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Recently, based on feedback from our Solomon customers, the radar support towers we manufactured have been delivered to the construction site and unloaded. The foundation is now nearing completion. Next month, our company will send technical personnel to the site to guide the installation.  

A new batch of telecom tower components has been packaged and boxed for shipment to the United States. Some high-precision products are packaged in wooden boxes for differentiation. The remaining products are packaged in sea freight-appropriate packaging.  

Today we completed the trial assembly of a 500kV power transmission tower before hot-dip galvanizing. Trial assembly has verified that all components are within the minimum tolerance range. This type of tower is supplied to the State Grid Corporation of China, and the raw material testing, trial assembly, and hot-dip galvanizing all meet national standards.  

We recently completed a trial assembly of a heavy-duty 4-legged tubular tower before hot-dip galvanizing to check dimensions and tolerances. After careful inspection, all components were found to assemble perfectly and connect securely. This type of tower can support a load of up to 1.8 tons and can carry multiple antenna types and large microwave systems.

Our company has completed the packaging and shipment of the latest batch of telecom components, ready for shipment to the United States. This shipment includes monopole access ports and cable trays, among other accessories. The packaging uses standard sea freight packaging.  

Three small Cellular on Wheels units, equipped with generators and generator rooms, have been loaded and are ready to be shipped to Iraq. These Cellular on Wheels can extend up to 10 meters in height, and with the generator, they weigh approximately 3.2 tons. The generator has a 400-liter fuel tank, providing up to 12 hours of operation. Deployment can be completed in under 3 minutes. Auxiliary wheels have been added to facilitate container loading and unloading.  

The 26M Power Transmission Strain Pole manufactured for a customer in D.R. Congo has been shipped. This batch of towers is designed with different numbers of crossarms for different loops. A total of four containers were shipped and adopted general packagment.   

In the past two days, customers from Kazakhstan visited our angle steel tower production line, monopolole tower production line, and our hot-dip galvanizing workshop. The customer learned in detail about our processing equipment, production process, and quality inspection standards, and expressed high appreciation.  In addition, the client also visited the biomimetic tree towers we produced for our Mauritian client and learned about the fiberglass processing steps for artificial tree bark, which provided a reference for the client to order date palm tree towers.  

In the telecommunications sector, AI is transitioning from proof-of-concept and localized pilots into the critical phase of large-scale commercial deployment; however, while leading global operators continue to ramp up AI investment, they have yet to realize commercial value commensurate with that investment. Successfully implementing large-scale AI deployment and translating AI investment into tangible business value has become a pressing challenge for the global telecommunications industry. The *DT4DI White Paper 4.0* notes that without a profound understanding of network structures, underlying mechanisms, and operational states, large models struggle to gain trust in critical production processes. To address this industry bottleneck, the white paper outlines three AI application approaches identified by the industry, identifying the third approach as the inevitable choice for handling complex tasks such as achieving AN L4+ (Autonomous Network Level 4 or higher) capabilities: Approach 1: "Large Language Model (LLM) + Retrieval-Augmented Generation (RAG)." This is limited to retrieving static information and generating text-based explanations; it cannot generate executable optimization commands to form a closed-loop business process, serving primarily as an information query tool.   Approach 2: "Large Language Model + Tool Use." While this represents a technical architectural upgrade, underlying execution still relies on legacy tools; its primary function is to optimize operational workflows and enhance human efficiency.   Approach 3: "Large Language Model + Digital Twin Network (DTN) + Telecom Domain-Specific Large Model." This approach aligns closely with architectural standards for advanced autonomous networks. Unlike LLMs, which focus primarily on interaction, DTNs and telecom domain-specific large models can determine the "Next Best Action" for optimization within the domain. Taking the SRCON 2.0 (Communication Network Reality Simulation 2.0) domain-specific large model as an example, this model reshapes the network optimization paradigm by leveraging comprehensive data collection and processing from intelligent wireless network elements, alongside domain-specific sub-models based on the Transformer architecture—specifically, the User Experience Diagnosis Large Model (UELM) and the Beam-Space Twin Large Model (BSLM). The UELM analyzes comprehensive wireless network data to autonomously identify experience issues and diagnose root causes within the wireless network, while the BSLM automatically simulates and generates global optimization schemes, deploying them to the network to achieve immediate closed-loop resolution. Thus, Digital Twin Networks and telecom domain-specific large models serve as the core engines of a trustworthy AI foundation.

Our company has completed the assembly of a lightweight 10-meter "Cell on Wheels" (COW) unit destined for Iraq. During equipment testing, the generator set and the equipment compartment—equipped with a temperature control module—were powered up simultaneously. All functions operated normally; additionally, the hydraulic system and the winch lifting system were tested and demonstrated smooth, uniform operation. In terms of airframe protection, a collision-cushioning module has also been added.  

Today, we completed the trial assembly of a three-legged tubular steel tower—manufactured for a Jamaican client—prior to the hot-dip galvanizing process to check for dimensional deviations. As each of the tower's three support legs features an independent three-pipe structure, dimensional tolerances are extremely strict. Inspections confirmed that all components meet structural dimension and safety requirements; the tower is now ready to be disassembled for hot-dip galvanizing.   

The shipment of foundation components, seamless steel pipes, and grounding equipment for a camouflage tree tower ordered by a client in Mauritius has been completed. Anchor bolts and positioning templates were dispatched in advance to allow the client to begin foundation construction early. In accordance with the client's specifications, the seamless steel pipes were not galvanized. The copper grounding equipment is intended for the maintenance and replacement of the client's existing local communication towers.