Latest DePIN Product Launch News

In a significant advancement for distributed computing, CUDOS Intercloud has introduced one-click templates that simplify the deployment of AI applications. This innovative approach focuses on accessibility and usability, allowing developers to launch applications with minimal effort. By eliminating the traditional complexities associated with AI infrastructure, such as dependencies and vendor lock-ins, CUDOS Intercloud enables instant deployment without the need for KYC or sign-ups. Users can connect their digital wallets and get started in mere seconds, which is particularly beneficial for teams needing to iterate quickly in the fast-paced AI and Web3 landscapes. The CUDOS Intercloud platform now boasts a diverse catalog of ready-to-launch applications tailored for various users, including AI developers and educators. Key offerings include JupyterLab for solo experimentation, JupyterHub for collaborative environments, and vLLM for serving large language models at scale. Additionally, tools like Ollama provide user-friendly interfaces for newcomers, while OpenManus showcases the potential of agentic AI assistants. These applications collectively form a robust foundation for a distributed AI-ready stack, enhancing accessibility and scalability for underfunded teams and global researchers. Looking ahead, CUDOS Intercloud is committed to expanding its app catalog with more open-source tools and enterprise-ready solutions. The platform aims to deepen integrations with Web3 APIs and support smart contract-based resource provisioning. As the landscape of distributed applications evolves, the one-click templates will serve as a crucial interface between users and the underlying infrastructure, driving the growth of the AI economy. CUDOS Intercloud invites users to share ideas for future templates and features, fostering a collaborative environment for innovation in distributed computing.

Decentralized cloud computing platform Aethir has launched Batch 6 of its $100 million Ecosystem Fund, expanding its support to include real-world asset (RWA) startups alongside its existing focus on AI agents. This initiative, announced on April 23, aims to integrate promising RWA projects into Aethir's decentralized cloud ecosystem by providing grants in the form of decentralized GPU cloud computing power. The fund has already supported over 25 AI-focused grantees, and the latest batch includes innovative projects such as Zoo Finance, Upside OS, and PinLink, which are set to enhance the intersection of traditional finance and digital markets. The Ecosystem Fund operates by granting access to Aethir's extensive global GPU network, which boasts over 425,000 GPU containers and high-performance chips like NVIDIA H200s and GB200s. This model eliminates the need for expensive centralized infrastructure, allowing early-stage teams to scale applications that rely heavily on AI and RWAs. Aethir's aim with Batch 6 is to empower more founders to develop the next generation of applications that leverage decentralized computing, thereby fostering innovation in both the RWA and AI sectors. The RWA sector is experiencing rapid growth, with on-chain assets already surpassing $20 billion and projections suggesting it could reach $500 billion by 2025, and potentially $30 trillion by 2030. This surge has given rise to new segments like "RWAfi," which merges RWAs with decentralized finance. Aethir is collaborating with projects such as Plume and GAIB to explore these opportunities, supporting the tokenization of computing infrastructure through initiatives like the RWAI Initiative and its GPU Tokenization Pilot on the BNB Chain.

AT&T has announced its first foray into decentralized physical infrastructure (DePIN) through a partnership with Helium, enabling customers to access a network of user-powered WiFi hotspots. This collaboration, revealed on April 24, is seen as a significant advancement in Helium's mission to provide affordable and accessible connectivity. Helium operates a decentralized wireless network where individuals deploy low-power devices called Hotspots, functioning as miniature cell towers and offering wireless coverage in exchange for token-based rewards. Currently, Helium boasts over 93,500 active Hotspots, primarily in the United States. The partnership allows AT&T to leverage Helium's hotspot coverage via Passpoint integration, a WiFi authentication protocol that facilitates automatic and secure connections to participating hotspots. This integration enhances user connectivity, especially in areas with weak mobile signals, while allowing AT&T to expand its service footprint without the need for additional infrastructure. For Helium, this partnership increases the utility of its network and raises its profile among mainstream users. Additionally, AT&T gains access to real-time network quality metrics, providing valuable insights into performance across decentralized nodes, a level of transparency often lacking in traditional infrastructure models. This collaboration is a notable milestone for the DePIN movement, but it is not Helium's first engagement with the telecom sector. Previously, Helium partnered with Telefónica's Movistar in Mexico, integrating its network to support connectivity for over 2.3 million subscribers. Furthermore, Helium has been enhancing its technology stack to promote broader adoption, including a licensing program for hardware manufacturers. The launch of Helium Mobile's Zero Plan in February 2025, which offers free data and talk time by utilizing Helium's decentralized network alongside T-Mobile's 5G service, marks another significant step forward for the project.

Theta Labs, a prominent provider of decentralized cloud infrastructure, has partnered with the Houston Rockets to introduce an innovative AI-powered mascot named "ClutchBot." This digital mascot is designed to enhance fan engagement by providing real-time information about the team, including game schedules, ticket details, player statistics, and venue information. Fans can interact with ClutchBot through the official Houston Rockets website, asking questions like "When is the next game?" or "How many championships have the Rockets won?" The AI is trained on extensive Rockets and NBA data, ensuring accurate and timely responses. The collaboration between Theta Labs and the Houston Rockets aims to create a more immersive fan experience that transcends traditional engagement methods. By utilizing Theta's cutting-edge EdgeCloud technology, ClutchBot represents a significant advancement in how sports teams can maintain continuous, personalized interaction with their fans. This initiative not only enhances the digital experience for fans but also sets a new standard for fan engagement across professional sports, allowing supporters to feel more connected to their favorite teams. Scheduled to launch in the fall of 2025, ClutchBot will be accessible to fans worldwide, marking a pivotal moment in the intersection of sports and AI technology. As noted by Houston Rockets President Gretchen Sheirr, this partnership will enable the team to offer a more engaging and personalized experience through their digital platforms. With backing from industry giants and a robust decentralized infrastructure, Theta Labs continues to lead in the realm of AI and media, paving the way for future innovations in sports technology.

DIMO has recently announced an exciting update to its Developer Console, marking a significant evolution since its initial launch on August 8, 2024. This update, known as DIMO Build, not only refreshes the branding with a new visual identity but also enhances the user experience by providing greater freedom and flexibility for developers. The Console now features a user-centric design that aligns with future expansion projects, including webhooks and low-code tools, ensuring that developers can build with less distraction and more focus on their projects. One of the standout features of the new Console is the integration of social logins, which streamlines operations by consolidating login processes directly with DIMO Auth Servers. This update includes the addition of Apple logins, catering to users of the DIMO Mobile app. Furthermore, the login flow has been re-engineered to allow users to opt for email OTP login if they encounter compatibility issues with passkeys. This flexibility is aimed at reducing friction in the user experience, allowing developers to spend less time on signing transactions and more on building. In addition to these enhancements, DIMO has embraced decentralization by integrating developer license information directly into the Identity API, mapping it to on-chain data. This shift eliminates reliance on off-chain databases, promoting transparency and reducing discrepancies. The updated Console also introduces a comprehensive vehicle list feature, providing insights into license details, including on-chain vehicle IDs. To support developers further, DIMO has established a dedicated support pipeline, ensuring that developers can easily connect with the engineering team behind the Console. Overall, these updates signify DIMO's commitment to fostering a more open and efficient development environment in the decentralized space.

March 2025 proved to be a pivotal month for CUDOS, showcasing significant advancements in the CUDOS Intercloud and ASI ecosystems. The month was marked by record-breaking compute growth, with 250,660 compute hours delivered, representing the highest single-month total to date. This surge in demand, particularly from AI and Web3 workloads, contributed to a monthly revenue increase of 30%, reaching $180,000. The total ecosystem revenue surpassed $1.5 million, highlighting a robust shift towards distributed computing, with a total of 1.6 million compute hours logged, up 17% from February. The user base also expanded to 17,000, indicating a growing adoption among developers and node operators seeking alternatives to centralized cloud solutions. The collaboration between CUDOS and the ASI Alliance, which includes Fetch.ai, SingularityNET, and Ocean Protocol, has also matured over the past year. CUDOS has successfully integrated into the ASI stack, serving as the distributed compute layer, and completed the token migration with $FET, enabling wallet-native usage. This partnership is aimed at building a distributed, privacy-first AI future, emphasizing the importance of computing without compromise. The integration of CUDOS with ASI reflects a commitment to advancing distributed intelligence and self-sovereign AI architectures. In addition to these developments, CUDOS launched a partnership with Rainfall, a privacy-preserving personal AI platform, enhancing node deployment integration. This collaboration allows node operators within the Rainfall ecosystem to utilize CUDOS Intercloud for scalable, low-cost compute solutions. Furthermore, CUDOS introduced a referral program to incentivize users to share their network, offering commissions in $FET for successful referrals. As demand for compute resources continues to rise, CUDOS is set to enhance its platform with new features, tutorials, and community support, paving the way for future innovations in distributed computing.

In a significant development within the DePIN ecosystem, the DoubleZero Foundation has secured a remarkable investment of $28 million from top venture capital firms, including Dragonfly and Multicoin Capital. Founded by Austin Federa, who previously played a pivotal role at the Solana Foundation, DoubleZero aims to create a robust web3 infrastructure by addressing the challenges faced by current blockchain networks. The project is designed to enhance bandwidth and reduce latency, facilitating smoother operations for web3 applications. The investment signals strong support from the Solana ecosystem, indicating a collective effort to build a physical infrastructure network that can rival traditional web2 solutions. Another noteworthy project, Roam, has emerged as a decentralized wireless network built on the Solana blockchain. Launched on March 6, Roam aims to provide seamless WiFi and eSIM connections globally, boasting over 2.3 million users and 2 million WiFi nodes across 190 countries. With a market capitalization exceeding $60 million, Roam utilizes blockchain technology to ensure secure connections and automatic network switching. Its innovative approach, combined with a strong incentive mechanism for users to share WiFi, positions Roam as a leading player in the DePIN space, drawing comparisons to Starlink for its ground-based communication solutions. As of mid-March 2025, the DePIN ecosystem on Solana has flourished, with a market value surpassing $25 billion. This growth is attributed to Solana's technical advantages, such as high throughput and low transaction costs, making it an attractive platform for DePIN projects. The Solana Foundation's proactive support through funding and hackathons has further nurtured this ecosystem. With approximately 78 DePIN projects currently active on Solana, including notable names like Helium and Render Network, the platform is poised to lead the way in decentralized physical infrastructure, showcasing its potential to reshape the future of connectivity and data sharing in the blockchain space.

MVL, a leader in blockchain-based mobility solutions, has officially launched its mainnet on April 9, 2025, marking a significant advancement in its mission to create a value-sharing mobility ecosystem. Founded in 2018, MVL aims to ensure that drivers, riders, and service providers benefit equitably through blockchain technology. The new mainnet is built on Base Appchains, a Layer 3 app-specific rollup developed by the Coinbase Developer Platform, which allows MVL to operate independently without competing for resources. This setup provides MVL with enhanced scalability, faster transaction speeds, and a robust infrastructure, ensuring a seamless experience for users of its services, particularly the zero-commission ride-hailing platform, TADA. The launch of the MVL mainnet is pivotal for the expansion of TADA, which has already established itself as the second leading ride-hailing service in Singapore and is set to enter the U.S. market through a partnership with Drivers Cooperative Colorado. This collaboration aims to introduce a zero-commission ride-sharing service in the U.S., leveraging TADA's technology and operational expertise. The integration of TADA's infrastructure onto the blockchain, referred to as DePIN (Decentralized Physical Infrastructure Network), enhances transparency and shifts control back to users, challenging traditional platform models that often prioritize corporate profits over user benefits. In addition to TADA, MVL has launched 'Musubi', a digitized vehicle finance platform that connects ride-hailing drivers with investors. Musubi allows for the digitization of vehicle-related rights, providing real-time access to critical data such as vehicle location and performance metrics. CEO Kay Woo emphasized that the mainnet will unify MVL's services, fostering synergies across the ecosystem and driving further innovation in the mobility sector. With ongoing expansions and partnerships, MVL is poised to redefine the future of mobility through blockchain technology.

Karrier One Inc., a leader in Web3-powered telecom solutions, has announced a significant partnership with AT&T Mobility LLC aimed at enhancing both domestic and international Wi-Fi offload capabilities. This collaboration is set to accelerate the adoption of decentralized physical infrastructure networks (DePIN) for next-generation wireless connectivity. By leveraging the Sui blockchain, this initiative will expand global Wi-Fi offload coverage, allowing users to enjoy seamless and secure connectivity in premium locations around the world. Under the terms of the agreement, Karrier One will enable AT&T Mobility and its subscribers to access an expanded network of Wi-Fi offload locations utilizing Hotspot 2.0/Passpoint technology. This advancement is expected to reduce costs and improve network performance, ensuring that subscribers remain connected in areas where traditional cellular infrastructure may fall short. The initiative aligns with AT&T's ongoing commitment to enhancing network coverage and embracing innovative Web3-driven telecom solutions. Samer Bishay, CEO and Co-Founder of Karrier One, emphasized the importance of alternative infrastructure models in the evolving telecom landscape. He stated that this partnership not only enhances connectivity but also shapes the future of decentralized telecom infrastructure, making networks more resilient and accessible. By combining licensed spectrum, Wi-Fi offload, and blockchain innovation, Karrier One and AT&T aim to revolutionize telecom infrastructure, ultimately improving user experiences and reducing operational costs for subscribers worldwide.

Decentralized Physical Infrastructure Networks (DePINs) are rapidly emerging as a pivotal narrative in the cryptocurrency landscape. These networks encompass a variety of applications, including decentralized cloud storage, wireless networks, and peer-to-peer energy grids. The potential of DePINs extends beyond mere technological innovation; they promise to reshape daily life by enhancing the sharing economy, improving supply chain management, and fostering sustainable energy solutions. Despite their significance, awareness of DePINs remains limited within the crypto community, making it essential to highlight their transformative capabilities as we enter a new bull market. At its core, DePIN refers to a decentralized approach to building and managing physical infrastructure, akin to Amazon Web Services (AWS) but without centralized control. By leveraging crowdsourced resources, DePIN projects can significantly reduce the costs associated with establishing extensive physical infrastructure. For instance, decentralized cloud storage solutions like Filecoin and Storj allow users to contribute their unused storage space in exchange for rewards, while projects like Helium incentivize individuals to share their internet bandwidth. This innovative model not only democratizes access to essential services but also fosters a more resilient and localized infrastructure. Despite the promise of DePIN technology, several challenges must be addressed to ensure its successful implementation. Key hurdles include ensuring robust cybersecurity measures, achieving scalability, and navigating regulatory landscapes. However, exciting developments are on the horizon, such as advancements in security protocols and integration with the Internet of Things (IoT). As DePINs continue to evolve, they hold the potential to revolutionize how we interact with our physical environment, paving the way for a more efficient and user-centric infrastructure in the future.