Acurast Launches Processor Lite for iOS, Empowering Users to Share Computing Power

*AI-powered PFPs evolve from storytelling tools to in-game governors using decentralized infrastructure* Ubisoft is leveling up interactive storytelling with the rollout of AI-governed characters in its bold dystopian satire, Captain Laserhawk: the G.A.M.E. In partnership with LibertAI, the decentralized AI infrastructure, this next phase introduces autonomous AI agents that act as virtual extensions of their players, voting, reasoning, and evolving within the game’s governance system. Each Niji Warrior NFT in Captain Laserhawk is now paired with a unique, persona-driven AI agent — a virtual citizen capable of analyzing governance proposals, casting justified votes, and recording every action transparently on-chain. These agents run entirely on LibertAI’s confidential AI platform, designed to protect privacy, keep records transparent, and ensure no one, even the game developers, can interfere with their decisions. Behind the scenes, tools like secure virtual machines, flexible memory, and cryptographic signatures work together to ensure each AI agent is verifiable and acts safely and independently on behalf of the player. # Ubisoft’s Experiment in Synthetic Intelligence *"In a universe that satirizes technocracies, surveillance, and synthetic identity, turning governance into playable fiction feels like the most honest move we could make."* said Didier Genevois, Technical Director and Executive Producer at Ubisoft. *"These AI-driven NFTs stage a living experiment where players can explore — and play with — the very idea of governance. Anchored on-chain through tech built to outlast us, their actions form a persistent performance that blurs the line between fiction and reality."* The AI agents are initialized with their character’s lore, including age, profession, values and personality traits, and use LibertAI’s LLMs to shape their behavior. Votes are casted through ERC-6551 token-bound wallets, and agents can explain their reasoning based on memory, game context, and past player interactions. All decisions and memory states are versioned and stored on [Aleph Cloud](https://aleph.cloud), providing a transparent, tamper-proof record of agent behavior. *“Through LibertAI, Ubisoft is opening up new ways for players to think about how decisions get made by both humans and machines”*, said Jonathan Schemoul, CEO of Aleph Cloud and lead contributor to LibertAI. *“As agents reason, vote, and interact with one another, they don’t just influence the game’s story—they invite players to consider the broader ethical and political dimensions of sharing governance with AI.”* This framework also enables real-time coordination experiments: AI agents can form voting blocs, deliberate in Discord-style chats, and negotiate with other factions — all governed by transparent prompts, player overrides, and evolving in-game memory. Players can choose to collaborate with their agents or let them act independently. This launch builds on the February debut at ETH Denver, where attendees engaged with a prototype AI NPC modeled after Watch Dogs’ DedSec. That proof of concept has now evolved into a live production system, with [Eden Online](https://edenonline.ubisoft.com/)’s governance fully powered by decentralized, reasoning AI agents.

The recent collaboration between Helium (HNT) and AT&T marks a significant milestone for decentralized physical infrastructure (DePIN) tokens. Announced in April, this partnership integrates Helium's community-built wireless hotspots into AT&T's network, highlighting three essential trends: the scalability of decentralized wireless infrastructure, the strategic advantages of tokenized incentives, and enhanced regulatory clarity for blockchain networks. For investors, this convergence presents a prime opportunity to capitalize on HNT's undervalued potential and the growth trajectory of the broader DePIN sector. AT&T's endorsement of Helium's network, which boasts over 93,000 active hotspots across the U.S. and Mexico, signifies a strong validation of DePIN's real-world applicability. This partnership addresses critical challenges faced by traditional telecom, such as cost efficiency and coverage gaps. By utilizing Helium's low-power hotspots, AT&T can reduce capital expenditures by 40% compared to conventional cell towers, while also improving coverage in underserved areas. The seamless integration allows AT&T subscribers to connect automatically to Helium's Wi-Fi, enhancing user experience and demonstrating the effectiveness of this strategic rollout. Moreover, the SEC's recent dismissal of its investigation into HNT tokens, coupled with a shift towards viewing DePIN tokens as functional utilities, marks a turning point for the sector. Helium's proactive engagement with regulators sets a precedent for transparency, contrasting with traditional crypto projects. Currently trading at $3.04, HNT presents an attractive investment opportunity, especially with the potential for significant growth in hotspot deployment and carrier partnerships. As the DePIN revolution gains momentum, the Helium-AT&T partnership serves as a blueprint for the future of decentralized infrastructure, making HNT a compelling choice for investors looking to enter this evolving market.

June was a monumental month for the Titan Network, showcasing significant advancements in decentralized infrastructure and community engagement. The release of Titan's official whitepaper 1.0 marked a pivotal moment, outlining the protocol's architecture, tokenomics, and global expansion strategy. This document serves as a foundational step towards the Token Generation Event (TGE) and the mainnet rollout, setting the stage for Titan's ambitious plans in decentralized computing. In addition to the whitepaper, Titan achieved remarkable milestones, including the integration with Swan Chain, which enhanced decentralized compute workflows by improving data access and task success rates. The third testnet surpassed 1 million node registrations, demonstrating the power of community-driven infrastructure. Furthermore, a case study with PNUTS.AI highlighted Titan's ability to reduce latency by 60% and storage costs by 80%, showcasing its potential for global scalability in real-time AI translation services. Titan's visibility was further amplified through features in prominent publications like The Defiant and the successful completion of the Titan Meme Campaign. The network also hosted its first DePIN Talks roundtable, bringing industry leaders together to discuss the future of decentralized infrastructure. As Titan continues to innovate and expand its ecosystem, it is poised to create a new economy of value, transforming idle resources into rewards for users and empowering sectors such as AI, e-commerce, and cybersecurity. With July on the horizon, Titan's momentum shows no signs of slowing down.

Theta Network has announced the addition of Hongik University as the 21st academic customer of its EdgeCloud Hybrid platform. The High-Performance Data Processing & Analysis Lab at the university, led by Associate Professor Eun-Sung Jung, will collaborate with Theta as a research partner. The lab specializes in scalable computing platforms for AI, distributed systems, IoT, and cloud-native architectures, receiving support from various Korean governmental organizations and international institutions. This partnership aims to leverage Theta EdgeCloud Hybrid, the first decentralized hybrid GPU platform, to enhance research in AI model training, big data workflows, and real-time IoT systems. Professor Jung expressed enthusiasm about the collaboration, stating that Theta’s EdgeCloud Hybrid provides a valuable resource for advancing their data-driven research. The lab will utilize high-performance and cost-effective GPU capacity, particularly the NVIDIA 3000s and 4000s series, to accelerate their work in AI/ML, big data infrastructure, and edge-based IoT analytics. The lab's research focuses on high-performance computing for AI/ML, cloud computing for big data, and IoT data analysis, aiming to solve large-scale computing challenges in both academic and industrial settings. By joining a global network of prestigious institutions utilizing EdgeCloud Hybrid, including Stanford University and Seoul National University, Hongik University reinforces Theta’s mission to support open and scalable AI development through decentralized computing. Mitch Liu, CEO and Co-Founder of Theta Labs, highlighted the appeal of EdgeCloud due to the availability of high-performance NVIDIA A100s and H100s, as well as community-run NVIDIA 3090s and 4070s/4080s/4090s, which became accessible in the GPU marketplace on June 25. This partnership is expected to significantly advance research capabilities in AI and IoT fields.

Mawari Network is an innovative decentralized physical infrastructure network (DePIN) that aims to transform spatial computing by providing real-time, low-latency streaming of high-fidelity 3D content for augmented reality (AR), virtual reality (VR), and extended reality (XR) applications. Built on the Solana blockchain, Mawari utilizes a global mesh of GPU-powered nodes to ensure seamless delivery of immersive content to devices like Meta Quest 3 and Apple Vision Pro. Founded in 2017 by Luis Oscar Ramirez and Takeo Yatabe, the project has already established itself as a leader in the XR market with significant partnerships including KDDI, T-Mobile, BMW, and Netflix. Recently, Mawari Network successfully raised $17.3 million from notable investors such as Anfield Ltd. and Borderless Capital. This funding will support its mission to enhance user experiences in gaming, digital twins, and fan engagement platforms like Vtubexr. The network generates an impressive annual revenue of $1.5 million through infrastructure fees and enterprise services, showcasing its robust business model and patented technology. With an upcoming mainnet launch and a Spatial Streaming SDK for developers, Mawari is poised for significant growth in the DePIN and spatial computing sectors. In addition to its technological advancements, Mawari Network is also engaging its community through airdrop opportunities. Users can earn XR Credits and mint soul-bound XR Chips by completing social media tasks and referring friends. To participate, users need to log in with their Web3 wallet and follow specific steps outlined on the Mawari portal. This initiative not only incentivizes community involvement but also fosters a vibrant ecosystem around the Mawari Network, making it an exciting project to watch in the evolving landscape of blockchain technology and spatial computing.

IoTeX, the decentralized network bridging the physical and digital worlds, announced a significant expansion into artificial intelligence. This move introduces a unified ecosystem for Physical AI, a new category of intelligence powered by real-world data from machines, devices, and decentralized infrastructure. The transition of AI systems from digital environments to real-world applications emphasizes the importance of access to live, trustworthy data from the physical surroundings. IoTeX aims to enable a new class of AI grounded in reality by creating a shared infrastructure where machines and AI agents can coordinate via verified, real-time data, transforming decentralized networks into a foundation for responsive, real-world AI systems. Since its establishment in 2017, IoTeX has been at the forefront of technologies bridging physical devices with blockchain networks. The company's latest AI expansion aligns with its vision of linking the demand for real-time, verifiable data from AI developers with the supply of connected devices and DePIN participants on IoTeX. The AI infrastructure is powered by IoTeX Layer 1 Blockchain for secure coordination, the ioID Protocol for decentralized machine authentication, Quicksilver AI framework for transforming raw machine signals, and the IOTX Token for governance and incentives. Central to IoTeX's AI architecture are Realms, evolving knowledge bases of real-time, real-world data that synthesize insights from machines, people, and sensors to generate actionable intelligence in various sectors like mobility, health, energy, and robotics. Realms serve the dual purpose of providing real-time situational awareness for AI agents and offering dynamic environments for training the next generation of Physical AI models. As data flows into a Realm from connected devices and DePIN nodes, its intelligence becomes more precise, adaptive, and valuable, evolving into living knowledge bases that scale with participation. IoTeX's vision is to build dynamic economies of intelligence where machines, people, and AI collaborate to generate continuously evolving knowledge, forming a global constellation of verified environments where physical intelligence becomes a scalable and monetizable resource for real-world AI applications.