Leveraging its core strengths in spectral technology and its collaborative ecosystem of industry, academia, and research, Golden Scorpion focuses on three major technology areas to drive industrial upgrading through innovation.
Intelligent bio-lighting, deeply rooted in core red light chip technology, constructs intelligent lighting environment solutions; multi-morphological plant cultivation, integrating interdisciplinary technologies and scenario-based needs, promotes the industrialization of agriculture; and the AI ​​big data platform, driven by data, empowers technology transformation and intelligent decision-making throughout the entire process. These three areas support each other and work synergistically, demonstrating not only the accumulation of full-chain technologies from materials to systems, but also solving key industry challenges with an innovative paradigm of "enterprise-led, AI-empowered," injecting core momentum into the construction of an intelligent agricultural ecosystem.

Research and development, manufacturing, and sales of closed-loop lighting environment systems

From materials and structure to processes and optics, Golden Scorpion's core technology for red light chips represents a leap across multiple levels.

Independently developed and innovative high-efficiency light source

We independently developed high-efficiency, high-power LED chips.
660nm red light is one of the light sources that plants can utilize efficiently.
Its high luminous efficacy leads to improved energy utilization efficiency, which significantly reduces operational pressure.

Precise regulation

It covers UV, visible light and near-infrared light, and the core ratio can be dynamically adjusted;
Generate customized light formulas for different crops and different growth stages;
A dynamic adjustment algorithm for light quality throughout the entire crop growth period.

Unmanned intelligent planting - three-dimensional agriculture

Deep synergy between peptides and the light environment enables a dual enhancement of nutrient absorption and photosynthetic efficiency.
Intelligent adaptation across crops, with an extremely wide range of application scenarios.
Intelligent early warning and predictive maintenance improve overall equipment utilization by 12%.

Microbial community technology – the “intelligent engineer” of agricultural micro-ecosystems

A multifunctional microbial community matrix creates a complex system of "carbon sequestration, disease suppression, and growth promotion".
With its superior environmental purification capabilities, it achieves a three-in-one integration of "planting-breeding-environmental protection".
Enhanced resilience, empowering the restoration of degraded land

High-peptide fresh feed technology - "molecular-level precision supply" of animal nutrition

Develop specialized high-peptide fresh feed with precisely matched amino acid composition to address the metabolic characteristics of different livestock and poultry such as dairy cows, pigs, and poultry.
Microalgae-forage compound high-peptide fresh feed achieves the dual benefits of "carbon sequestration and emission reduction + feed quality improvement".
Synergistic fermentation of microbial communities and light environment enhance peptide content.

AI BIG DATA PLATFORM

Self-developing Planting Model library

Self-developing Planting Model library

By deeply integrating traditional planting experience, botanical principles, and experimental data, a digital planting model library has been established.
 GS-GPT Large Language Model Library

GS-GPT Large Language Model Library

Training the agricultural AI large language model GS-GPT as the "brain" to build AI-powered intelligent automated planting and production tools.
 GS-Vision Workstation

GS-Vision Workstation

Real-time image capture, comprehensive monitoring and analysis provide a scientific basis for planting decisions; timely detection and identification of crop diseases and pests, and provision of corresponding prevention and control suggestions.
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