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AI AgroVision Neural Pathology Engine

AI Plant Doctor with a Photo — Plant Disease Detection in 3 Seconds

Protect crops and household plants with instant leaf diagnosis, scientific pathogen identification, severity scoring, and actionable curative and biological treatment protocols.

94.2% Pathological AccuracySub-3s Inference LatencyPay-As-You-Go €0.05/scan

Launch Agronomic Lab Clinical Pathology Pipeline

Interactive Agronomic Diagnostic Lab

Test with verified crop disease benchmarks or authenticate to scan your own foliage with custom photos and voice symptom dictation.

Select Pathological BenchmarkInstant Evaluation

Gatekeeper Prepaid Metering:€0.05 / request

Solanaceous Vegetable·ID: plant_preset_001

Late Blight

Tomato (Solanum lycopersicum) — Phytophthora infestans (Oomycete)

High Severity96% Match

Pathological Assessment

Confirmed Phytophthora infestans (Late Blight). A destructive fungal-like pathogen causing rapid foliar collapse and fruit rot. Immediate intervention required to prevent entire field loss.

Observed Symptoms

•Large, irregular water-soaked lesions expanding rapidly on leaf margins
•White fungal-like sporulation visible on leaf undersides in high humidity
•Dark brown to black necrotic stem lesions with greasiness

Affected Plant Organs

Lower leavesStemsFruit surface

Next Recommended InspectionRe-evaluate leaf undersides in 48 hours for new active sporulation rings.

Prescribed Agronomic Treatment Actions

Immediate CurativePrune and immediately bag/destroy heavily infected leaves and stems. Do NOT compost.

Immediate execution under dry afternoon conditions

Chemical FungicideApply systemic chlorothalonil or copper octanoate foliar spray across healthy plant foliage.

2.5 ml/L spray coverage every 5 to 7 days until clear

Biological / OrganicIncorporate Bacillus subtilis strain QST 713 biofungicide to stimulate systemic acquired resistance.

Soil drench and leaf misting every 10 days

Cultural PracticeSwitch exclusively to drip irrigation; eliminate overhead canopy watering to lower humidity.

Maintain canopy leaf dryness throughout bloom and fruiting

Spread Risk & Contagion RadiusLevel: Extreme

Contagion: Up to 50 meters via windborne sporangia during cool wet weather

Trigger: Prolonged leaf wetness >10 hours with temperatures between 15°C and 22°C

Latency: 1240ms · Sensifai AgroVision Neural Engine

Agronomic Disclaimer: PlantDoc is an AI agronomic screening tool for precision agriculture and plant pathology. Always verify severe or high-value crop diseases with a certified local agronomist before applying chemical treatments.

Full-Spectrum Agronomic AI

Precision Crop Diagnostics & Pathology Intelligence

Purpose-built for commercial growers, greenhouse operators, and home gardeners seeking swift crop disease intervention.

Multimodal Input Ingestion

Scan plant leaves via high-resolution photos, upload drone crop aerials, or record voice symptom dictations from the greenhouse floor.

Formats: JPG, PNG, WEBP, WAV, MP3

Pathogen Identification

Differentiates fungal blights, bacterial cankers, viral mosaics, and insect pest infestations across 120+ commercial crop cultivars.

Standard: Scientific Pathogen Taxonomy

Dual Curative Protocols

Provides targeted synthetic fungicide options alongside certified organic biocontrols (e.g. Bacillus subtilis, copper, sulfur dust).

Integrated Pest Management (IPM)

Contagion & Weather Correlator

Calculates dispersion radii based on environmental triggers: canopy humidity, rainfall hours, and temperature ranges.

Epidemiological Microclimate Models

Sensifai LiteLLM AI Gateway

Powered by high-throughput multimodal foundation models via Sensifai's unified AI gateway with strict zero data retention.

Endpoint: https://llm.sensifai.com

Developer Batch & Webhooks

Direct REST endpoints for greenhouse management ERPs: batch URL processing, automated image pipelines, and webhook alerts.

Routes: /v1/plantdoc/analyze, /batch

Operational Workflow

How PlantDoc Diagnoses & Prescribes in 3 Seconds

From raw mobile phone capture to structured agricultural intervention.

Foliage Optical Capture

Take a focused photo of affected leaves, stems, or fruits. Our preprocessing pipeline auto-corrects exposure and crops the region of interest.

Neural Pathological Vision

LiteLLM gateway models evaluate lesion morphology, sporulation halos, and chlorotic veining against plant disease taxonomic records.

Agronomic Action Plan

Receive prioritized treatment cards with curative fungicide formulations, organic bio-alternatives, and environmental containment tactics.

REST API Integration

Integrate PlantDoc into Farm ERPs & Drones

Deploy plant disease scanning at scale. Send multipart images or public URLs from your automated greenhouse sensors and receive standardized JSON reports.

Sub-3s latency for high-speed automated sorting

Batch analysis endpoint for up to 10 crop images per call

HMAC-SHA256 authenticated webhooks for status updates

Generate Sensifai API Key

cURL Example · Diagnostic APIPOST /v1/plantdoc/analyze

curl -X POST https://plantdoc.sensifai.com/v1/plantdoc/analyze \
  -H "X-API-Key: $SENSIFAI_API_KEY" \
  -F "file=@tomato_leaf.jpg" \
  -F "lang=en"

Response: JSON with diagnosis, confidence, and treatment actions.

Sensifai Marketplace Economics

Transparent, Metered Utility Pricing

No locked monthly commitments required. Pay exactly for what you scan with Sensifai Wallet.

Free Demo Sandbox

€0.00/ forever

Test with pre-configured high-severity crop disease cases directly in browser.

4 Interactive Sample Benchmarks
Full Treatment Protocol Views
No login required for presets

Explore Free Samples

Commercial Farm & API

€35.00/ 1,000 scans

Volume tier for commercial greenhouses, agricultural co-ops, and drone services.

REST API Access Key
Batch Image Processing
Priority Queue & 99.9% SLA

Marketplace Listing