Latest DePIN News

Roam has positioned itself as a pioneering entity in the development of decentralized global open wireless networks, effectively integrating Web3 technologies to enhance connectivity and user experience. Notably, Roam has distinguished itself as one of the top ten global identity issuers for OpenRoaming, being the sole Web3 company among industry leaders like Cisco. Recently, the company launched the "Roam Discovery Ecosystem," an initiative designed to promote collaboration among Decentralized Physical Infrastructure Network (DePIN) projects, thereby supporting the growth of the ecosystem and emphasizing the significance of decentralized application (dApp) development. The Roam Discovery initiative plays a crucial role in bolstering ecosystem projects with the aim of advancing the DePIN sector through various industry collaborations. It focuses on creating an environment conducive to innovation and scalability by connecting different DePIN projects. Key features of Roam Discovery include support for dApp development in the telecom and AI sectors, fostering partnerships with industry leaders, and integrating emerging technologies like AI, IoT, and blockchain. Additionally, it provides access to a vast decentralized global wireless network, which connects over 1.9 million app users and more than 1 million self-built nodes across 200 countries, along with plans for airdrop incentives and dual token mining opportunities. Roam's recent achievements include partnerships with twenty projects aimed at driving innovation in sectors such as AI and PayFi, and a remarkable growth trajectory with over 4 million OpenRoaming hotspots globally. The synergy between Roam’s Telecom Data Layer and Roam Discovery is particularly significant, as it integrates decentralized networks with physical Layer 1 infrastructure and AI data integration. This combination is poised to redefine telecom services and decentralized applications, positioning Roam as a leader in the DePIN sector and enhancing its capabilities in delivering AI-powered services and global Wi-Fi roaming solutions.

In a recent post on the X platform, Shaw, co-founder of ai16z, expressed enthusiasm for the DePIN AI Agent concept, highlighting its intriguing potential despite being in the early stages of development. Shaw's remarks underscore the growing interest in decentralized AI solutions, particularly those that leverage blockchain technology. He also mentioned that projects utilizing Eliza on the IoTeX chain are encouraged to reach out for priority integration, indicating a strategic push to foster innovation in this space. Furthermore, ai16z is establishing grants to support the advancement of the DePIN AI Agent, signaling a commitment to nurturing promising projects. The launch of BINOAI, the world's first DePIN AI Agent powered by Eliza OS and the IoTeX network, marks a significant milestone in this domain. The introduction of the $SENTAI token has generated considerable excitement, with a remarkable 24-hour trading volume of $63 million, positioning it as the third most traded token on the Solana chain. This rapid adoption illustrates the market's eagerness for innovative blockchain applications and the potential for substantial financial activity surrounding new tokens. Notably, on-chain data revealed that an address associated with Shaw purchased 8.5 million $SENTAI for 996 SOL, further indicating his confidence in the project. As the blockchain landscape continues to evolve, ChainCatcher advises readers to approach these developments with a rational mindset. It is crucial to enhance risk awareness and exercise caution regarding virtual token issuances and speculative activities. The information provided on this platform serves as market insights and opinions rather than investment advice, emphasizing the importance of due diligence in the rapidly changing world of blockchain technology.

Provider of modular infrastructure for decentralized physical infrastructure network (DePIN) projects, IoTeX announced a partnership with Eliza Labs to empower autonomous AI agents with the ability to perceive and interact with the physical world through DePIN networks. This collaboration aims to bridge the gap between digital intelligence and real-world sensory input and interaction, accelerating the development of sentient AI. The partnership combines IoTeX’s DePIN infrastructure with ElizaOS, enabling AI agents to utilize real-time data and services from DePIN networks while controlling physical devices within decentralized environments. By integrating sensory input and actuation capabilities, the collaboration will transform AI agents into context-aware, adaptive entities capable of interacting with the physical world. IoTeX’s DePIN ecosystem, including Nubila and GeodNet, will provide crucial real-time atmospheric and geospatial data, while Pebble Tracker will collect verifiable real-world data like GPS, temperature, and motion. The collaboration also focuses on advancing Physical AI through key areas of collaboration, including the integration of the DePIN Plugin for Eliza OS. This plugin will allow Eliza agents to access and process real-world data from IoTeX’s DePIN networks, enhancing their perception, action, and learning capabilities. The creation of the first DePIN-aware AI Agent, BINOAI, powered by Eliza OS and IoTeX, will demonstrate real-world perception and interaction, marking a significant milestone in the evolution of Physical AI. Additionally, the partnership aims to enhance agent contextual awareness with DePIN data and services, enabling predictive capabilities and adaptive behaviors based on historical and real-time data. Furthermore, the collaboration will empower developers by providing early access to IoTeX’s modular DePIN tools through Eliza Labs’ Agent Dev School. This initiative includes workshops, tutorials, and technical resources to assist developers in integrating DePIN functionalities into AI agent workflows.

C4E is excited to announce a new partnership with AstraAI, a technological and financial ecosystem powered by AI and backed by AstraLabs Inc. This collaboration aims to drive innovation and growth in the decentralized energy and e-mobility sectors. By integrating AI tools and solutions suitable for both Web2 and Web3 ecosystems, C4E and AstraAI are committed to creating smarter energy management systems that foster community participation and enhance overall sustainability. The partnership will leverage C4E's DePIN L1 Blockchain technology alongside AstraAI's advanced AI capabilities. A key component of this collaboration is the integration of the Spyder Bot, an AI-driven tool designed to enhance community engagement by providing real-time updates and facilitating meaningful interactions. Additionally, C4E will be featured in the AstraAI Partner Hub with the launch of AstraAI App 2.0, which will increase visibility and trust among supporters. This partnership also opens avenues for targeted advertising, reaching over 1 million users in the Web3 space, thus amplifying C4E’s mission and community outreach. Together, C4E and AstraAI share a vision for a sustainable future in the decentralized energy sector. By merging AI-driven incentives with blockchain technology, they are laying the groundwork for a community-centric approach that promotes passive income opportunities and decentralized contributions. This collaboration not only aims to enhance community ties and influencer relationships but also seeks to push the boundaries of innovation in energy management and e-mobility. C4E looks forward to the exciting possibilities this partnership will bring as they continue to lead in these transformative sectors.

2024 marked a significant year for Auki, characterized by the successful launch of its Token Generation Event (TGE) and a retail solution, alongside achieving various development milestones. Auki's growth can largely be attributed to its dedicated community, which plays a crucial role in building, operating, and maintaining the infrastructure that supports the network. Community members contribute resources, bandwidth, and energy in exchange for tokens, fostering a deflationary economy designed to reward early adopters. This decentralized approach is essential for ensuring privacy and autonomy in an era increasingly influenced by AI and robotics, while also encouraging innovation through community-driven applications and enhancements. To celebrate the contributions of its community, Auki is initiating a series of interviews with diverse members, starting with Husky, a node operator. Husky emphasizes the importance of node operators in maintaining the Auki network, as they manage relay and domain servers that facilitate network traffic. His journey into the crypto space began nearly four years ago, transitioning from speculative investments to actively running nodes for projects with real utility. His daily routine is a blend of managing nodes and personal commitments, reflecting the dedication required to succeed in the crypto landscape. Husky's experience highlights the rewarding nature of participating in Auki's growth, especially with the recent airdrop that has significantly increased in value. As Auki continues to develop its decentralized machine perception network, the contributions of community members like Husky are pivotal to its success. The Auki network aims to enhance shared spatial awareness for AI and robots, showcasing the importance of decentralized physical infrastructure networks (DePINs) in the evolving tech landscape. With a mission to improve collaborative cognitive capacity among humans and machines, Auki is at the forefront of building innovative solutions that prioritize privacy and community ownership in spatial computing. The journey toward a more decentralized future is just beginning, and Auki is committed to leading the charge alongside its vibrant community.

Phala Network, a notable parachain within the Polkadot ecosystem, has recently launched its innovative layer-2 rollup protocol on the Ethereum blockchain, named Op-Succinct. This new development aims to enhance Ethereum's scalability and efficiency through advanced cryptographic solutions. According to a statement released on January 8, 2025, Phala Network's collaboration with Succinct Labs and Conduit has resulted in the creation of the first-ever Op-Succinct Layer 2 rollup on Ethereum, which integrates both optimistic and zero-knowledge (ZK) proofs. This integration is designed to provide faster transaction finality, lower operational costs, and improved security for users on the Ethereum network. The launch of this layer-2 solution aligns with Phala's broader vision of advancing cryptographic computing. By utilizing Trusted Execution Environment (TEE) technology, Phala Network enables developers to deploy secure smart contracts, particularly beneficial for AI-driven decentralized applications. Additionally, the rollup introduces Dstack functions that facilitate the transition from traditional Web2 systems to blockchain-based Web3 environments. This capability is particularly significant as it supports decentralized AI applications, including autonomous agents, while simultaneously enhancing blockchain security through sophisticated cryptographic measures. Phala's expansion into Ethereum reflects a growing trend towards layer-2 solutions within the Ethereum ecosystem. Recent data from L2beat indicates a substantial increase in the adoption of rollups, with various entities, including Kraken and Deutsche Bank, exploring the development of layer-2 infrastructures. However, this rapid growth raises concerns about potential fragmentation of liquidity pools and market inefficiencies. Despite these challenges, advocates for niche-specific blockchains argue that they can optimize technical stacks and foster dedicated communities, ultimately creating sustainable revenue streams through tailored solutions and reduced transaction fees.

The DePIN project io.net has recently announced a strategic partnership with Alpha Network aimed at enhancing the development and deployment of artificial intelligence (AI) and Web3 decentralized applications (dApps). This collaboration seeks to create a secure and private environment for AI applications, allowing developers to build powerful, privacy-focused decentralized solutions. By integrating Alpha Network's advanced data privacy technology with io.net's decentralized GPU infrastructure, the partnership is set to empower developers to create AI-driven dApps with improved privacy and security features, which are crucial for the wider adoption of Web3 technologies. The technological integration between io.net and Alpha Network is expected to facilitate the scalable and cost-effective operation of AI applications. By utilizing io.net's decentralized GPU resources, developers will have access to the necessary computing power without the constraints of centralized servers. Additionally, Alpha Network's data privacy capabilities will ensure that user data remains secure, addressing a critical concern in today's digital landscape. This partnership is particularly significant as the demand for AI and Web3 applications continues to grow, highlighting the need for solutions that prioritize both security and efficiency in application development. This collaboration not only underscores the increasing convergence of AI, blockchain, and data privacy but also sets the stage for the development of more powerful, secure, and user-centric dApps. As the decentralized ecosystem evolves, partnerships like this could lead to innovations that are more secure and privacy-focused, ultimately paving the way for broader adoption of decentralized technologies. The success of this partnership could have profound implications for the Web3 and AI industries, potentially shaping the future landscape of decentralized applications and their integration into everyday digital experiences.

The Graph, a decentralized protocol for blockchain data, has recently introduced Geo Genesis, a groundbreaking application aimed at democratizing web3 knowledge sharing. According to a press release, Geo Genesis will empower communities to decentralize knowledge sharing through collaborative hubs known as "Spaces." This innovative platform is designed to be user-friendly, allowing individuals of all technical backgrounds to manage, share, and govern knowledge effectively. The introduction of Geo Genesis follows the launch of The Graph's GRC-20 data standard, which promotes interoperability and adaptability in knowledge graphs, enabling users to create and manage knowledge directly on the GRT network. Geo Genesis shifts the focus from asset-centric applications to community engagement centered around knowledge-based applications. The application is equipped with governance tools that facilitate collaboration among users within Spaces. Built on the modular Aragon OSx framework, Geo emphasizes accessibility, making it easier for a diverse range of users to contribute to the growth of web3. Currently, Geo Genesis is available for early access, featuring a governance process that includes roles for Editors and Members. Editors will have the authority to vote on governance matters, while Members will actively contribute to their respective Spaces. In its initial phase, Geo Genesis will showcase knowledge graphs curated by a select group of Editors, focusing on crypto news to illustrate how knowledge graphs can effectively structure news stories and related information. The launch of Geo Genesis marks a significant milestone in The Graph's evolution since its inception in 2018 as a blockchain data indexing protocol. With rapid adoption across various blockchains, including Ethereum and Avalanche, The Graph continues to expand its ecosystem, positioning itself as a leader in decentralized data management and knowledge sharing.

YOM has recently unveiled an updated node model that aims to revolutionize cloud gaming infrastructure by enhancing scalability, equity, and accessibility for entrepreneurs. The previous model, priced at $999, posed a significant barrier for many potential operators, particularly those with lower-end setups. This inequity contradicted YOM's mission to democratize access to gaming infrastructure. In response to feedback, YOM has redefined its approach by separating the concepts of hardware, nodes, and licenses, allowing a single high-end GPU to power multiple nodes, thus creating a more equitable and scalable system. The new model introduces several key features that make participation more accessible. The cost of entry for self-hosting nodes has been reduced to $349, which includes two licenses for concurrent streams. Operators can further expand their earning potential by purchasing additional licenses for $99 each. For those without hardware, YOM has partnered with providers to offer Nodes-as-a-Service (NaaS), allowing anyone to join the network with licenses starting at just $99. This flexibility, combined with future-proofing through upcoming hardware upgrades, positions YOM as a leader in decentralized gaming, offering a more cost-effective and environmentally friendly alternative to traditional centralized servers. The implications of YOM's decentralized gaming model are profound. By minimizing costs and enhancing performance, YOM not only makes gaming more affordable but also encourages creativity among developers, allowing for experimental game mechanics that were previously sidelined. This shift opens up a broader catalog of titles for players while enabling studios to take creative risks without the burden of high streaming costs. YOM’s initiative is not just about technology; it’s about building a community where gamers, developers, and entrepreneurs can thrive together, shaping the future of gaming in a more equitable and innovative landscape.

4EVERLAND has officially launched its Aggregated Mining feature, which allows users to engage in barrier-free mining through the 4EVERLAND TG MiniApp. This innovative functionality connects users with various projects within the 4EVERLAND ecosystem, enabling them to earn airdrops and token rewards effortlessly. Aggregated Mining is designed to lower the entry barriers for participation while providing project teams with a means to enhance user engagement and incentivization. By utilizing this feature, users can maximize their earning potential and foster beneficial interactions across multiple projects. Participating in Aggregator Mining is simple and consists of three main steps. First, users must activate the 4EVER Boost in the MiniApp, which is essential for first-time miners. Next, they can select a collaborative project and complete specific tasks, such as following social media accounts or engaging with project content. Once these tasks are completed, mining for the chosen project is automatically activated. Finally, users should log in daily to collect their mining rewards, with the option to complete additional tasks for increased output. It is crucial to claim rewards regularly, as failure to do so may pause the mining process. To enhance earnings, users can take advantage of several tips, including activating all three core Boost modules—Storage, Compute, and Network—and staking 4EVER tokens for additional rewards. The introduction of interactive elements, such as point-stealing and strategic card purchases, adds a gamified experience to mining. 4EVERLAND has partnered with notable projects like Capybara, BitPlay, and Star AI to enrich the mining experience, making it both rewarding and engaging. Users are encouraged to explore the 4EVERLAND TG MiniApp and unlock the potential of Aggregator Mining today.