Our Products.

An Agricultural Drone (Agri Drone) is an unmanned aerial vehicle (UAV) specially designed to assist farmers in modern farming practices. These drones are mainly used for pesticide spraying, fertilizer application, crop monitoring, and field mapping. Most agri drones are multirotor systems equipped with a spray tank, high-efficiency nozzles, GPS navigation, and smart flight controllers. Agri drones operate using pre-programmed flight paths created through ground control software. With GPS or RTK positioning, the drone flies autonomously over the field at a fixed height and speed, ensuring uniform spraying. Advanced models use multispectral and thermal cameras to monitor crop health through NDVI analysis, helping detect diseases, nutrient deficiencies, and water stress at early stages. One of the biggest advantages of agri drones is precision farming. They reduce chemical usage by 30–50%, minimize human exposure to harmful pesticides, and significantly cut labor costs. A typical 10–20 liter capacity drone can cover 1–2 acres per flight, depending on battery capacity and field conditions.

• Autonomous Flight
• Precision Liquid Dispersal
• 120 NM Range

ASTRA (Agri Smart Tech Robotic Automation) is an innovative, selective pesticide spraying system designed to modernize traditional farming through precision and automation. By integrating an ESP32 camera and advanced server-side processing, the robot can identify specific areas or plants requiring treatment rather than blanket-spraying an entire field. This targeted approach significantly reduces the volume of chemicals used, which not only lowers input costs for farmers but also minimizes the environmental impact and soil degradation associated with over-spraying. For the modern farmer, ASTRA serves as a vital tool for increasing efficiency and safety. The autonomous nature of the system reduces the need for manual labor in harsh conditions, protecting workers from prolonged exposure to hazardous pesticides. Furthermore, the real-time data and monitoring capabilities allow for better crop management and resource allocation. By combining robotics with IoT connectivity, ASTRA ensures that agricultural practices are more sustainable, data-driven, and cost-effective, ultimately helping farmers improve their yield while preserving the health of their land.

• AI Infection Diagnosis
• Selective Spraying
• All-Terrain Nav

Sky Guardian is an advanced defense and surveillance drone developed by Canopy Puffs for army and border security operations. It is designed to support soldiers in high-risk environments by providing real-time aerial intelligence, threat detection, and autonomous navigation. Sky Guardian is equipped with a high-resolution RGB camera and a thermal imaging camera for day and night surveillance. The thermal sensor detects human presence, heat signatures, and suspicious movement even in low-visibility conditions such as fog, smoke, or darkness. With AI-based object recognition, the drone can identify humans, vehicles, and potential threats automatically. The drone uses GPS-based autonomous navigation and waypoint mission planning. It can patrol predefined routes, monitor sensitive areas, and return automatically to base when battery levels are low. Advanced obstacle avoidance sensors improve safety during low-altitude operations in complex terrains like forests or mountainous regions. Sky Guardian is powered by high-efficiency BLDC motors and controlled via a long-range encrypted communication system. It supports live video transmission to a ground control station, allowing commanders to make quick tactical decisions. Key applications include border surveillance, anti-infiltration monitoring, search and rescue operations, disaster response, and battlefield reconnaissance.

• Thermal Night Vision
• AES-256 Encrypted
• Target Locking

The Anti-Drone Gun System by Canopy Puffs is currently under development as an advanced short-range counter-UAV solution for army and defense applications. This project is designed to detect, track, and neutralize hostile drones that pose threats to military bases, border areas, and sensitive installations. The system is being engineered with a daytime detection range of 800 meters, using a high-resolution optical zoom camera integrated with RF signal detection technology. For night operations, it incorporates a thermal or infrared imaging module capable of detecting drones up to 400 meters, ensuring 24/7 operational readiness. These dual detection systems allow soldiers to identify potential aerial threats early and respond effectively. The proposed effective engagement range is 300 meters, within which the operator can accurately aim and neutralize an incoming enemy drone. The system includes a stabilized targeting unit with a live display interface, providing real-time visual feedback and distance estimation for improved precision. The structure is designed to be portable or tripod-mounted, allowing flexible deployment in various terrains.

• 4,500 Rounds/Min
• Radar-Guided Track
• Cost-Effective Ammo