Kenya Taifa-1 (32m) & Sentinel-2

Normalized Difference Vegetation Index

Formula: (NIR - Red) / (NIR + Red)

Quantifies photosynthetic vigor, leaf chlorophyll absorption, and canopy biomass density across individual 32m sub-plots.

AGRONOMIC VALUE PROPOSITION

Detects stunted vegetative growth, nutrient deficiencies, and spatial variability across parcel terraces before crop yields are impacted.

SPECTRAL CLASSIFICATION LEGEND
Dense Vigor (>0.75)
Moderate Canopy (0.50-0.75)
Sparse / Stressed (0.30-0.50)
Bare Soil (<0.30)
SIMULATED PARCEL RADIOMETRIC GRID (70M)NDVI SYNTHESIS
INSPECTED MICRO-ZONE
Z-05•Vegetative Deficit
NDVI VALUE
0.41
FIELD IMPACT & WATER SUSTAINABILITY

Adapting African Farms with NASA Telemetry

Bridging the gap between 685km orbital space assets and rural Kenyan smallholders. Replacing wasteful uniform irrigation with deterministic variable-rate prescriptions.

PRIMARY AG-WATER DIVIDEND
Validated across Rift Valley Field Pilots
Empirical
38%
Water Conserved via Variable-Rate Irrigation

Replaces indiscriminate blanket flood watering by targeting only thermal deficit sub-zones, saving an average of 42,500 liters per pivot cycle.

Blanket Flood: 100% VolumeTaifaTerra VRI: 62% Target Volume
Active Target Delivery+38% Aquifer Protection
ECOSTRESS TIR
72 Hours
Early Drought Warning
Detects canopy stomatal closure days ahead of permanent visible leaf wilting.
Evaporative Stress Index (ESI)
Sub-Parcel
70 Meters
Spatial Resolution
Downscaled 1-D EnKF disaggregates 10km SMAP telemetry to field-level micro-plots.
9 Independent Hydration Zones
PARADIGM SHIFT

Uniform Flood Irrigation vs. TaifaTerra Micro-Zone Precision

Legacy Farming MethodBlanket Pivot / Flood

Uniform Water Application

  • Floods entire 15-hectare parcel uniformly regardless of sub-zone slope or soil composition.
  • Over-waters depressions while elevated terraces suffer moisture starvation.
  • Wastes an estimated 40% of pumped irrigation water and exhausts regional aquifers.
  • Leaves farmers unaware of hidden thermal canopy stress until visible leaf chlorosis appears.
TaifaTerra Precision EngineVariable-Rate Irrigation (VRI)

70m Micro-Zone Prescriptions

  • Divides parcel into 9 distinct 70m ECOSTRESS micro-zones with independent CWSI indices.
  • Calculates exact supplemental volume per zone based on root-zone soil water deficits.
  • Conserves 38% water per harvest cycle while protecting high-value crops.
  • Functions offline in rural fields via client-side IndexedDB caching.
ACTIONABLE EXTENSION DIRECTIVES

Deterministic Prescriptions in English and Swahili

Agronomists do not need to decipher raw satellite radiometric values. TaifaTerra translates volumetric water anomalies and thermal flux into plain, actionable field operations.

FIELD ADVISORY: RIFT VALLEY MAIZE (PARCEL ALPHA)
“Prioritize Zone Z-05 (Center Valley). Root-zone soil moisture has fallen to 19.4% vol.”
Prescription: Run secondary drip manifold for 180 minutes (+28mm equivalent). Estimated water saved: 42,500 L.
Launch Operations Console
Connected to Edge