Catch leaf disease early, know your soil’s real appetite, and forecast harvest before the mandi rush.
Three field-calibrated tools built for smallholders and FPO agronomists. No expensive hardware required to start — begin with your phone camera and village weather feed, and add soil probes as you grow.
Crop Disease & Pest Detection from Leaf Photos
When a fungal blight or borer hits a plot, waiting a week for an input dealer visit often costs 25% of the harvest. Farmers snap a close-up photo of the affected leaf, stem, or boll — even offline — and receive an immediate diagnosis with locally approved organic and chemical dosages.
Snap Leaf Photo in Field
Take 1–2 close-up photos of the top and underside of the affected leaf using any smartphone camera.
Lesion & Pattern Check
Our model compares lesion rings, vein yellowing, and pest frass against 420,000+ agronomist-labeled Indian field photos.
Honest Confidence Score
Displays the exact match percentage and flags if a second photo or FPO agronomist call is recommended.
Local Dosage & Follow-Up
Provides biological/organic controls first, exact gram-per-liter chemical dosage second, and a 7-day recovery check.
Early Blight (Alternaria solani)
Moderate — Lower Canopy (14% Leaf Area Affected)
Concentric target-ring dark brown lesions on older lower leaves with yellow halo border.
Remove infected bottom leaves; spray Neem Kernel Extract (NSKE 5%) + Trichoderma viride @ 5g/liter.
Mancozeb 75% WP @ 2.5g/liter of water (500g per acre in 200L water). Avoid spraying during peak noon sun.
14.2% Canopy Lesion Spread · High Spore Risk
1.8% Residual Scarring · New Foliage Clean (Day 7 Check)
Per-Field Yield Prediction
No crop model can promise a single exact decimal months before harvest — and any platform that does is guessing. Sporos combines your plot’s 5-year harvest history, live local rainfall and degree-days, and root-zone soil moisture to project an honest per-field confidence range.
Historical Yield Records
Uses 5-year plot harvest receipts, variety maturity days, and district FPO benchmark curves.
Live Weather Feeds
Tracks cumulative rainfall, growing degree-days (GDD), and flowering-stage heat or dry-spell stress.
Soil Moisture & NPK
Adjusts expected grain or tuber filling based on real root-zone moisture and fertilizer split timing.
Per-Field Confidence Band
Produces a low-to-high Quintals/Acre harvest range updated every 7 days through harvest.
78.1 – 84.8 Quintals Total Harvest (85% Confidence Interval)
Soil Health Analysis: NPK, Moisture % & pH Trends
Most farmers apply urea by habit rather than soil need. Sporos supports two practical input paths — start immediately with smartphone topsoil photos paired with your government Soil Health Card, or connect a solar LoRaWAN root probe for continuous 15-minute readings.
Soil Photo + Card
Snap a wet/dry topsoil photo beside a coin and upload your block Soil Health Card for texture, organic carbon, and moisture estimation.
3-Depth Sensor Probe
Push-in solar LoRaWAN probe reads Nitrogen, Phosphorus, Potassium (NPK), volumetric moisture %, and pH at 15cm & 30cm root depths.
16-Week Trend Line
Watches nutrient drawdown after each irrigation or rain event so leaching and alkalinity lockup are caught early.
Split Fertilizer Plan
Recommends exact kg/acre of Urea, DAP, MOP, or farmyard compost for the next crop stage — cutting excess fertilizer waste.
Available Nitrogen (N), Phosphorus (P) & Potassium (K) — 16-Week Season Curve
Topsoil Nitrogen is holding steady after Legume intercrop residue incorporation. Reduce final Urea top-dressing by 15 kg/acre.
1.5 bags less Urea & 18,000 liters less irrigation water per acre without sacrificing grain weight.
Need visibility across 20 to 2,000 acres? Pair Crop Tech with Satellite & Drone Maps.
Our orbital NDVI stress maps flag moisture or pest trouble across large blocks every 5 days, and export zone prescription maps directly to spray drones — treating only the stressed zones instead of blanket-spraying healthy crops.
Healthy / Stressed / Critical field-zone legend updated every 5 days.
Maps "Needs Treatment" vs. "No Treatment Needed" zones to cut chemical use by up to 68%.