This article explores the technological innovations and operational frameworks of container-based plant factories, which redefine modern agriculture through modular design and intelligent systems. As self-contained agricultural production units, containers are retrofitted with polyurethane-insulated panels and tempered glass for optimal environmental control. Key components include soilless cultivation systems (hydroponics, substrate culture, aeroponics), LED lighting with spectral adjustment capabilities, and automated nutrient solution management that recycles over 90% of water resources.

This article focuses on the Auma AM4 - S open - type home smart hydroponic planter. It delves into the cultivation techniques of common vegetables such as lettuce, pak - choi, spinach, and chili pepper. It first introduces the features of the planter, including its material, size, intelligent lighting system, and convenient control panel. Then, for each vegetable, it details the seed treatment, sowing methods, light and temperature requirements, as well as nutrient solution management during different growth stages. Through proper use of this planter and mastering relevant cultivation skills, people can create an indoor green vegetable garden, enjoying the fun of cultivation and a healthy life. It also points out the significance of the planter for both novice and experienced gardeners.

Smart agriculture represents a transformative shift in traditional farming, leveraging cutting-edge technologies such as the Internet of Things (IoT), artificial intelligence (AI), cloud computing, and big data to create a highly efficient, data-driven agricultural ecosystem. This article explores the core definition and broad connotations of smart agriculture, emphasizing its integration of IoT-based precision production models with extended industrial applications, including e-commerce, food traceability, and agri-tourism.Auma’s IOT system serves as a technological cornerstone, featuring multi-protocol data collection (Modbus RTU/TCP), multi-network control architectures (WiFi/Ethernet), and secure cloud storage with encrypted, compressed data management. 

This article delves into the IoT - based miniature plant factory, with a focus on Auma's AJ01 Intelligent Automatic Plant Growing Cabinet. It begins by exploring the background of miniature plant factories, driven by urbanization and technological advancements. The AJ01 cabinet's features, including its structure and integrated functions such as lighting, temperature and humidity control, carbon dioxide supply, nutrient solution fertilization, and fresh air systems, are detailed. 

This article explores the prospects of indoor intelligent hydroponic planters. In urban areas with limited space, people's desire for nature and healthy food is growing, fueling the expansion of the home gardening market, in which indoor intelligent hydroponic planters are playing an increasingly significant role and are expected to experience explosive growth. Technological advancements, including the Internet of Things and artificial intelligence, are enabling real - time monitoring, remote control, and intelligent adjustment of the planting environment. These planters are also evolving towards diversification and customization to meet various user needs. The AJ01 Intelligent Automatic Planting Cabinet, as a prime example, integrates multiple functions, has a large planting capacity, and offers convenient intelligent control. It is suitable for different users such as families, schools, and restaurants, contributing to a greener lifestyle and a more sustainable future.

This article focuses on indoor intelligent hydroponic planters, with the AM4T - S as a prime example. It elaborates on their significance in the context of modern urban life. The hydroponics industry is evolving towards intelligence and automation, and these planters embody this trend. They leverage technology empowerment to control light, temperature, and nutrient solutions precisely, creating an ideal growth environment for plants.
The AM4T - S offers multiple product advantages in terms of structure, operation, planting capacity, and after - sales service. The author's personal experience validates its user - friendliness and the joy of growing plants. Looking ahead, these planters are expected to integrate more advanced technologies, meet diverse user needs, and expand into various markets, promising a greener future for urban living.

This article focuses on how to choose an intelligent planting machine. It takes the Auma AM4T - S as an example and analyzes multiple aspects. Safety is crucial, covering electrical and physical safety aspects like voltage compatibility and child - proofing. Functional features such as the intelligent lighting system, water circulation system, and remote control system meet diverse planting needs. High - quality materials like aluminum alloy and eco - friendly plastics ensure durability. Adequate planting space and wide plant adaptability are also important. The machine is easy to install and operate, and it comes with a good warranty policy and technical support. In terms of cost - performance, it shows advantages over some competitors. Positive user reviews confirm its practical functions and good planting results, providing a comprehensive reference for consumers when choosing an intelligent planting machine.

This article focuses on the Auma agricultural containerized plant factory, highlighting its significant value in modern agriculture. primary technologies used are hydroponics (60%), smart environmental control (30%), and LED plant lighting (10%). The Auma agricultural containerized plant factory is highly innovative, utilizing the mobility of containers to create indoor agricultural production spaces, breaking through land and climate constraints, and allowing flexible placement in various environments. 

This article focuses on the significance of π Soil in the development of living walls. It elaborates on the composition and unique properties of π Soil, highlighting its crucial role in ecological functions such as air purification and humidity regulation, which enhance the overall environmental quality. In terms of aesthetics, π Soil creates an ideal growth environment for plants, enabling diverse plant combinations and adding charm to living walls. Moreover, it explores various application scenarios of living walls empowered by π Soil in commercial centers, residential communities, and campuses. Overall, π Soil injects new vitality into living walls, acting as both a guardian of urban ecology and a shaper of urban aesthetics, with great potential for future development as people's demand for green living grows.

Plant factories face humidity extremes:
​   High RH (>80%): Disease risk (e.g., tomato/potato blight)
​   Low RH (<60%): Stunted growth, poor yields
Key solutions:
1.​Heat pump dehumidification (90% efficiency)
2.​Ventilation control (AI-driven airflow)
3.​Lithium chloride (rechargeable desiccant)
4.​Electrostatic fields (nano-droplet clustering)
5.​Ultrasonic humidifiers (drought relief)
Case study: CAAS’s system slashed costs by ​$100M+ and cut energy use by ​42%.

LED plant factories are revolutionizing traditional seedling cultivation through smart spectrum control technology, achieving a 40% yield increase for cucumbers and 33% dry matter enhancement in tomatoes using optimized ​660nm red + 450nm blue light combinations. China’s 14th Five-Year Plan for Digital Agriculture has spurred the construction of 100 national digital agriculture hubs, with vertical farms in Tongzhou (Beijing) and Chongming (Shanghai) integrating 300lm/W LED lighting and AI-driven dynamic light systems to reduce energy consumption by 30%.