Lifeasible offers the development of spray software that can be embedded in drones and other devices to facilitate pesticide and water spraying as well as plant care.
In plant protection, it is often necessary to spray plants with water, pesticides, plant hormones, etc. This has made developing drones and other spraying equipment a trend in modern agriculture. While it is relatively easy for people to spray crops in agricultural fields, it is difficult to spray plants deep in the forest. When spraying forest plants, using drones embedded with spray software is economical and effortless. Machine application such as drones helps promote plant protection mechanization and enable timely, safe, and efficient spraying. However, a major challenge to achieving spraying accuracy is developing their spray software. For drones, this requires the design of software to control flight, sensing, and mission planning to achieve flight stability and spraying accuracy.
Lifeasible specializes in plant protection-related services. We use the power of technology to help plant protection and provide the development of spray software for plant protection.
We mainly develop spray software for drone spraying machines. Each type of drone has its characteristics, and we design spray systems according to the different characteristics of drones, including nozzle, spray tank, weight, size, number, and shape of wings.
We can offer the development of spray systems adapted to different plant protection situations. When spraying rare plants growing in forests, we offer to design spray software based on GPS positioning and AI recognition. When spraying plants on farmland, we offer more spraying designs, including spray software designs based on multi-point positioning, GPS positioning, terrain recognition, crop recognition, weed recognition, and pest recognition.
Drone spraying is influenced by environmental factors, including wind direction, wind speed, and humidity. Therefore, for sprayings that require extreme precision (such as herbicide spraying), we can help design controls to exclude environmental influences on drone spraying.
Versatile spray positioning design
To adapt to different spraying scenarios, different spray positioning designs are required. We master various spray positioning design methods, including satellite positioning, multi-point positioning, and AI recognition positioning. We also master a variety of technologies in these positioning. For example, in satellite positioning, we can design spray positioning with multiple satellite systems to achieve spraying accuracy. We also use real-time kinematic (RTK) technology to improve positioning accuracy.
Professional plant identification and pest and disease identification
Compared to other drone spray software development companies that focus only on spraying technology, our company has an advantage in plant, disease, and pest identification, which better meets the need for precise spraying during plant pest and disease removal and weed removal.
Spraying design templates to accommodate different nozzles and spray tanks
In order to facilitate the design of the spray system, we have designed templates for spray based on different nozzles and spray tanks to make timely spray design changes.
Lifeasible offers the development of spray software that can be used with drones and other equipment to facilitate agricultural production and rare plant protection. If you have a need for spray software development, please do not hesitate to contact us!
References
Lifeasible has established a one-stop service platform for plants. In addition to obtaining customized solutions for plant genetic engineering, customers can also conduct follow-up analysis and research on plants through our analysis platform. The analytical services we provide include but are not limited to the following:
July 13, 2024
