Latest DePIN AI News

DeepLink has signed a strategic cooperation with SoonChain, an AI Layer-2 blockchain gaming platform that aims at changing the landscape of Web3. The partnership integrates SoonChain’s state-of-the-art AI-Generated Gaming (AIGG) solution, which helps game developers design engaging blockchain games. The use of AIGG technology erases conventional programming elegance and brings Web3 gaming to the mass market. This toolset is designed to create opportunities to work more efficiently in producing a captivating game while at the same time opening doors for more creativity within the video game market. In this integration, both companies aim to share equal opportunities and early access to the gaming industry since there are few middlemen. Accessibility Initiative for Developers and Gamers SoonChain is a single platform that connects Artificial intelligence, decentralization physical infrastructure networks (DePIN), and massive GPU computations with AAA games standards. The integration with DeepLink will allow developers to create games and the platform will be designed in such a way to not need profound technical skills to create the game, thus making the industry available for everybody and definitely indie teams. Also, it encourages the decentralization of gaming opportunities as part of the strategy to increase their availability. This approach is in line with the Web3 worldview of handling as many intermediaries as possible and providing users with control and ownership over their gaming. DeepLink and SoonChain Offering a Decentralized Framework for Innovation DeepLink and SoonChain provide a vision of an open and decentralized space aiming at attracting developers and gamers for cooperation and creation of new opportunities without typical limitations. Developed on DeepBrainChain architecture, the cooperation integrates AI cloud gaming protocols that are based on decentralization, which is beneficial for growing and optimizing games. This partnership involves the integration of AI powers with blockchain, which emphasizes the concern with the separation of a new frontier in game development. It symbolizes a quantum leap in the use of artificial intelligence and decentralized applications to deliver unique gaming solutions for a global clientele. * [https://blockchainreporter.net/deeplink-and-soonchain-join-forces-to-revolutionize-web3-gaming/ ](https://blockchainreporter.net/deeplink-and-soonchain-join-forces-to-revolutionize-web3-gaming/)

On January 22, 2025, Network3 AI is set to launch its new product, N3, on the IoTeX platform. This innovative offering combines decentralized AI access with advanced technology, marking a significant step in the integration of decentralized physical infrastructure networks (DePIN) and artificial intelligence (AI). The launch is expected to attract tech enthusiasts to the IOTX ecosystem, potentially driving up adoption rates and influencing the token's price positively if the community responds favorably. The introduction of N3 is not just a technological advancement; it represents a shift towards democratizing access to AI. By leveraging edge-computing and GPU capabilities, Network3 AI aims to provide users with enhanced tools that can empower them in various applications. As with any new technology, the anticipation surrounding N3 is likely to generate speculation and excitement within the market, which could lead to increased investment in IOTX as stakeholders look to capitalize on the potential growth. As the countdown to the launch continues, the community is encouraged to mark their calendars for this pivotal event. The collaboration between Network3 AI and IoTeX signifies a promising future for decentralized technologies and their applications in AI. With the launch just around the corner, all eyes will be on how N3 performs and its impact on the broader blockchain ecosystem.

DeepLink is breaking boundaries in the gaming world by combining AI, blockchain, and decentralized GPU clusters to deliver ultra-low latency cloud gaming experiences. Designed to make gaming accessible and scalable, DeepLink empowers users to enjoy high-performance gameplay on any device, from AAA games to immersive VR/AR environments. * Key Features of DeepLink * ✅ Decentralized GPU Clusters: High-performance GPU clusters ensure seamless gaming experiences without the need for costly hardware upgrades. * ✅ AI Optimization: Leveraging AI to deliver smooth gameplay, reducing latency, and enhancing visual quality for players worldwide. * ✅ Accessible Gaming: Turns low-end devices into gaming powerhouses, democratizing premium gaming experiences for all. * ✅ Blockchain Integration: Enables transparent, secure transactions and decentralization for a trustworthy gaming ecosystem. * ✅ Scalable & Cost-Effective: From indie developers to AAA publishers, DeepLink offers a flexible and affordable infrastructure for gaming and entertainment.

Retail stores globally are grappling with a significant staffing shortage, a trend exacerbated by demographic shifts in developed nations. To tackle this challenge, Auki Labs is intensifying its focus on robotics and AI, believing these technologies can enhance operational efficiency and improve customer experiences. The company has recently announced two key updates regarding its robotics initiatives, which include advancements in their proprietary robot and efforts to ensure compatibility with robots from other manufacturers, starting with Unitree's models. This initiative aims to create an interoperable machine perception network that allows various robots and devices to collaborate seamlessly in commercial spaces. The first update highlights enhancements made to Auki's store robot, which now boasts increased interactivity and smarter functionalities. A new front-facing camera provides real-time data to a reconstruction server, enabling the robot to maintain an updated digital representation of its environment. This improvement not only enhances the robot's spatial awareness but also automates the mapping process. Furthermore, the robot features a touch screen interface, allowing customers to search for products and receive guided assistance, thereby streamlining one of the most common customer service interactions in retail. This capability is particularly crucial given the ongoing staffing challenges faced by retailers. The second update introduces the Unitree Go2-W, a robotic guard dog designed to patrol retail environments. Equipped with sensors and a searchlight, this robot can monitor store conditions and alert staff to potential issues, such as abandoned packages. Auki Labs is committed to advancing the integration of various robotic technologies through its Auki network, enhancing their capabilities and creating a more efficient retail experience. As Auki Labs continues to innovate in the realm of robotics and spatial computing, the future of retail appears poised for transformation, promising improved service and operational efficiency in the face of ongoing staffing shortages.

In a significant move for the decentralized finance (DeFi) and artificial intelligence (AI) sectors, io.net and Injective have announced a partnership aimed at enhancing decentralized computing capabilities on the Injective network. This collaboration, revealed in a blog post on January 14, 2025, will see io.net expand its decentralized GPU compute network to support DeFAI developers on the Injective platform. The integration is now live, marking a pivotal step in the evolution of decentralized physical infrastructure networks, which currently represent a market valued at approximately $32 billion. io.net stands out as a leading project in the decentralized infrastructure space, boasting a market capitalization of $393 million as of January 14, 2025. Other notable players in this sector include Render, Filecoin, Theta Network, and The Graph. Meanwhile, the AI Agents and AI market caps are reported at $13 billion and $44 billion, respectively. Injective itself, incubated by Binance and supported by prominent venture capital firms such as Jump Crypto and Pantera Capital, has a market cap of $2.03 billion, positioning it as a key player in the blockchain landscape for DeFi, real-world assets, and AI. The partnership between io.net and Injective is set to empower developers by providing access to advanced tools through Injective’s iAgent framework and io.net’s decentralized GPU network. This initiative follows a previous collaboration between Injective and Aethir in December 2024, which introduced tokenized GPU compute resource allocation. By converting GPU resources into tradeable tokens on the Injective platform, developers, researchers, and businesses can now access computational resources more flexibly and cost-effectively, thereby fostering innovation within the AI ecosystem and the broader web3 space.

As the political landscape shifts with the upcoming Trump inauguration, global markets, including the cryptocurrency sector, brace for potential volatility. In this dynamic environment, investors are keenly observing high-potential blockchain projects that are likely to thrive. Among the frontrunners are The AI Organization (TAO), Arweave (AR), and Script Network (SCPT), each offering unique solutions that cater to emerging demands in the market. The AI Organization, or TAO, is leading the charge in integrating artificial intelligence with blockchain technology. Its decentralized AI network is pioneering advancements in automation and predictive analytics, making it an attractive investment. As both public and private sectors increasingly adopt AI-driven solutions, TAO's innovative approach positions it as a key player in the evolving landscape of technology and finance. On the other hand, Arweave is revolutionizing data storage with its permaweb technology, which guarantees data permanence. This capability is becoming increasingly essential as the demand for immutable storage solutions rises, particularly in sectors like NFTs and enterprise data management. Lastly, Script Network ($SCPT) is redefining user engagement in digital content through its watch-to-earn model, which incentivizes viewers to consume media. With significant upgrades planned and a broad reach across devices, SCPT is set to lead the charge in decentralized entertainment. Collectively, these projects are well-positioned to capitalize on the next wave of blockchain adoption, making them worthy of investor attention.

The landscape of Artificial Intelligence (AI) infrastructure is evolving, with a strong emphasis on three key pillars: computing power, algorithms, and data. Initially, the focus was on enhancing computing power, leading companies to invest heavily in GPUs and data centers. Notably, Web3 mining firms like Coreweave transitioned to AI data centers, while distributed computing platforms such as IO and Aether gained traction. As advancements reduced computing bottlenecks, the spotlight shifted towards edge capabilities and the role of blockchain in incentivizing user participation through token mechanisms, marking a significant evolution in AI infrastructure. As the AI industry progresses, the emphasis has now turned toward algorithms and models, with innovations like DeepSeek V3 prompting critical discussions about cost reduction in AI-Generated Content (AIGC) production and the feasibility of privacy-preserving distributed computing frameworks. Despite the limited current applications of crypto projects in this area, the potential for growth remains substantial. However, the data layer presents a significant challenge, as the availability of high-quality, well-structured data for effective model training is in question. Projects like Grass, aimed at rescraping internet data, highlight the need for clean training data and breaking down data silos to facilitate sharing while maintaining privacy. Roam, a pioneering Web3 project, is addressing these challenges by creating a global open wireless network that transforms private data into AI-ready datasets. Supported by industry alliances, Roam's innovative Global WiFi OpenRoaming™ + eSIM Top-Up product incentivizes user participation and ensures seamless connectivity. By breaking down barriers to private data access, Roam enhances data sharing while prioritizing security and privacy. This initiative not only empowers AI agents to operate across various devices but also lays the groundwork for a new era of AI integration with the Internet of Things (IoT), signaling a transformative shift towards a silicon-based civilization where AI and humanity coexist harmoniously.

Nosana is making significant strides in the decentralized computing landscape with its innovative GPU-based compute grid designed specifically for AI inference tasks. By leveraging underutilized consumer-grade GPUs, Nosana offers a cost-effective alternative to traditional cloud providers, boasting savings of up to 2.5 times. In 2024 alone, the network completed 985,000 jobs, driven by a surge in demand following the onboarding of 1,000 new nodes. With 29.7 million NOS tokens staked, valued at approximately $92.4 million, the project is gearing up for its mainnet launch scheduled for Q1 2025, which will fully operationalize its GPU compute grid. Initially launched in 2021 to provide decentralized automation services for developers, Nosana pivoted towards AI inference in response to the explosive growth in AI demand post-ChatGPT. This strategic shift was motivated by the realization that the need for AI computational resources was outpacing supply, leading to high costs. By creating a marketplace where individuals can rent out their idle GPU power, Nosana not only addresses this demand but also allows GPU owners to earn passive income. The project’s focus on AI inference positions it uniquely in the decentralized computing sector, aiming to provide accessible and affordable resources for AI developers and researchers. Nosana's ecosystem is further strengthened by partnerships with various organizations, enhancing its GPU marketplace's capabilities. Collaborations with companies like Matrix One and PiKNiK illustrate the versatility of Nosana's network in handling diverse computational tasks. As the project prepares for its mainnet launch, the NOS token will play a crucial role in facilitating transactions and governance within the network. With a dynamic staking rewards system in place, Nosana is poised to attract and retain node operators, ensuring the sustainability and growth of its decentralized compute grid in the competitive AI landscape.

In the rapidly evolving world of blockchain and web3, accessing reliable, structured data is crucial for innovation. The recent launch of GoldRush Blockchain Data APIs on Google Cloud Marketplace provides developers with essential resources that streamline development processes. This integration enhances AI capabilities and alleviates the challenges of managing multiple data sources, ultimately transforming workflows and driving the future of blockchain and AI applications. GoldRush offers a suite of tools designed to simplify web3 development, including token balances, transaction histories, event logs, and NFT metadata, all accessible via APIs, SDKs, and UI Kits. These resources cater to foundational use cases like wallets and crypto tax tools, while also enabling advanced applications such as on-chain verification and regulatory compliance. By structuring blockchain data, GoldRush enhances reliability and usability, making it valuable for both crypto-native developers and enterprises exploring blockchain technology for the first time. The integration with Google Cloud's AI tools, such as Vertex AI, allows developers to create innovative applications like NFT management tools, predictive models for token performance, and fraud detection systems. This ecosystem reduces technical overhead, enabling developers to focus on innovation. Additionally, streamlined billing and enhanced security simplify expense management, making cloud-based development more efficient. By listing on Google Cloud Marketplace, GoldRush expands its reach to a wider audience, from agile web3 startups to established Fortune 500 companies, serving as a critical enabler for AI model training and decision-making processes in the blockchain space.

In the rapidly evolving world of cryptocurrency, the integration of artificial intelligence (AI) is becoming increasingly prominent. Notable projects such as Bittensor, Near, AR, and Render are leading this trend, showcasing the potential of AI-driven technologies. Recently, AI agents have gained attention for their ability to create cryptocurrencies and engage on social media platforms, exemplified by meme coins like GOAT and Fartcoin. Furthermore, the emergence of Trusted Execution Environments (TEE) is set to revolutionize data security in blockchain applications. TEE functions as a digital vault, allowing sensitive data to be processed securely, even in the event of malware attacks on the operating system. This technology ensures that only the results of data processing are shared, keeping the original data confidential and secure. Phala Network and Marlin are two cryptocurrencies that have adopted TEE technology to enhance privacy and performance. Phala Network focuses on safeguarding sensitive information by enabling private computations on its blockchain. This innovative approach allows for the creation of private smart contracts, ensuring that user data remains confidential throughout the processing phase. Phala's architecture is particularly beneficial for industries requiring stringent data privacy, such as healthcare and finance. The native token, $PHA, facilitates private computation services and rewards network nodes, experiencing a significant price increase this year, although it remains below its historical highs. On the other hand, Marlin leverages TEE technology to address the blockchain's historical limitations regarding speed and efficiency. By executing complex calculations off-chain, Marlin minimizes network congestion and reduces transaction costs. The native token, $POND, has seen modest growth this year, making it an attractive option for potential investors during a market upswing. Despite the promising applications of TEE technology, challenges remain, including vulnerabilities to hardware attacks and reliance on closed-source processors. Nevertheless, the potential benefits for the cryptocurrency ecosystem are substantial, and as these technologies mature, they may attract increased interest from investors and users alike.