The AI+DePin summit, organized by the leading Web3, QPIN and 42DAO projects, has recently collected industry leaders, technology experts and community members in Hanoi, Vietnam. This pivotal event, which was held on April 19, 2025, was a decisive platform for in -depth discussions about the rapidly advanced landscape of decentralized material infrastructure networks (DePin), the origins of the real world (RWA), and its critical interaction with artificial intelligence (AI). Through the main presentations of insight and attractive painting discussions, the summit highlighted the transformative capabilities of these close technologies, with a special focus on increasing opportunities within the dynamic Southeast Asia region.
DePin & RWA: Restructural infrastructure and asset models
After the start of the summit, Daniel Schwartz, Director of Operations at DPIN, delivered a comprehensive opening title, and systematically explained the basic principles of DePin. He explained how DePin aims to take advantage of the Blockchain technology and the outstanding code incentives, to build and maintain the owned physical infrastructure networks and run by its societies. This model, Schwartz, clarified, effectively relieves the individual points of failure in traditional central systems, greatly enhances operational transparency, and further distributes the value of the network again to shareholders. Quoting well -known examples such as helium (decentralized wireless networks), ingoin (decentralized storage), and the power network (focusing on renewable energy networks), Daniel clearly explained the practical application and the ability of reactions across the various sectors.
By moving to the topic of the real world origins (RWA), Schwartz detailed the concept of concrete and unfinished origins – such as real estate and precious metals such as gold, art, or even carbon credits – on Blockchain. He explained that the RWA Tokenization carries a promise to dismantle the traditional asset market barriers. It can significantly increase the liquidity of the assets, allowing the ownership of fractures and the circulation of non -liquid assets. Moreover, the inherent stability and the transparency of Blockchain technology allows publicly verified records of the history of ownership and the history of transactions, which enhances greater confidence in the market. RWA’s distinctive symbol also reduces investment thresholds, opens the doors for a broader group of investors to access and participate in high -value asset markets.
Explore the fundamental relationship between DePin and RWA, Daniel highlighted their potential synergy. He explained that DePin networks can provide basic support for the code infrastructure and RWAS management. For example, decentralized sensor networks can verify the physical condition or the environmental data of the original, while the decentralized storage can ensure the safety of related legal documents and ownership records. On the contrary, the successful symbol of RWAS and the resulting economic activity can attract more participants and potential financing to support the growth and development of DePin networks, creating a positively enhanced positive feedback.
When going into the specific vision and the long -term influence of the DPIN project, Schwartz emphasized how the decentralized GPU computing network aims to transform the global ecosystem of Amnesty International. I have made clear DPIN goals:
– Weakening access to computing power:Reducing the barrier in front of the highly performance computing, allowing more developers, researchers and small and medium companies to obtain and infer strong GPU resources.
– Enhance cost effectiveness:It aims to provide more competitive prices compared to traditional central cloud services providers by improving resource customization and benefiting from the distributed computing power, which is likely to be unexploited.
– Enhancing data security and privacy:Using the inherent monitoring resistance and the advantages of data sovereignty for decentralized structure, DPIN is committed to building a safer data processing environment.
– Provide dynamic expansion:In processing significantly increasing mathematical requirements and is often increasing for increasingly sophisticated artificial intelligence models, the Distributed DPIN network is designed to provide more flexible and flexible limitation capabilities to meet the needs of developing artificial intelligence in the future.
Si artificial intelligence requests decentralized solutions
After the opening title, Becca Kelka, head of the DPIN computing power strategy and chief trading officials in QPIN, took the stage to present the convincing keyword for explosive growth in demand for artificial intelligence computing power. Quoted from industry data, he stressed that the need for artificial intelligence account is increasing at a huge rate, which surpasses the improvements to the performance of the traditional devices described by the More Law. Kelkka selects the main engines of this mutation, including training of large -scale models (such as those who explore artificial general intelligence, such as Deepseek), processing huge data and making decisions in the actual time needed for independent leadership, and developing overwhelming waving experiences.
Treating this tremendous mathematical gap, Pekka emphasized that innovative solutions are of utmost importance, as QPIN are determined as the main driving force behind the DPIN initiative. He explained on the decisive role that QPIN plays in the field of marketing and providing basic technology, focusing on the fact that QPIN is devoted to building a global and effective GPU computing platform, not central. This basic system is not only working as a basis on the DPIN building the GPU global network, but also as a decisive dynamic to enable artificial intelligence applications (such as the complex models that Deepseek) to operate efficiently in a decentralized environment. By taking advantage of the QPIN platform, DPIN aims to reduce the investment of hardware and operational costs associated with AI R&D sessions significantly, and to speed up the AI model training courses significantly by processing large improved data and low arrival account, and achieving effective and global use of account resources. Pekka has stated unambiguously that the ambitious road map of DPIN depends greatly on technological ingenuity and continuous innovation of the QPIN to build a non -central GPU network that makes high -performance computing available for developers and users worldwide.
Panel visions: Opportunities, challenges and path forward in Southeast Asia
The Summit’s episode brought together a variety of views to explore the future of DePin, RWA and AI in the context of Southeast Asia:
– Daniel SchwartzMore detail on the potential features of DePin applications for artificial intelligence applications compared to traditional data centers. It sheds light on the high capacity of energy efficiency by designing advanced distributed architecture and scheduling smart tasks, which contributes to a decrease in carbon imprint of the account. At the same time, by integrating the resources of the devices in the world and using them effectively, and reducing the general expenditures associated with building and maintaining the central infrastructure on a large scale, DePin seeks to effectively in terms of great cost. Looking at the future, Daniel has repeated the long -term DPIN goals: enhancing democratic character to artificial intelligence applications, reducing innovation costs, enhancing data security and privacy, providing flexible expansion of future needs, and stimulating a global wave of technological innovation in the end.
– Ted NgwinAnd an experienced consultant in the RWA and NFT space, participated in his deep visions in the markets of Southeast Asia in Southeast Asia. Frankly, he admitted the challenges facing the region in developing DePin and RWA, including areas where digital infrastructure requires more enhancement and complications in the advanced organizational landscape of advanced technologies quickly. However, TED has focused more on the tremendous opportunities offered by the region: the fast pace of digital transformation provides fertile ground for adopting new technology; An increased set of innovation in local technical talents; Relatively low operational costs attract global interest; Life -vibrant environmental activity models with activity; An open and generally accepted situation towards emerging technologies such as Blockchain is on both societal and government levels. These factors combined in Southeast Asia as a promising center to develop DePin and RWA.
– Becca is a slideDetails were provided about the translated DPIN partnership strategy in Vietnam and the surrounding areas. He revealed plans for joint research programs with leading local universities to explore the borders of DePin and AI; Initiatives to support promising local activists with resources, computing power and technical guidance; The computing contract published the edge within the technical gardens designated to create “live laboratories”-the real world bodies to verify and improve technological solutions. Pekka also shared updates about the computing test center at GPU DPIN currently in development in Johur Baherrow, Malaysia, which is on the right path to start experimental operations in the third quarter of 2025. He stressed that this center is designed not only to provide strong arithmetic support for QPIN Labs R&D in AI and Cloud Gaming but it also serves as illustrative conferences For judgment. Pekka also explained how QPIN will constantly reduce the cost and enhance the performance of decentralized computing power, thus enhancing innovation across various applications, indicating the pursuit of extreme efficiency by projects such as Deepseek as an example of the importance of high -performance computing to correct AI.
Jimmy NgwinA prominent representative of the web3 community and the encryption community in Vietnam presented a regional perspective on the various demands of artificial intelligence. He noted that although advanced economies are currently leading a lot of demand growth, emerging markets, especially in Southeast Asia, show huge potential. He said that decentralized platforms such as DPIN, by providing more easy and cost -effective computing resources, have the ability to help bridge the technological gap between regions and enhance the most balanced and comprehensive global technological development.
Building the future, today
The AI+DePin summit served in Hanoi not only as a display to determine and advance DPIN, QPIN, and its partners in the progress of decentralized technologies but also as a clear indication of a major global transformation in the market towards more open, effective and decentralized systems. Through major infrastructure initiatives such as GPU Johor Bahru and strategic cooperation, DPIN and its basic technology partner builds the basic layer required to support the next generation of artificial intelligence and distributed applications. The event concluded with a clear note of optimism regarding the possibility of Vietnam and the broader Southeast Asian region to play a pivotal role in this continuous technological revolution. DPIN and its partners in the ecosystem are still committed to cooperation and move forward, and are devoted to converting the decentralized decentralized infrastructure of Amnesty International into a tangible reality.
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