StreamrTV Launches as Streamr Shifts Focus to Real-World Applications

xTAO Inc. has made headlines with its recent announcement regarding a substantial expansion of its holdings in the Bittensor token (TAO), positioning itself as a key player in the intersection of AI and blockchain technology. As of July 30, xTAO revealed that it is now the largest corporate holder of TAO, boasting a total of 41,538 tokens. This strategic investment is aimed at enhancing its validator operations and increasing its influence within the Bittensor network infrastructure. The company anticipates earning an annual yield of 10 percent on its staked TAO, although the actual dollar yield will be contingent on the token's market performance. The CEO of xTAO, Karia Samaroo, emphasized the significance of the TAO treasury, stating, "The TAO treasury gives us immediate economic exposure to Bittensor and the fuel to stand up validators that generate reliable revenue." This initiative reflects xTAO's commitment to building essential infrastructure while generating sustainable cash flow that aligns with the growth of the Bittensor network. Currently, TAO is trading at $371.90, having experienced a correction from its monthly high of $459.73, and is down 51% from its all-time high recorded in April 2024. In addition to its holdings, xTAO has also disclosed that it possesses substantial cash reserves, allowing for further expansion of its TAO investments. The company went public on July 22 on the TSX Venture Exchange under the ticker XTAO.U, with trading conducted in US dollars. xTAO's focus remains exclusively on the Bittensor ecosystem and its decentralized AI infrastructure. The firm has successfully secured $22.8 million in subscription-receipt financing from notable investors, including Digital Currency Group and Animoca Brands, further solidifying its position in the rapidly evolving AI and blockchain landscape.

The recent passage of the GENIUS Act marks a significant milestone in the regulation of cryptocurrency in the United States, particularly focusing on stablecoins. This legislation establishes essential reserve rules, audits, and authorized issuers, setting a precedent for future regulatory frameworks. However, as the crypto landscape evolves, lawmakers must not stop here, especially with the burgeoning sector of decentralized physical infrastructure networks (DePINs) still lacking a legal framework. DePINs are not merely speculative ventures; they involve the construction of real-world infrastructure through community-owned hardware, enabling users to earn token rewards by contributing resources like antennas and sensors. DePIN projects are already operational and scaling rapidly, generating impressive revenues. For instance, projects like Glow have exceeded $15 million in revenue, while Geodnet reports over $1 million in annual recurring revenue. Collectively, DePIN protocols are generating over $250 million in revenue, demonstrating their viability and value to users. However, unlike stablecoins, which now operate under defined federal rules, DePIN projects find themselves in a regulatory gray area. This lack of clarity exposes users, developers, and investors to potential risks, as existing laws do not adequately address the unique characteristics of DePINs, which rely on real-world data and infrastructure. To foster the growth of DePINs, a tailored regulatory framework is essential. The GENIUS Act has shown that crypto regulation can support innovation without being restrictive. DePINs, existing at the intersection of hardware, software, and services, require specific definitions and standards regarding data ownership, privacy, and governance. Clear guidelines will not only build trust among users but also encourage investment and community participation. As DePIN continues to grow, it is crucial for Congress and regulators to recognize its potential to enhance infrastructure in underserved areas and to create a policy framework that prioritizes transparency, innovation, and user protection. The time for DePIN to be included in the regulatory conversation is now.

In a significant development within the blockchain and AI sectors, iExec has announced a partnership with AethirCloud to enhance its GPU Workerpool capabilities. This collaboration is part of iExec's 2025 roadmap aimed at creating a robust, governance-ready Workerpool network tailored for demanding computational tasks and real-world AI applications. Aethir contributes powerful H100 GPUs, while iExec provides the Trusted Execution Environment (TEE) infrastructure, enabling the execution of high-performance, confidential AI workloads without sacrificing decentralization or security. This partnership establishes a decentralized foundation for secure AI computation, expanding the trust layer from CPUs to GPUs. The integration of TEEs for GPUs marks a pivotal advancement in ensuring security guarantees for confidential AI workloads. By facilitating full TEE attestation for GPUs, this partnership opens avenues for new asset classes and governance models. The collaboration aims to create a monetizable and confidential AI pipeline, encompassing model training, inference, and data management. Aethir's GPU capabilities combined with iExec's privacy-focused governance allow for encrypted operations across the AI stack, enabling developers to protect intellectual property and user data while building scalable AI products. Furthermore, this partnership sets the stage for the next generation of AI agents. Utilizing iExec's Confidential Computing stack, developers can deploy agents that maintain end-to-end privacy, with all logic, data, and results encrypted and secured by TEEs. The enhanced compute power from Aethir's GPU network allows these agents to perform complex tasks significantly faster, making real-time decisions while ensuring confidentiality. As iExec continues to expand its network by incorporating more DePIN and GPU providers, the potential for innovative and trusted AI applications is set to grow, promising exciting developments in the near future.

Asphere, the enterprise arm of Ankr, has recently launched Solana Permissioned Environments (SPEs), which are designed to provide private, high-performance blockchain networks for enterprises. These environments cater to businesses that prioritize speed, control, and regulatory compliance, making them particularly attractive for sectors such as finance, gaming, and media. By leveraging Solana's capabilities, Asphere aims to position itself as a key infrastructure partner for organizations looking to harness the power of blockchain technology in a secure and customizable manner. The SPEs are tailored networks that enable enterprise clients to deploy solutions on the Solana blockchain, capitalizing on its speed, security, and sovereignty features. The launch was announced on July 25, with Asphere emphasizing that these bespoke networks not only offer high performance and complete control over infrastructure but also ensure compliance with necessary regulations. Key use cases for SPEs include financial networks with permissioned validators, gasless transactions, and private execution, along with support for high-throughput decentralized applications across gaming, SocialFi, and media sectors. In addition to the launch of SPEs, Asphere is in the process of achieving SOC 2 Type 2 compliance, a significant security standard for service organizations. This certification, which follows their SOC 2 Type 1 compliance achieved in 2024, is expected to enhance client and partner confidence in Asphere's offerings. The company has highlighted that their compliance audit focuses on the foundational principles of security, availability, and confidentiality, which are critical for any reliable technology partner. Furthermore, Asphere has partnered with the Web3 Foundation to introduce a no-code rollup solution, allowing users to pay for custom rollups using ANKR, USDC, or USDT directly from their wallets on Ethereum or Solana.

In July, DIMO is set to unveil exciting updates, including new low code and AI integrations, enhanced vehicle signals, and improvements to their Console. A key highlight is the collaboration with Activepieces, which allows developers to utilize the DIMO API for vehicle data while leveraging Activepieces' AI capabilities. This partnership is part of Activepieces' MCP Bounty Program, aimed at fostering community growth through open-source software. Developers can easily get started by creating a Developer License via the Console and signing up on Activepieces to access various tools for building innovative applications. Additionally, DIMO has announced the rollout of tire pressure signals for a wider range of Hyundai and Kia vehicles, thanks to a recent firmware update. This enhancement will benefit app developers by providing more data points to work with, including models such as the Genesis GV60, Hyundai Ioniq 5, and Kia EV6, among others. The expansion of vehicle signals is a significant step towards improving the DIMO ecosystem, with more brands expected to be decoded in the near future, catering to specific developer needs. To further support developers, DIMO is launching "DIMO University," a new learning initiative featuring guided video tutorials that simplify the integration of DIMO's technology stack. The first video will focus on DIMO Global Accounts, providing a more engaging alternative to traditional documentation. Moreover, DIMO has introduced an API Status page in the Developer Console to keep users informed about API performance. Developers are encouraged to connect with the DIMO community and apply for the DIMO Ignite Grants Program to support their projects, ensuring a collaborative environment for innovation in vehicle data applications.

Theta Network and AWS Join Forces to Launch Custom Amazon AI Chips Trainium & Inferentia on EdgeCloud Powered by Amazon. Decentralized by Theta. The first blockchain network to harness custom AI silicon from the world’s largest cloud service provider. Now seamlessly integrated into EdgeCloud Hybrid. Theta and AWS have spent the past several years collaborating on multiple technical fronts and over the last six months, the two teams have worked in close collaboration to seamlessly integrate their platforms. Recognizing Theta EdgeCloud Hybrid as the de facto leader in decentralized cloud infrastructure, trusted by dozens of global academic institutions, professional sports franchises, and top-tier esports organizations, AWS has taken a major step forward. For the first time, AWS has approved a decentralized platform to integrate its cutting-edge AI silicon: AWS Trainium and Inferentia EC2 instances. This milestone makes Theta the first blockchain network to deploy Amazon’s next-generation chipsets, delivering unmatched performance for AI, video and media workloads. Combined with over 30,000 NVIDIA GPUs contributed by the Theta community, EdgeCloud Hybrid now offers a globally distributed compute layer with unprecedented performance-to-cost efficiency — marking a breakthrough moment in the evolution of cloud services. Secured by THETA blockchain and powered by TFUEL payments, global customers can now access the best of AWS compute and Theta’s decentralized GPU marketplace, all through a single integrated EdgeCloud user interface.