Company: IDVV
Filing Date: 2025-07-03
Form Type: 10-12G/A
Source: 0001683168-25-004925
Chunk: 22

Company: ModuLink Inc.
Filing Date: 2025-07-03
Form: 10-12G/A
Chunk 22
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 minimizes material waste, reduces labor costs and enhances
quality control. This approach ensures higher consistency and durability of the building components, leading to lower long-term maintenance
costs.

Enhanced Safety and Sustainability:
MiC reduces the need for on-site labor and minimizes exposure to adverse weather conditions, thereby reducing workplace accidents. It
also lowers environmental impact through reduced waste and optimized use of materials.

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Improved Project Predictability:
Factory-controlled processes drastically reduce the risk of weather delays, labor shortages, and supply chain disruptions. This leads
to better timeline control and more accurate budgeting—key concerns for developers and investors.

Compliance and Quality Assurance:Modules can be inspected and certified before arriving on-site, supporting compliance with strict building codes and reducing
the chances of post-construction rework. This helps mitigate legal and financial risks.

:

Responding to the Emergent Global Water Shortage:The world is entering a critical phase of water scarcity, exacerbated by climate change and dwindling freshwater
reserves. Droughts are becoming more frequent and severe, while groundwater depletion continues at unsustainable rates. In this environment,
AWGs offer a decentralized, climate-resilient alternative for producing clean water from ambient air without relying on overdrawn natural
or municipal system.

Water Sustainability and Independence: AWG extract water directly from the air, providing a sustainable and decentralized water source. AWGs help reduce dependency
on water supplies from municipal systems or groundwater, and mitigate the risks associated with water shortages, especially in disaster
and emergency scenarios, such as earthquakes, hurricanes, floods, or wildfires, access to clean water is often disrupted or completely
unavailable. AWGs can serve as a vital lifeline in these scenarios, providing on-site, potable water when infrastructure fails. Their
independence from traditional supply lines makes them especially valuable for emergency response, humanitarian aid, remote communities,
and climate-resilient urban planning.

Enhanced Environmental Performance: Incorporating AWG technology helps meet environmental goals by conserving natural water sources and reducing ecological
impact. Particularly in drought-prone or arid regions, AWGs support responsible resource use and contribute to green building certifications
and ESG performance.

Cost Savings on Water:
On-site water generation reduces utility costs, especially in regions with high or volatile water prices. As climate pressures mount,
centralized water becomes more expensive to treat, transport, and deliver. AWGs offer a cost-stable, scalable alternative, turning ambient
humidity into a reliable resource.

Smart Property Management:
IoT technologies