Industry Challenges
The traditional farming industry has long struggled with several challenges, including low productivity, labor-intensive practices, negative environmental impact, and inaccurate decision- making.
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Labor-intensive & low productivity
Traditional farming often requires manual labor, making it time-consuming and labor-intensive. This approach can limit farmers' ability to scale their operations, resulting in limited growth.
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Inaccurate decision-making
Traditional farming often relies on subjective decision-making, which can be prone to error. Without access to real-time data, farmers may make decisions that result in lower productivity or profitability.
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Environmental impact
Traditional farming can have a significant impact on the environment, including soil degradation, water pollution, and the loss of biodiversity. This approach can lead to long-term environmental degradation and harm the ecosystem.
Precision Agriculture
Precision agriculture offers an innovative solution to these pain points by utilizing advanced technology and data-driven decision-making to optimize inputs, reduce waste, and increase productivity.
Precision agriculture enables farmers to target specific areas of the field, monitor plant growth, and optimize inputs like water, fertilizers, and pesticides, resulting in higher productivity, lower costs, and reduced environmental impact. With Precision agriculture, farmers can make informed choices that maximize profitability and promote sustainable agriculture.
Why CPDEVICE?
CPDEVICE has been dedicated to precision agriculture since its inception, offering a wide range of product solutions to its customers. In the realm of precision agriculture, CPDEVICE's hardware products serve as the central processing unit of the entire system. They gather data from all the sensors installed on the vehicle in real-time, utilizing their robust computing power to analyze and calculate the information. The processed data is then displayed on the screen, enabling drivers to monitor the vehicle's status and issue instructions by clicking on the screen directly.
Built rugged: CPDEVICE's hardware products are purposefully designed to adapt to various application scenarios demanded by our customers. To withstand challenging environments, these products are integrated with rugged features including up to IP66 water and dust resistance, shock and vibration resistance, extreme temperature tolerance, and high humidity resistance.
Unrivalled performance: CPDEVICE's hardware products provide exceptional data computing and processing capabilities. With up to 1T computing power, our hardware products deliver speedy and efficient data processing for various precision agriculture applications.
Superior CAN bus: CPDEVICE's hardware products have outstanding CAN bus communication capabilities, supporting 250K/500K CAN and up to 8M CAN FD bus for seamless connectivity with the tractor system.
High-precision positioning: CPDEVICE's hardware products support high- precision positioning at the centimeter level, which enables vehicles to operate accurately.
4G/5G Communication: CPDEVICE's hardware products are equipped with exceptional 4G/5G communication capabilities, which ensures a stable connection for our customers, even in remote areas. This feature enables our customers to carry out their work with ease and without interruptions.
App development made easy: CPDEVICE has developed the CP-Comm high-speed bus architecture, which simplifies the app development process for our customers. It enables our customers to develop their applications in just four simple steps without worrying about the underlying complex protocols.
MDM compatibility: CPDEVICE's hardware products are compatible with the MDM (Mobile Device Management) control and management platform. This feature allows our customers to control and manage all their devices conveniently and remotely from anywhere, at any time.
Applications
CPDEVICE's hardware products have earned high customer satisfaction and recognition for their powerful performance, excellent product quality, and reliability. And they have been applied to numerous types of machinery, including auto-steering systems, smart sprayers, smart harvesters, and more.
