Korea Blockchain Week 2025: IMPACT in Seoul

Come on! My demon Babata, let us roam the universe above 100 million dollars from today 🌹

In this Bull Market, DEP is a must-join track. Today's research is on a high-quality project that is not yet widely known, Roam.

The Web3 Transformation of the Telecommunications Industry: From Communication Networks to Value Exchange Networks Under the wave of digitalization, the traditional business model of the telecommunications industry is facing difficulties. 5G brings enormous investment pressure, but the revenue model has not improved. Data shows that while the revenue of leading telecommunications companies in the United States is higher than that of internet giants, their profitability and market value lag significantly behind, reflecting a lack of investor confidence in the industry. The telecommunications industry is undergoing transformation. The previous opening of virtual operators did not address the fundamental issues. It now seems that the originally envisioned global roaming scenario is very suitable for implementation with Web3, and can promote value-added services through blockchain. This article will explore the reconstruction plan of the telecommunications industry through blockchain and Web3 operating models, as well as the significance of upgrading communication networks to value exchange networks. 1. The traditional telecom operator model is facing challenges. Traditional telecom operators focus on network infrastructure, profiting through connectivity services, value-added services, and industry solutions, forming a "connectivity + growth" model.

The DePIN industry is merging with AI, especially the Roam project, which encourages users to share resources through incentive mechanisms to build decentralized infrastructure. Roam utilizes communication data to provide high-quality data for AI while ensuring user privacy and dropping the participation threshold for users.

DePIN+AI: Building a Decentralized Future for Intelligent Bots Recently, the combination of DePIN and AI has sparked heated discussions in the industry. This emerging field is called DePAI, which aims to promote the development of AI and Bots through decentralization. DePAI provides AI with "facial features" and "limbs", allowing AI to better perceive and interact with the real world. It is expected to address some key challenges in the current development of AI: 1. Provide more authentic and diverse data. DePIN devices can help AI obtain real-time, real-world data, which is crucial for fostering embodied intelligence. 2. Improve capital efficiency. Decentralization networks can distribute the capital burden, allowing small startup teams to participate in Bots technology development. 3. Accelerate data collection and evaluation. Decentralized networks can parallelly collect data on a large scale, improving efficiency.