Multi-satellite fusion architecture
Integrates data across multiple satellites, each optimized for unique capabilities — cost, spectral bands, SAR, resolution, and geography. Tested across 10,000+ fields.
World's first satellite-driven precision agriculture system with multi-modal fusion. Patent in progress.
Integrates data across multiple satellites, each optimized for unique capabilities — cost, spectral bands, SAR, resolution, and geography. Tested across 10,000+ fields.
PRSTI Seed LLM — first-of-its-kind multi-modal foundation model for agriculture and the seed industry. Powers natural language queries over complex field data.
90% prediction accuracy. Transforms fragmented field data into reliable pre-harvest forecasts — enabling farmers, buyers, and lenders to make earlier, better decisions.
Moving from correlation to causal understanding — attributing yield limitations to pollination efficiency, photosynthetic capacity, water use efficiency, and grain filling.
Beyond binary classification — precision disease severity, spread rate, and separation from abiotic stressors like drought, heat, and nutrient deficiency.
Satellite-driven sync analytics addressing the 30–70% yield loss attributed to male/female line timing failures — currently validating across thousands of fields.
From satellite ingestion to AI dashboards — PRSTI delivers a complete stack for agricultural decision-making.
PRSTI's agentic AI systems act as a digital watchdog — continuously monitoring, alerting, and recommending actions across your entire field portfolio without manual intervention.
Multi-source satellite data unified into field-level intelligence with sub-hectare resolution.
AI agents that monitor thresholds, trigger alerts, and queue agronomist actions automatically.
Real-time analytics dashboards with crop health, forecasts, weather, and risk metrics.
From pilot to portfolio-wide rollout — our team supports integration with your existing systems and workflows.