Quick Deployment Guide for Nexus Nodes on CUDOS Intercloud

Theta Labs has announced the beta release of its innovative hybrid edge cloud architecture for the Theta EdgeCloud network, aimed at providing enterprise-grade AI computing at significantly reduced costs. This platform integrates traditional cloud-based GPUs with a decentralized network of over 30,000 community-operated edge nodes, allowing for cost-effective access to high-performance computing resources. The introduction of a decentralized GPU marketplace ensures competitive and transparent pricing, addressing the challenges posed by the rising costs and limited availability of specialized hardware for AI and machine learning tasks. The Theta EdgeCloud serves as a dynamic marketplace that connects GPU computing power supply and demand. It enables individuals with idle GPUs to contribute their resources and earn rewards, while offering developers and AI teams a scalable platform for running containerized workloads. Users can select the most suitable infrastructure for their computing tasks, whether it be powerful cloud GPUs for large AI model training or community-operated gaming machines for parallelizable workloads. This market-driven approach promotes fair pricing, allowing node operators to set their rental rates while users can choose nodes based on their performance needs and budget constraints. Currently, Theta EdgeCloud supports a range of academic and enterprise clients, including prestigious universities and major sports teams. The platform's beta release includes features such as persistent storage for AI model training and improved job prioritization, responding to customer requests. With over 80 PetaFLOPS of distributed GPU compute power, the hybrid architecture supports various applications, including AI model training, video encoding, and financial simulations. By leveraging unused GPU power from community members, Theta Labs aims to democratize access to high-performance computing, enabling organizations to conduct more experiments and advance their AI research without financial limitations.

As summer approaches, DIMO has rolled out several exciting updates aimed at enhancing the developer experience within its ecosystem. One of the key features introduced is the ability to log in using Email One Time Passcodes (OTP) alongside traditional passkeys. This update addresses the needs of DIMO Mobile App users who prefer using email OTP for authentication, ensuring a seamless login experience across both the mobile app and developer applications. Additionally, a new widget in the Developer Console has been added to simplify the generation of Developer JWTs, streamlining the prototyping process for developers. DIMO is not just about monetizing vehicle data; it is evolving into a comprehensive connected vehicle ecosystem. The introduction of DIMO Connection Oracles marks a significant step forward. These oracles are designed to maintain optimal, real-time connections between vehicles and authorized data consumers, such as Storage Nodes. Historically, Digital Infrastructure Inc. has managed these connections, but DIMO is now empowering partners to become Connection Oracles, broadening the network and enhancing data accessibility for developers. Looking ahead, DIMO is also preparing to implement a developer billing system, which will allow developers to pay for accessing user vehicle data. The billing model is designed to be fair and scalable, with developers able to top up their licenses in various currencies, including USDC. Each vehicle's data will be charged at a rate of $1.25 for 50,000 credits, which can be used for API calls and webhook triggers. This initiative aims to foster a vibrant ecosystem where more applications can be built on DIMO, ultimately strengthening the network and providing better services to users.

In the rapidly evolving landscape of Decentralized Physical Infrastructure Networks, key players such as Helium, Render, and Akash Network are making significant strides. Helium (HNT) has faced a challenging market, with its price plummeting over 44% in the past month and more than 66% over the last six months. Currently trading between $2.73 and $3.97, Helium's support level is around $2.31, while resistance is noted at $4.79. The bearish sentiment is palpable, with indicators suggesting oversold conditions, prompting traders to consider lower support levels for potential buying opportunities amidst market uncertainties. Render has also encountered volatility, with a 32% drop in the last month and a 54% decline over six months. Despite a slight weekly uptick of 1.16%, the overall trend remains bearish, reflecting low investor confidence. The current trading range is between $3.17 and $5.05, with support at $2.46 and resistance at $6.23. The negative Awesome Oscillator and subdued Momentum Indicator indicate that bears are in control, although there is some buying interest. Traders are advised to monitor these key levels closely for potential rebounds or pullbacks. Akash Network has not been immune to market pressures, experiencing a nearly 28.5% drop in the past month and a staggering 63% loss over six months. Trading within the range of $0.97 to $1.84, Akash's immediate support is at $0.65, with resistance at $2.39. The Relative Strength Index suggests a near-neutral zone, leaning towards oversold conditions. Traders might find opportunities based on breaks above resistance or retracements to support, with strategies including stop-loss orders just below $0.65. Each of these projects—Helium, Render, and Akash—addresses unique market needs, positioning them as significant players in the decentralized infrastructure space.

In a highly anticipated session at Solana APEX, industry leaders Lily Liu, Ben Zhou, and Emily Bao discussed the future of decentralized finance (DeFi) and the integration of real assets into blockchain ecosystems. Liu, President of the Solana Foundation, articulated a vision for Solana to become the leading platform for capital markets, emphasizing the potential of tokenized equities through projects like xStocks. This ambitious approach aims to connect global investors with public markets outside the U.S., tapping into a trillion-dollar opportunity in real-world assets (RWAs). Ben Zhou, CEO of Bybit, echoed Liu's sentiments, highlighting the importance of bridging traditional finance (TradFi) and Web3. He introduced Bybit's new MiCAR license in Europe, which allows users to access crypto directly through bank accounts, and discussed the expansion of TradFi instruments on Bybit's platform. Zhou's focus on Byreal, a project incubated by Bybit, aims to address the need for deep, programmable onchain liquidity, marking a significant step towards a more integrated financial system. Emily Bao, founder of Byreal, emphasized the need for a robust exchange that not only facilitates transactions but also reveals true value. She criticized the current DeFi landscape for its distortions and mismatched valuations, positioning Byreal as a permissioned decentralized exchange (DEX) on Solana. Byreal aims to unify fragmented liquidity and provide institutional-grade execution, fostering growth for high-potential projects. The public beta of Byreal is set to launch on June 30, marking a significant milestone in the evolution of DeFi on Solana.

On June 19, 2025, IoTeX successfully activated its major upgrade, IoTeX Core v2.2, marking a significant advancement in decentralized infrastructure designed for real-world applications. The upgrade features a remarkable reduction in block time from 5 seconds to just 2.5 seconds, allowing transactions to finalize almost instantaneously. This enhancement is particularly beneficial for latency-sensitive use cases, such as AI agents that can now execute actions with minimal delay, decentralized physical infrastructure networks (DePIN) that can respond to real-world events in real-time, and DeFi users who can settle trades and react to market changes almost immediately. The network maintains its commitment to security while optimizing for performance, ensuring it is prepared for future scaling to 2,000 transactions per second (TPS). The upgrade also introduces the Optimistic Block Minting mechanism, which allows block proposers to prepare future blocks proactively, thus maintaining speed and stability even during high demand. This innovative approach ensures that if consensus fails in the initial round, nodes can quickly initiate a new round without losing time. Additionally, IoTeX v2.2 features a new timestamp-based staking mechanism that enhances accuracy and flexibility, allowing users to manage their staking periods more effectively. This shift is expected to improve the overall user experience while ensuring compatibility with future network improvements. IoTeX Core v2.2's enhancements position the platform for significant growth in various blockchain applications, including on-chain AI interactions, real-time decentralized networks, and consumer-grade decentralized applications (dApps) that rival centralized services. With its focus on maintaining a stable and secure network while preparing for further reductions in block time, IoTeX is poised to lead in the blockchain space, offering solutions that leverage the benefits of decentralization without compromising on performance or user experience.

The vision of Web3 has evolved beyond the digital realm, introducing a transformative concept known as Decentralized Physical Infrastructure Networks (DePIN). This innovative movement seeks to tokenize and decentralize the physical infrastructure that supports our daily lives, ranging from wireless connectivity to energy production and supply chains. DePIN incentivizes individuals and organizations to contribute real-world resources—such as computing power, energy, and bandwidth—by rewarding them with crypto tokens. This approach fosters a participatory model that contrasts sharply with the traditionally centralized infrastructure systems, embodying the Web3 principles of permissionless access and peer-to-peer exchange. The rise of DePIN can be attributed to several macroeconomic and technological factors that have emerged over the past two years. The COVID-19 pandemic highlighted the fragility of existing infrastructure, prompting a demand for more resilient and distributed systems. Reports indicate a significant increase in global broadband and cloud usage, with token incentives providing a cost-effective alternative to the hefty upfront investments typically required for infrastructure projects. As of Q2 2025, DePIN has amassed a market cap of $3.5 billion, with projections suggesting it could reach $10–12 billion by 2026, particularly within the energy and telecom sectors. DePIN networks operate by enabling users to deploy hardware nodes that deliver various services, verified through protocols like Proof of Coverage. Leading protocols in this space include Helium, which decentralizes wireless networks, Render Network for GPU power distribution, and Filecoin for decentralized storage solutions. Despite the promise of DePIN, challenges such as hardware reliability, regulatory uncertainties, and security risks remain. However, as the landscape evolves, DePIN is poised to redefine infrastructure, potentially capturing significant value in the projected $94 trillion global infrastructure spending by 2040. This shift signals that Web3 is not merely a software revolution but a comprehensive transformation of the physical world.