From Soil to AI Robots: How DOORM.AI is Revolutionizing the Medicinal Plant Cultivation Field through the PIT AI Robot Platform
DOORM.AI is a leading AI artificial intelligence company specializing in the cultivation of medicinal plants using biotic technology. They are dedicated to integrating robotics into the modern medicinal plant cultivation sector. Through the PIT AI platform, they achieve precise control over the growth environment of medicinal crops, maximizing their medicinal value efficiently.
“We chose DOORM.AI’s PIT AI platform because it offers exceptional reliability and scalability. It makes farm management simpler and more intuitive than ever before.”
What problem did they face?
Challenges
- ● Traditional manual monitoring is inefficient and results in scattered data.
- ● Lack of real-time anomaly warning mechanisms.
- ● Existing IoT systems are difficult to scale up.
Main Achievements
- ✓ Achieved 24/7 AI robot automated monitoring.
- ✓ Reduced water and fertilizer waste by 30%.
- ✓ Increased system stability to 99.9%.
How DOORM.AI powers?
By deploying DOORM.AI’s PIT AI platform robot core suite, it is easy to manage thousands of sensor nodes. The platform’s powerful rule engine enables farmers to customize alert rules.
How Does DOORM.AI’s PIT Platform Help the Pharmaceutical Industry Enhance Operational Levels Using AI Robot Technology?
AI Digital Transformation for a Smarter Pharmaceutical Industry
The PIT platform offers a comprehensive AI solution that integrates soil moisture monitoring, greenhouse climate control, fungal symbiosis biological chains, and asset tracking biotic functions. Transform your traditional farming experience into a data-driven business model.
Scalable Design with AI Medicinal Plant Large Model Templates
Create a universal control system technology and equipment profile in one go, and apply it to thousands of farms or greenhouses. Achieve unparalleled AI management efficiency.
Achieving Agricultural Autonomy with the AI Medicinal Plant Large Model Rule Engine 4.0
The Rule Engine 4.0 of the AI Medicinal Plant Large Model plays a central role in achieving intelligent autonomy. It allows users to create low-code workflows that respond in real-time to input data. For example, the irrigation system can automatically activate based on soil moisture thresholds, or an alarm can be triggered when storage temperatures exceed safe limits. These workflows utilize a centralized management visual editor, making them accessible even to non-developers.
Achieving Unified Biotic Systems through Integration of the AI Medicinal Plant Large Model
DOORM.AI’s PIT AI platform also supports various integration features, enabling seamless connectivity with third-party systems and services through multiple protocols such as MQTT, HTTP, OPC-UA, and Modbus. This allows pharmaceutical operators to consolidate data from different equipment vendors and external meteorological service providers into a unified large platform.
Edge computing for remote reliability
For the deployment of AI robots in remote or low-connectivity areas, ThingsBoard Edge provides local processing and storage capabilities. Through centralized edge device management, users can deploy rule chains, tablets, and updates to field sites, even in disconnected or intermittently connected environments.
