Description: A soil-insertable probe designed to monitor microbial DNA signatures in the root zone. It detects beneficial and harmful microbes using molecular markers and transmits data wirelessly. The design supports precision agriculture by enabling real-time soil microbiome assessment.

Description: A diagnostic tool that incorporates smart technology to assess veterinary pathological conditions in animals. The device integrates real-time data collection and analysis for improved accuracy in disease identification and treatment recommendations.

Description: A visual interface designed to represent fish health indicators such as oxygen levels, feeding behavior, and disease signs. Uses color-coded alerts and AI-based icons for easy interpretation in fish farms.

Description: The invention proposes a nano-biosensor capable of detecting plant diseases at early stages through colorimetric or fluorescence signals. Functionalized nanoparticles interact with specific pathogen biomarkers to provide rapid and accurate diagnosis. This enables timely intervention, reducing crop loss and minimizing pesticide overuse.

Description: A specially designed tray used for collecting small aquatic organisms such as plankton, larvae, or benthic fauna during field studies. The design may include graded compartments and water-drain channels for easy sorting and examination.

Description: A uniquely designed container having multiple compartments for storing different herbal powders, extracts, or Ayurvedic ingredients separately while allowing easy mixing before use. The design emphasizes ergonomic shape and modular storage suitable for human, veterinary, and plant-based herbal formulations.

Description: A specially structured bottle with an integrated measuring chamber and controlled dispensing nozzle for accurate delivery of herbal liquid medicines used in humans, livestock, or crop bio-stimulant sprays. The design focuses on ease of handling and precise dosing.

Description: A stylish, pen-shaped probe designed to measure plant water potential and hydration stress. The design focuses on a digital display layout with a leaf-inspired outer casing.

Description: A compact wet-sieving apparatus designed in stackable circular trays with a vibration-support base.