Roam Partners with MemoLabs for Exciting Giveaway Event

In the evolving landscape of decentralized networks, scalability emerges as a vital attribute, particularly in peer-to-peer (P2P) systems. The Streamr Network has embraced this principle by transitioning from a traditional tracker model to a fully decentralized architecture. This shift, marked by the introduction of a three-layer structure, empowers every participant to act as a full node, thereby eliminating the bottlenecks associated with centralized servers. By leveraging a multi-layer Distributed Hash Table (DHT), Streamr enhances node independence and facilitates seamless scaling, allowing for efficient data stream coordination without the need for centralized trackers. The three layers of the Streamr Network each serve a unique purpose in ensuring efficient data delivery. Layer 0, the Global Kademlia DHT, functions as the backbone of the network, enabling nodes to connect and communicate with minimal hops. Layer 1 introduces a hybrid DHT tailored for stream coordination, optimizing peer discovery based on geographic proximity. Finally, Layer 2 establishes a mesh network for real-time data flow, ensuring that subscribers receive messages promptly. This layered approach not only reduces the resource burden on individual nodes but also supports the inclusion of thousands of nodes without significant connection overhead. Recent experiments have demonstrated the effectiveness of this trackerless architecture, showcasing low latency even as the network scales. With locality-based clustering, message propagation delays remained impressively low, averaging around 120 milliseconds in a 2,000-node network. This performance underscores the potential of Streamr's innovative design to maintain efficiency and responsiveness in decentralized environments. Future updates will delve deeper into the scalability tests and the architecture's overall performance, reinforcing Streamr's commitment to advancing decentralized data streaming solutions.

In the latest IOSG Weekly Brief, a comprehensive analysis of Decentralized Physical Infrastructure Networks (DePIN) is presented, highlighting its potential as a significant investment track in the cryptocurrency space. Despite being compared to AI as a new frontier for crypto investments, DePIN lacks a standout project that could lead the charge. While Helium is often cited as a pioneering project, it predates the DePIN concept. The report emphasizes that DePIN is not merely a buzzword; it represents a tangible opportunity to decentralize physical infrastructure, which can optimize various sectors, particularly telecommunications and AI data acquisition. The report outlines specific examples of how DePIN can disrupt traditional models. For instance, Helium Mobile allows users to become micro-operators by purchasing hotspot devices, significantly reducing the costs associated with traditional telecom infrastructure. Similarly, Grass enables AI companies to acquire data at a fraction of the traditional costs by leveraging user-shared bandwidth. These models illustrate that DePIN can outperform conventional infrastructure by offering lower costs and enhanced efficiency, thereby addressing real-world needs. Looking ahead, the report suggests that DePIN could resolve existing challenges in both infrastructure and consumer markets. It highlights the importance of token economics in incentivizing participation within DePIN networks. As DePIN projects evolve, they must navigate various hurdles, including regulatory risks and hardware maintenance. However, the potential for DePIN to create sustainable applications and achieve mass adoption is promising. With ongoing developments, such as Helium's partnerships for expanding its 5G network, DePIN is positioned to be a focal point for investment and innovation in the coming years.

The gaming industry is rapidly moving towards mobility and accessibility. With faster networks and better streaming technology, players no longer need expensive hardware to enjoy high-end PC gaming. Now, with the official launch of the DeepLink Android app, you can play AAA games, control your PC remotely, or rent high-performance machines — all from your smartphone. Three Core Features of DeepLink’s Android App 1. Remote Control of Your Own PC or Server Easily connect to and control your home PC or rented server from anywhere. No need to install massive game files locally — launch and play instantly. 2. Exclusive in Korea: Rent Esports Café Machines In South Korea, DeepLink has partnered with multiple esports cafés to let users rent high-end PCs directly from their phone. The cost is up to 20% cheaper than traditional cloud café services while delivering premium performance. 3. Smooth AAA and Esports-Level Streaming Thanks to DeepLink’s advanced low-latency streaming technology, even mid-range Android devices can run titles like GTA V, PUBG, and competitive esports games without lag. Why DeepLink Stands Out in the Industry 1. Price Advantage – Save up to 30% compared to traditional cybercafé rentals. 2. Low Latency – Proprietary streaming technology ensures smooth, responsive gameplay. 3. Web3 Integration – Supports DLC token payments and incentives, attracting both Web2 and Web3 users. Learn more: https://www.deeplink.cloud/blogInfo/deeplink-android-version-launch #CloudGaming #AndroidCloudGaming #MobileCloudGaming

In a groundbreaking partnership, World Mobile has teamed up with Indonesian telecom giant Protelindo to launch the World Mobile Stratospheric program, which aims to revolutionize telecommunications by deploying 5G services via hydrogen-powered drones. These drones will operate at altitudes of 60,000 feet, capable of covering an impressive 15,000 square kilometers with 450 targeted beams. Charles Barnett, Chief Business Officer of World Mobile Group, claims that their service can be delivered at a cost up to 18 times cheaper per gigabyte compared to satellites, with a minimal latency of just 6 milliseconds. This innovative approach could potentially challenge existing players in the decentralized physical infrastructure network (DePIN) space, particularly Helium. The market for sky-based communications is projected to reach $159 billion by 2030, and World Mobile is strategically positioning itself to capture a share of the current $98.3 billion sector. However, competition is fierce, with established players like Elon Musk's Starlink dominating the satellite internet market for remote areas. Unlike Starlink, which necessitates dedicated hardware for remote deployments, World Mobile's model is designed for densely populated mobile user areas, making it a potentially more viable option for urban environments. As World Mobile Stratospheric gears up for launch, the future of Helium appears uncertain. Helium has struggled to maintain its position in the DePIN landscape, with recent price movements indicating a stall in momentum. Analysts suggest that if Helium's price falls below critical support levels, it could face further challenges. With the emergence of innovative projects like World Mobile Stratospheric, the DePIN sector is poised for significant transformation, and all eyes will be on whether World Mobile can outperform its competitors in the upcoming quarters.

Hivello, a decentralized physical infrastructure network (DePIN) aggregator, has announced the integration of its 11th DePIN network, Theta Network. This collaboration aims to enhance user earnings by allowing individuals to monetize their idle computing resources across multiple DePINs. Theta Network is recognized for its decentralized infrastructure supporting video, AI, and entertainment, making it a strategic addition to Hivello's platform. By connecting to Theta, users can efficiently utilize their idle GPU and CPU resources, thereby expanding their earning potential within the Hivello ecosystem. The integration of Theta Network reflects Hivello's commitment to simplifying access to decentralized technology and promoting broader adoption of DePINs. Domenic Carosa, Co-founder and Chairman of Hivello, emphasized that this partnership not only opens up new earning opportunities for users but also strengthens the stability and growth of key players in the decentralized space. Hivello aims to create a user-friendly experience, enabling anyone to contribute to decentralized infrastructure networks without requiring technical expertise. This approach is designed to democratize access to DePINs and empower users to earn passive income from their existing resources. Hivello's mission is to eliminate technical barriers that often deter users from participating in DePIN networks. By providing a straightforward app that allows users to mobilize their idle computers, Hivello is making complex technologies accessible and beneficial for all. The integration with Theta Network is a significant milestone in Hivello's journey to become the most comprehensive aggregator of DePIN projects, reinforcing its role as a central hub for decentralized infrastructure initiatives. As the DePIN ecosystem continues to evolve, Hivello remains dedicated to fostering user engagement and maximizing earning potential through innovative partnerships.

World Mobile is making significant strides in the realm of connectivity with the launch of its hydrogen-powered drones, designed to deliver blockchain-enabled 5G services from the stratosphere. This innovative aerial network promises ultra-low latency and boasts a cost efficiency that is reportedly 18 times cheaper per gigabyte compared to traditional satellite-based services. The initiative primarily targets underserved regions, aiming to bridge the digital divide while facing competition from established platforms such as Helium Mobile and Starlink. The project, named "World Mobile Stratospheric," is a collaboration with Indonesian telecom giant Protelindo. These drones will operate at altitudes of 60,000 feet, well above typical weather systems, and utilize 450 steerable beams to provide coverage over expansive areas of up to 15,000 square kilometers per aircraft. According to Charles Barnett, Chief Business Officer of World Mobile Group, this high-altitude approach is crucial for reaching areas where traditional infrastructure fails to provide adequate connectivity. By leveraging blockchain technology, World Mobile aims to decentralize internet access, making it more accessible and affordable for users around the globe. The deployment of these drones not only represents a technological advancement but also a commitment to democratizing internet access, ensuring that even the most remote regions can benefit from modern communication technologies. As World Mobile ventures into this ambitious project, it sets the stage for a new era of connectivity that could redefine how we think about internet access worldwide.