Farmers face significant losses due to imprecise nutrient application, leading to wasted fertilizer, reduced crop yields, and environmental runoff. This inefficiency stems from a lack of real-time, granular soil data at the point of application.

TerraBlaster provides an integrated sensor and AI platform that delivers real-time, high-resolution soil nutrient data directly to agricultural machinery. Leveraging NASA-developed Laser Induced Breakdown Spectroscopy (LIBS) technology, the system analyzes soil composition during planting or application passes. Proprietary AI algorithms process this data to provide precise, actionable insights into plant-available nutrients. This enables automated, variable-rate application of fertilizers, ensuring each plant receives optimal nutrition. The platform aims to maximize crop productivity, minimize input waste, and improve overall farm profitability and sustainability.

Laser Induced Breakdown Spectroscopy (LIBS) sensor for real-time soil elemental analysis.

AI-powered data processing to quantify plant-available macro and micro-nutrients.

Integration with agricultural planters and toolbars for in-field data collection.

High-resolution, plant-level soil data acquisition during tractor passes.

Capability for automated, variable-rate nutrient application based on sensor feedback.

Focus on maximizing yield potential and minimizing fertilizer input waste.

The primary customers are row crop farmers and agricultural equipment manufacturers seeking to optimize nutrient management and improve operational efficiency.

Revenue is generated through the sale of integrated sensor hardware and a recurring subscription fee for access to the AI-driven data analytics and application control software.