Latest DePIN Product Launch News

IoTeX is set to present a keynote at the Breaking DePIN Physical AI unConference in Zurich on September 16. This presentation will focus on innovative technological methods for supplying authenticated real-time physical data to decentralized applications. The discussion will highlight recent advancements aimed at enhancing data integrity and utility within the emerging physical AI infrastructure. The event promises to be a premier gathering of leading researchers and builders in the field, where IoTeX's Head of Developer Relations, Simone, will showcase the platform's breakthrough technology designed to deliver real-time, real-world data. As an open-source blockchain platform tailored for the Internet of Things (IoT), IoTeX emphasizes scalability, privacy, and the development of decentralized applications and ecosystems. It was created to tackle the technical challenges that existing IoT ecosystems face, including security vulnerabilities, high maintenance costs, and scalability issues. The project is actively working on a new blockchain architecture that can support a vast number of IoT devices, ensuring efficient management and operation. Central to IoTeX's functionality is the concept of a "blockchain within a blockchain." The primary network, referred to as the "root blockchain," oversees network management and security, while internal blockchains, or "sub-blockchains," are utilized to manage various IoT devices and process transactions. The IoTeX network operates using its native token, IOTX, which is essential for transaction fee payments and participation in network governance, further solidifying its role in the IoT landscape.

World Mobile Chain (WMC), a leading blockchain-powered global mobile network, has announced a strategic partnership with Raydium, a decentralized exchange (DEX) and automated market maker (AMM) operating on the Solana blockchain. This collaboration aims to enhance accessibility and decentralized connectivity for the Solana community, ensuring that users can enjoy seamless integration and fast, secure transaction services. The announcement was made through World Mobile Chain's official X account, highlighting the importance of this partnership in the evolving blockchain landscape. At the heart of this partnership is a commitment to providing secure and user-centered services. Both World Mobile Chain and Raydium are focused on creating a safe environment for transactions while promoting decentralized connectivity on a global scale. Raydium's role will be crucial in facilitating smooth transactions, thereby enhancing user access within the Solana ecosystem. This collaboration underscores the significance of Web3 technology, which serves as a foundation for both platforms, ensuring authenticity and reliability in their services. Furthermore, the agreement between World Mobile Chain and Raydium emphasizes their dedication to protecting user assets and privacy. In a rapidly evolving digital landscape, safeguarding user information and ensuring error-free transactions have become paramount. Both partners prioritize these aspects, aiming to deliver seamless and accessible services to the Solana community. This partnership not only strengthens their individual offerings but also contributes to the broader goal of enhancing decentralized connectivity worldwide, ultimately benefiting users across the blockchain space.

The blockchain industry is entering a new phase focused on enhancing the infrastructure that supports decentralized applications. A significant development in this area is the recent partnership between Pocket Network (POKT) and Kleomedes, a prominent staking platform within the Cosmos ecosystem. This collaboration aims to tackle the centralization risks associated with Remote Procedure Call (RPC) services, which are crucial for dApps and user interactions with blockchains. By deploying decentralized RPC and open data services across 14 Cosmos chains, including Akash Network and Osmosis, Pocket and Kleomedes are setting a precedent for resilient and censorship-resistant infrastructure, vital for the long-term sustainability of Web3 ecosystems. Centralization in RPC services poses a critical vulnerability for many Cosmos-based chains, which often depend on centralized providers, leading to potential outages and censorship. The partnership will allow Kleomedes to operate nodes within Pocket’s relay marketplace, which boasts hundreds of independently run nodes. This diversification enhances data access and ensures higher uptime, benefiting projects like Router Protocol and Osmosis by providing faster and more reliable data without the risks of vendor lock-in. The collaboration not only addresses immediate technical challenges but also aligns with the broader goals of the Cosmos ecosystem, which emphasizes interoperability through the Inter-Blockchain Communication (IBC) protocol. Looking ahead, the partnership between Pocket and Kleomedes represents a strategic move towards decentralization and scalability within the Cosmos ecosystem. While challenges remain, such as governance complexities and the need for developer adoption, the trend towards decentralized infrastructure suggests a promising future. This collaboration is not merely a technical enhancement; it embodies a strategic alignment with the evolving landscape of Web3. For investors, the Pocket-Kleomedes partnership is a compelling opportunity, as it strengthens the Cosmos ecosystem’s defensibility and positions it favorably in the transition to decentralized, interoperable systems.

eatherXM Brings Weather to Solana Mobile 🌦️📱 WeatherXM, the community-powered DePIN weather network, has officially launched its mobile app on Solana Mobile, making it the first and only weather app in the Solana dApp Store. The app lets users check hyperlocal forecasts, explore real-time and historical data, and—if they’re station owners—monitor station health, track rewards, and see how their data powers global forecasts. By integrating directly into Solana Mobile, WeatherXM expands its reach to a mobile-native audience, blending practical utility with tokenized incentives. This move not only strengthens the visibility of DePIN projects in consumer apps but also highlights how blockchain can underpin critical real-world infrastructure like weather data.

In Q2 2025, Filecoin experienced a notable increase in network utilization, which rose to 32% despite a 13% decline in total storage capacity. This reduction was attributed to provider churn and the expiration of existing allocations. The demand for large-scale storage remained robust, with the number of onboarded datasets growing by 3% quarter-over-quarter (QoQ) to 2,416, and 864 of these datasets exceeding 1,000 TiB in size. Additionally, daily new storage deals surged by 25% QoQ, reaching 3.5 PiB per day. The launch of Proof of Data Possession (PoDP) in May 2025 introduced lightweight verification of stored data, enhancing the network's capabilities and supporting high-speed data availability through a new hot-storage tier. The introduction of Avalanche’s cross-chain data bridge in Q2 2025 further expanded Filecoin's ecosystem, allowing data availability on Avalanche chains and broadening cross-chain use cases. Filecoin's marketplace for data services, built on the InterPlanetary File System (IPFS), operates on a market-driven model where users negotiate storage deals with providers. The network employs cryptographic proofs like Proof of Replication (PoRep) and Proof of Spacetime (PoSt) to ensure reliable data storage, rewarding providers with FIL tokens for their participation. However, the total data stored through active storage deals fell to 1,100 PiB, down 11% QoQ, reflecting a strategic shift towards high-value, enterprise-oriented workloads. Despite the decline in overall active storage volumes, the average daily new storage deals increased, indicating a growing interest in Filecoin's offerings. The Network v25 upgrade, deployed in April 2025, improved deal efficiency and prepared the network for Fast Finality (F3), which significantly reduced transaction finality times. Furthermore, the market cap of FIL decreased by 13.1% to $1.6 billion, driven by a 17% drop in token price. Nevertheless, the ecosystem showed resilience with the growth of USDFC, a FIL-backed stablecoin, which reached a market cap of $301,000, indicating deeper integration within the DeFi landscape. Overall, Q2 2025 highlighted Filecoin's ongoing expansion and adaptation in a competitive market.

The Decentralized Physical Infrastructure Network (DePIN) is gaining traction in the technology and blockchain sectors. By leveraging blockchain technology and token incentives, DePIN platforms enable individuals to collaboratively build and manage physical infrastructure. This innovative approach not only enhances infrastructure efficiency but also allows participants to earn rewards through token systems. Here, we explore five leading DePIN platforms that are transforming infrastructure usage: Helium Network, Filecoin, Render Network, Akash Network, and The Graph. Helium Network stands out as a decentralized IoT network that provides wireless connectivity for IoT devices. Users can contribute by setting up wireless hotspots, which facilitate communication for these devices, and in return, they earn HNT tokens. Filecoin, on the other hand, focuses on decentralized data storage, allowing users to rent out their unused storage space and earn FIL tokens. Render Network offers a platform for users to rent their GPU processing power for graphics rendering, rewarding them with RENDER tokens. Similarly, Akash Network provides a decentralized cloud computing service where users can lease their computing resources and receive AKT tokens in return. Lastly, The Graph serves as a decentralized data indexation service for decentralized applications (dApps), allowing users to earn GRT tokens for their indexing services. These platforms exemplify how blockchain can facilitate decentralized and efficient physical infrastructure. However, potential participants should conduct thorough research and understand the associated risks before engaging in these opportunities, as the crypto market is known for its volatility and unpredictability.

The decentralized physical infrastructure network (DePIN) sector has recently witnessed a surge in online discussions, highlighting several major projects that have dominated social media activity. Leading the charge is Chainlink ($LINK), which has solidified its presence in crypto conversations with an impressive 21,600 posts and a staggering 4.6 million interactions. This level of engagement underscores Chainlink's significance in the DePIN landscape, showcasing its ability to attract attention and foster community involvement. Following Chainlink, Bittensor ($TAO) has emerged as a strong contender, securing the second position with 15,500 engaged posts and 1.7 million interactions. The growing interest in Bittensor reflects its appeal within communities, particularly due to advancements in decentralized AI and infrastructure solutions. Internet Computer ($ICP) ranks third, generating 6,200 posts and 325,600 interactions, while Render ($RENDER) also made notable strides with 4,400 posts and 248,500 interactions. Meanwhile, Helium ($HNT) and Akash Network ($AKT) demonstrated solid community engagement, with HNT achieving 1,800 posts and 59,200 interactions, and AKT garnering 1,700 posts and 70,900 interactions. The data indicates that social engagement within DePIN projects is a crucial indicator of strength, as trust and participation hinge on the representation of social capital. Projects like Chainlink, Bittensor, and Internet Computer are not only driving interaction but also shaping the future of decentralized networks in connectivity and cloud services. As the industry continues to evolve, the ability of these projects to maintain high levels of engagement will likely play a pivotal role in determining their long-term impact and relevance in the blockchain ecosystem.

Trading and investing platform, eToro, has announced the addition of 27 new cryptoassets for U.S. users, bringing the total to over 100. This expansion allows users to trade a variety of cryptoassets alongside equities, options, and ETFs. Some of the newly added cryptoassets include 1inch Network, AIOZ Network, Amp, Ankr, and more. eToro is also planning to launch staking for U.S. users, providing the opportunity for retail investors to earn passive income on eligible cryptoasset holdings while supporting blockchain networks' security and operation. In a statement, Andrew McCormick, Head of eToro U.S., expressed excitement about the milestone, highlighting eToro's commitment to empowering retail investors with a diverse range of investment options. He emphasized the platform's dedication to broadening investment opportunities as markets evolve, aiming to assist users in building long-term wealth.

As the landscape of artificial intelligence evolves, the focus is shifting from large, resource-intensive Language Models (LLMs) to more efficient Small Language Models (SLMs). CUDOS Intercloud is at the forefront of this transition, emphasizing the need for decentralization, privacy protection, and sustainable scaling. SLMs are designed to provide faster inference, reduced deployment costs, and a smaller carbon footprint, making them ideal for applications ranging from Web3 to edge AI. This shift is not merely a trend but a necessary evolution in AI development, catering to the increasing demand for speed, precision, and adaptability in various applications. CUDOS Intercloud offers a decentralized infrastructure optimized for efficient AI deployment. With renewable-powered GPU nodes accessible through digital wallets, developers can enjoy permissionless compute access without the burdens of KYC or lock-ins. The platform provides real-time GPU orchestration and preloaded templates equipped with production-grade tools. For teams transitioning from LLMs to SLMs, CUDOS Intercloud features flexible environments such as Ollama for rapid prototyping, vLLM for high-throughput deployments, and OpenManus for multi-modal AI agents. These tools facilitate experimentation with lightweight models and streamline the deployment of tailored SLM solutions. The CUDOS Intercloud platform already hosts several optimized SLMs, including DeepSeek-R1 and Llama 3.3, which are ready for immediate deployment. These models are designed for real-world applications, providing developers with the resources needed to build decentralized stacks efficiently. The transition to SLMs represents a fundamental rethink of AI development, empowering developers while ensuring data security and minimizing resource consumption. CUDOS Intercloud is committed to supporting this shift, enabling the creation of decentralized agents and scalable AI solutions that are practical for production use.

In early 2025, extensive scaling tests were conducted on the new trackerless Streamr Network 1.0 to evaluate its performance and scalability. The tests involved deploying thousands of nodes across 17 global regions, utilizing data centers to simulate a live network environment. The experiments focused on validating the three-layer trackerless architecture, particularly the locality awareness in Layer 2, and measuring the network's performance under load. Key metrics analyzed included join times, routing delays, message propagation delays, and time to data, all crucial for the network's functionality. The experiment setup involved running tests with up to 2,000 nodes, coordinated by a centralized script that tracked progress and issued instructions. Initial latency measurements established a baseline, revealing a mean one-way delay of 75 ms between AWS regions. The results indicated that join times for nodes joining the Layer 0 Distributed Hash Table (DHT) were efficient, with most nodes able to start participating in higher layers shortly after establishing a single DHT connection. Routing delays and hops were also measured, showing that the mean hop count grew logarithmically with the number of nodes, while the average round-trip time (RTT) remained around 360 ms at 2,000 nodes, confirming the efficiency of Layer 0 routing. The tests further evaluated stream message propagation delays and time to data, with results indicating that the mean message propagation delay was lower for larger streams due to effective locality-aware clustering. The mean time to data consistently averaged around 1 second, significantly below the 2-second target. Overall, the new trackerless Streamr Network demonstrated stable performance, efficient routing, and low latency growth, confirming its capability to scale effectively while maintaining high data availability and performance standards. This success validates the architecture's design and its potential for future applications in decentralized data streaming.