Acurast Integrates Monad Testnet to Enhance Blockchain Capabilities

In a groundbreaking collaboration, Mawari has joined forces with Nankai Electric Railway Co., Ltd., Meta Osaka Co., Ltd., and e-stadium Co., Ltd. to launch the "Digital Entertainment City Namba" in Osaka, Japan. This innovative project aims to create the world’s first smart city that integrates artificial intelligence (AI), extended reality (XR), and decentralized physical infrastructure networks (DePIN) on a city-wide scale. By leveraging the unique strengths of each partner, the initiative seeks to blend advanced technology with everyday urban life, fostering a vibrant digital culture and addressing social challenges through community engagement. Mawari's pivotal role involves deploying edge computing and rendering devices across Nankai’s properties to establish a decentralized streaming infrastructure. This setup enhances user experience by minimizing latency and enabling real-time interactions with lifelike AI avatars. These avatars are designed to assist in various tasks, such as guiding tourists and facilitating communication across language barriers. The project is a significant milestone for Mawari, as it aims to democratize AI-driven immersive experiences, with CEO Luis Oscar Ramirez emphasizing its potential for mass adoption and tangible social impact. The projected impact of the Digital Entertainment City Namba extends beyond entertainment, targeting sectors such as tourism and labor. By providing multilingual 3D guides and immersive cultural experiences, the project aims to attract more foreign visitors to Japan, thereby boosting local businesses. Additionally, it addresses Japan's labor shortage by creating flexible, remote work opportunities through AI-driven avatars, promoting inclusivity for diverse groups. This initiative not only enhances accessibility but also aligns with Japan’s pressing need for innovative workforce solutions, marking a transformative step towards a digitally integrated urban future.

Digital Entertainment City Namba is an innovative extended reality (XR) project located in Osaka, Japan, which integrates artificial intelligence (AI) guides throughout the city. This initiative is powered by Mawari's decentralized physical infrastructure network (DePIN), showcasing how DePINs can effectively meet the computational demands of both XR and AI technologies. The collaboration involves key players such as Mawari, Meta Osaka, Nankai Electric Railway, and the Namba e-stadium, highlighting Osaka's rich cultural and technological heritage while pushing the boundaries of immersive experiences. The project aims to enhance tourist experiences by utilizing virtual AI guides capable of performing various tasks, from providing guidance to offering customer service. These AI-driven characters are designed to facilitate intuitive interactions that transcend language barriers, making tourism more accessible. The integration of AI within XR experiences presents unique challenges, particularly due to the significant computational power required for graphics rendering and AI processing. DePINs, like those offered by Mawari, promise to alleviate these challenges by leveraging decentralized GPU networks to reduce latency and bandwidth demands. As the demand for AI processing grows, the transition from graphical rendering to AI capabilities is becoming increasingly common among GPU DePINs. Notably, Render Network has successfully pivoted to include AI processing alongside its original focus on graphics. The Digital Entertainment City Namba project exemplifies this trend, illustrating the potential for decentralized GPU networks to support the convergence of XR and AI technologies. Furthermore, under Japanese law, DePIN tokens are classified as utility tokens, which helps to navigate regulatory challenges while fostering innovation in the sector.

DIMO has officially launched "Login with DIMO," a React SDK designed to facilitate integration with its APIs and SDKs for developers within the DIMO ecosystem. This toolkit features pre-built, customizable components that not only save time but also enhance the user experience. By utilizing this new SDK, developers can create applications that leverage DIMO’s decentralized vehicle protocol, ensuring a consistent and intuitive experience for users across the platform. The "Login with DIMO" SDK simplifies the integration process by providing developers with ready-to-use React components that connect seamlessly with DIMO’s APIs for account authentication and transaction management. These components allow for full customization, enabling developers to maintain their app's branding while ensuring a cohesive user experience across various DIMO applications. The SDK also supports multiple integration modes, catering to different use cases and expediting the development process, allowing developers to focus on innovation. Currently, "Login with DIMO" is already being utilized in several live applications, showcasing its effectiveness in enhancing user experience and streamlining development. Some examples include Roil, which offers hidden charging rewards, and DLP Labs, which allows users to contribute vehicle data for AI training. The benefits for developers include faster integration and customizable components, while users enjoy an intuitive login experience and improved usability. Looking ahead, DIMO plans to introduce features such as customizable text and UTM tracking, further enhancing the SDK's capabilities and solidifying its role in the future of DIMO’s decentralized vehicle protocol.

On February 20, 2025, Zeeve, a prominent provider of blockchain infrastructure solutions, unveiled Cogitus, a one-click deployment platform for Avalanche Layer 1 (L1) testnets. This innovative platform allows Web3 startups and developers to launch fully functional public testnets for just $50 for the first six months. Traditionally, deploying an independent L1 network has required significant resources and extensive DevOps expertise, but Cogitus aims to simplify this process, making it more accessible for developers across various industries, including gaming and finance. Avalanche L1s have gained popularity due to their customizable and sovereign blockchain environments. They offer independent governance, validator structures, and economic models while ensuring interoperability within the broader Avalanche ecosystem. With the launch of Cogitus, developers can now deploy and experiment with their own testnets, adjusting configurations in real-time to fit their specific use cases. This flexibility positions Avalanche L1s as a preferred solution for high-performance decentralized applications (dApps) and Web3 startups looking for scalable blockchain solutions. Key features of Cogitus include fully loaded public testnets with preconfigured validator nodes, RPC endpoints, and dedicated explorers, all ready for deployment. The platform automates network configuration, eliminating the technical complexities that often accompany such setups. Additionally, it offers 24/7 proactive monitoring and multi-cloud redundancy to ensure high availability. With a discounted mainnet deployment available for $995, Cogitus by Zeeve is set to revolutionize the way developers launch and scale Avalanche L1s, enabling rapid innovation in sectors like gaming, DeFi, and AI-driven networks.

On February 20th, 2025, in Shanghai, China, Phoenix, a decentralized AI compute network, announced a strategic partnership with TandemAI, a leading firm in AI drug discovery technology. This collaboration aims to deploy TandemAI's advanced AI drug discovery platform, TandemViz, on Phoenix's SkyNet AI compute layer. The integration will facilitate a custom lightweight version of TandemViz to operate on SkyNet's AI node network, allowing research organizations, laboratories, and pharmaceutical companies to access the system at no initial cost, with the potential for significantly reduced operational expenses as they scale their usage. The significance of this partnership extends beyond mere technological integration; it represents a transformative shift in the accessibility of AI solutions in drug discovery. Previously, such high-cost and computationally intensive solutions were predominantly available to large corporations. However, this collaboration aims to democratize access, making it feasible for smaller entities, including individual researchers and labs, to leverage these advanced tools. This development is particularly relevant to the decentralized science (DeSci) sector, as it introduces industry-specific AI research tools that can enhance the value proposition of DeSci initiatives, potentially leading to the establishment of decentralized autonomous organizations (DAOs) that provide funding for targeted research causes. TandemAI, founded by industry veteran Lanny Sun, has rapidly grown to employ over 350 professionals, including more than 50 award-winning AI and computational chemists. The firm boasts a client base of over 80 large pharmaceutical companies worldwide. Meanwhile, Phoenix's SkyNet Compute Layer is designed for scalability and efficiency, supporting a diverse range of applications within its AI ecosystem, which includes over 130 applications focused on AI for trading, gaming, and DeSci. This partnership is poised to accelerate innovation in the AI drug discovery space, backed by the $20 million Phoenix AI Ecosystem Fund, launched by JDI Group and Tensor Ventures.

In a groundbreaking collaboration, Phoenix, a provider of DePIN AI infrastructure, has teamed up with Tandem AI, an innovative platform specializing in integrated drug discovery. This partnership will see Phoenix deploying TandemViz on its AI compute layer, SkyNet. TandemViz is designed to streamline the drug discovery process by integrating advanced physics-based and AI-driven software with tools that facilitate the management and analysis of wet lab results. Meanwhile, SkyNet serves as a decentralized infrastructure that supports the entire AI compute lifecycle, from training and inference to scaling and deploying AI models with ease. The integration of AI into drug discovery is transforming the industry by addressing the challenges of time and cost associated with traditional methods. The vast chemical space, filled with millions of molecules, complicates drug development, making it a lengthy and expensive endeavor. AI drug discovery accelerates this process by identifying promising compounds and validating drug targets more efficiently. With the new partnership, a lightweight version of TandemViz will be accessible to smaller organizations and independent researchers, democratizing access to advanced AI drug discovery tools that were previously limited to large corporations with substantial resources. This collaboration not only enhances the capabilities of both Phoenix and Tandem but also contributes to the growth of the decentralized science (DeSci) movement. By leveraging decentralized architectures, the partnership aims to provide greater value to the DeSci community, highlighting the potential of these technologies in advancing scientific research. With Tandem's impressive team of over 350 employees and a client base of more than 80 large pharmaceutical companies, this partnership is poised to make significant strides in the field of drug discovery and beyond.