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DePIN

DePIN utilizes blockchain and token incentives to build and maintain physical infrastructure, such as wireless networks, cloud storage, and energy grids.By decentralizing the ownership of hardware, projects like Helium and Hivemapper disrupt traditional centralized monopolies.In 2026, DePIN is a core pillar of the Web3 + AI economy, providing the decentralized compute and data collection necessary for autonomous agents. This tag tracks the growth of hardware-based rewards, crowdsourced infrastructure, and the democratization of global utility networks.

1501 Articles
Created: 2026/02/02 18:52
Updated: 2026/02/02 18:52
iExec launches its privacy framework on Arbitrum

iExec launches its privacy framework on Arbitrum

The post iExec launches its privacy framework on Arbitrum appeared on BitcoinEthereumNews.com. iExec, a trust layer for decentralized physical infrastructure networks (DePIN) and artificial intelligence (AI), has rolled out its privacy framework on Arbitrum (ARB), as outlined in the most recent reports shared with Finbold on Monday, September 8. With the launch, iExec has become the first and only privacy platform delivering Trusted Execution Environment (TEE) technology to Arbitrum’s $3.15 billion network. The integration offers developers a new toolkit to build applications that safeguard sensitive data and deliver innovative solutions across AI, decentralized finance (DeFi), and gaming, all without the need to manage complex infrastructures. “Launching on Arbitrum puts a powerful set of developer tools directly in the hands of builders in one of the largest DeFi ecosystems, removing the friction of TEE and enabling new classes of applications. We look forward to seeing what is built,” wrote Chase Allred, Partnerships Manager for Offchain Labs. Privacy Everywhere. What does it look like? Tools that let builders ship with privacy by default, giving users confidence their data stays theirs. We’re getting ready for something bigger 🧵 pic.twitter.com/38jd919LyY — iExec RLC (@iEx_ec) September 7, 2025 iExec’s multi-chain strategy This deployment marks the first step in iExec’s broader multi-chain strategy, with a rollout across multiple Ethereum (ETH) Virtual Machine (EVM) networks planned for the near future.  However, projects such as Ototamto, DexPal, and 1xBuild are already making use of iExec’s privacy stack to enhance security and data protection.  The initiative has also drawn support from partners, including Aethir and security firm Halborn. Most notable, though, is iExec’s collaboration with AR.IO, which has already produced Web3Telegram, a messaging platform built for privacy.  All privacy-enabled processes are powered by iExec’s native token, RLC, which underpins confidential transactions, protected datasets, and secure computations on Arbitrum. Indeed, with privacy concerns becoming ever more common in Web3, TEE-powered privacy on…

Author: BitcoinEthereumNews

2025/09/08

BNB Chain Annual Awards Announced, 30 Finalists Across 5 Categories

BNB Chain Annual Awards Announced, 30 Finalists Across 5 Categories

PANews reported on September 8th that BNB Chain officially announced the 2025 BNB Chain Annual Awards. The selection process drew over 7,000 nominations, resulting in 30 finalists across five categories and over 600,000 votes from the community. Each winner will receive: an AMA with the global community; exclusive spotlight presentations at flagship events; and priority opportunities for ecosystem collaboration. The list of winners is as follows: Rising Star Award: Decentralized derivatives exchange bugscoin, WLFI's USD stablecoin USD1, and Ethena Labs' synthetic dollar protocol USDe; AI Pioneer Award: Alaya_AI, a distributed AI data collection and annotation platform; ChainGPT, a Web3+AI infrastructure; and Tagger, a decentralized AI solution platform; Trading Volume Star Award: MYX.Finance, a decentralized perpetual contract trading platform; Superp, a decentralized perpetual contract trading platform; and PancakeSwap, a decentralized trading platform. New Horizon Award: Lorenzo Protocol, a Bitcoin liquid staking protocol; XPIN Network, a global DePIN ecosystem; and BAS, a certified information verification platform. Most Popular Product Award: Multiplayer online RPG game World of Dypians, decentralized Bitcoin storage protocol Solv Protocol, and Web3 dark ARPG game Seraph.

Author: PANews

2025/09/08

Ozak AI’s $0.01 Presale Price vs. $5 Target: The 500x Setup That ETH and SOL Holders Are Starting to Notice

Ozak AI’s $0.01 Presale Price vs. $5 Target: The 500x Setup That ETH and SOL Holders Are Starting to Notice

The post Ozak AI’s $0.01 Presale Price vs. $5 Target: The 500x Setup That ETH and SOL Holders Are Starting to Notice appeared first on Coinpedia Fintech News Ozak AI’s token $OZ is now in presale at $0.01 with a potential $5 target. That’s a 500x setup that’s getting talked about among Ethereum and Solana investors who understand the early entry dynamics. With 853 million tokens sold and over $2.7 million raised so far, the presale is gaining traction. A $100 minimum investment …

Author: CoinPedia

2025/09/08

The Next 500x Crypto Flip? How Ozak AI’s $0.01 Entry Could Beat Ethereum and Solana by 2026

The Next 500x Crypto Flip? How Ozak AI’s $0.01 Entry Could Beat Ethereum and Solana by 2026

The post The Next 500x Crypto Flip? How Ozak AI’s $0.01 Entry Could Beat Ethereum and Solana by 2026 appeared on BitcoinEthereumNews.com. The search for the next exponential crypto winner continues. Ethereum delivered early buyers returns measured in thousands of percent. Solana did it again and within a couple of years transformed small investments into incredible profits. Comparisons with both giants are also being made now as Ozak AI is preselling at only $0.01 per token in Phase 5. Observers suggest that this entry price could pave the way for a 500x flip by 2026. Why Ozak AI’s $0.01 Entry Is a Game Changer Ethereum first traded under $1 before scaling to more than $4,900. Solana rose from cents to nearly $300 in under five years. Their low-cost entries defined early fortunes. Ozak AI’s presale mirrors those conditions today, with Phase 5 offering $OZ at $0.01. Figures show more than 856 million tokens sold and $2.76 million raised so far. The price climbs to $0.012 in the next phase, while the listing target sits at $1. The possibility of a 100x return from the current $0.01 price to the $1 launch price is clear, representing a 9,900% gain. Early investors who entered at the initial $0.001 price have already seen a 900% increase, and if the project scales further, some supporters suggest the upside could reach 500x from the current price, which would equal a 49,900% return. If Ozak AI scales as Ethereum and Solana did, the upside could stretch to 500x, making its $0.01 entry one of the most significant opportunities in the current cycle. Youtube embed: Next 500X AI Altcoin Beating Ethereum and Solana’s Growth Curve Ethereum became the foundation for smart contracts. Solana solved speed and scalability for decentralized finance and apps. Both projects built ecosystems that expanded their value. Ozak AI aims to advance the next stage of blockchain evolution by merging artificial intelligence with decentralized infrastructure. Its…

Author: BitcoinEthereumNews

2025/09/08

The Future of Cryptocurrency with Ozak AI's Groundbreaking Presale

The Future of Cryptocurrency with Ozak AI's Groundbreaking Presale

Ozak AI is setting the stage to revolutionize the blockchain industry by integrating artificial intelligence with a Decentralized Physical Infrastructure Network (DePIN). This pioneering approach aims not just to enhance efficiency but also to drastically amplify the blockchain's functionality across various applications. With its presale offering an entry price of just $0.01, Ozak AI is capturing the attention of investors who are predicting a 500x return on investment. The Promise of Ozak AI in the Blockchain Realm The core technology of Ozak AI leverages a combination of AI and DePIN to create a blockchain solution that is not only scaleable but also smarter and more adaptable to the needs of modern users and enterprises.Investing early in Ozak AI could potentially yield returns that surpass those of established memecoins like PEPE, FLOKI, and SHIB. Achievements and Milestones in the Presale Phase The ongoing presale of Ozak AI has been a resounding success, reaching significant milestones with over 854 million tokens already sold, amassing more than $2.7 million in capital. This impressive start is a testament to the market's confidence in the potential of Ozak AI to lead the next wave of blockchain innovations. Exploring the Competitive Edge: Beyond Memecoins In the contemporary memecoin landscape, notable names like PEPE, FLOKI, and SHIB have seen remarkable attention and investment. However, Ozak AI aims to surpass these with its foundational technology that promises more than just speculative growth. Technological Innovations Propelling Ozak AI Ozak AI distinguishes itself by employing AI-driven automation within blockchain operations which enhances decision-making and efficiency. The DePIN layer decentralizes infrastructure, ensuring greater security and scalability. With cross-chain functionality, Ozak AI facilitates seamless interoperability across different blockchain ecosystems. Strategic Partnerships Enhancing Ozak AI's Capabilities Collaborations with leading technology providers and innovators are central to Ozak AI's strategy. The integration with SINT and other key players in the industry underscores its commitment to maintaining a cutting-edge position in the blockchain market. Conclusion: A Lucrative Future Ahead The ambitious vision for a 500x ROI as projected by presale investors highlights the potential of Ozak AI in reshaping the financial landscape. As the crypto market evolves, Ozak AI stands out with its robust technological foundation and strategic market positioning. For more insights, visit the following: Website: https://ozak.ai/ Twitter/X: https://x.com/OzakAGI Telegram: https://t.me/OzakAGI Disclaimer: This is a sponsored article and is for informational purposes only. It does not reflect the views of Bitzo, nor is it intended to be used as legal, tax, investment, or financial advice.

Author: Coinstats

2025/09/08

The Space Blockchain Rush: Separating Signal from Noise in 2025

The Space Blockchain Rush: Separating Signal from Noise in 2025

Blockchain startups race to space. Spacecoin XYZ plans to launch the first off-world blockchain network in November 2024 as the space economy surges.

Author: Hackernoon

2025/09/08

Can Babies Be Tokenized? A Crypto Experiment to Solve the Population Crisis

Can Babies Be Tokenized? A Crypto Experiment to Solve the Population Crisis

Written by Lauris Compiled by Saoirse, Foresight News For most of human history, infants were productive economic assets. They weren't just objects to be cared for; they were also laborers—herding sheep at five, joining the farm or becoming apprentices by ten. More children meant higher output, greater resilience to risk, and greater family wealth. This model worked well, with fertility rates showing positive growth and fertility being a significant driver of GDP. Later, everything changed. At some point in the 20th century, children ceased participating in productive labor and became consumers. Schooling replaced the practice of labor, laws restricted child labor, and the emphasis of social education shifted from fostering initiative to emphasizing obedience. Parents continued to have children, but now each child became a net liability for the family for 18 years, and the marginal utility of having a child dropped below zero. This has led to the situation we face today: a sharp decline in birth rates, an inverted population structure, and an aging economy. Relying on child labor on farms is a thing of the past, but incorporating infants into the “bonding curve” mechanism (a mathematical model used for the issuance and pricing of crypto assets) can achieve the following goals: a) Develop a new financial infrastructure tool to help families accelerate their financial freedom; and b) Re-emerging children as economically productive assets, thereby unleashing a socially beneficial effect in terms of increasing birth rates. Opportunity: Babies as on-chain financial primitives Cryptography gives us the tools to solve this problem. Using composable smart contracts, identity metadata, and financial instruments, we can now integrate babies back into the economy. When a baby is born, a "baby bond" is minted. This is a hybrid ERC-404 token: part NFT (for identification) and part fungible token (for liquidity). This token represents the potential economic value of the baby over time, encompassing multiple dimensions such as memetic, social, and intellectual. The second derivative of value, growth acceleration, is also factored back into the birth rate. Contract Standard: ERC-404 and INFNT Token Traditional NFTs are not suitable for this scenario due to their lack of liquidity. Therefore, Baby Bonds adopt the ERC-404 standard. This is a hybrid standard that allows each baby-related token to: Fragmentation trading via INFNT tokens Individual identity recognition through parent NFT Combining badges with bonding curves to achieve dynamic valuation This design allows us to combine the advantages of both: permanence of identity and composability of mobility. From a mathematical point of view: let B(t) be the baby bond at time t, then the formula for its value change is: dB/dt = ∂INFNT/∂milestone + ∂INFNT/∂meme speed, where both variables are convex with respect to public interest and institutional verification. Traits, AI, and Badges Baby bonds are not just a token, but also a vital modular carrier that carries value accumulation and reputation transfer. AI-verified feature metadata: From the moment the token is minted, an AI agent monitors and records the infant's early developmental characteristics, such as movement speed, social behavior, and audio signal complexity. These characteristics are attached to the NFT via semi-immutable metadata (modifiable only through a trusted update oracle), ultimately forming a longitudinal, verifiable, and privacy-protected "baby feature profile." Educational Badges: Schools, universities, digital academies, and other institutions can issue cryptographic badges directly attached to NFTs. These badges, used to mark milestones (e.g., "Learned to read at age 3," "Admitted to MIT," "Top 1% in spatial IQ"), provide both public resources and exclusive advantages to token holders. Dynamic feature accumulation and modular governance: Before the age of 18, baby bonds are managed by parents, smart contracts, or decentralized autonomous organization (DAO) trustees. After turning 18, governance rights transfer to the baby. Furthermore, starting at age 13, babies can be granted an "exit right." Early voting decisions can be weighted quadratically to prevent aggressive large investors from manipulating governance. Fully auditable on the chain: All data and operations are recorded on the chain and can be audited at any time. Example: Trait Score Formula: TraitScore (t) = ∑ (Badgeᵢ * wᵢ) where Badgeᵢ represents a verified achievement signal and wᵢ represents a weight coefficient determined by the market. Convexity and Mechanism Design The value of baby tokenization does not come from linear cash flow, but from "unlocking convexity" - based on the baby's developmental results, the popularity of memes and external certification, it can generate significant nonlinear revenue growth. Bonding Curve-Based Issuance: INFNT tokens (the native token of non-fungible baby bonds) are issued through a bonding curve to reward early backers. As babies achieve more milestones or increase their social impact, the token's value will grow exponentially, making "baby investing" a new type of "seed investment." Third-party feature injection: Verification badges issued by authoritative organizations can drive token value growth along a nonlinear trajectory. For example, adding an “Olympic Gold Medal” badge can cause NFTs to experience discontinuous upward adjustments in value due to a meme-based “supply shock.” Protocol-based fertility incentives: Decentralized autonomous organizations (DAOs), Layer 2 networks, and even countries can implement composable incentive mechanisms. Examples include providing gas subsidies for families with children, quadratic matching of baby bonds held by low-income parents, and launching "fertility farming" programs for rural users. The design space is completely open. Downstream application scenarios After the baby is tokenized, it will become a programmable financial infrastructure. The following are some of the downstream applications: 1. Baby Mortgage Loans Families holding high-potential baby bonds can use their baby's expected income or meme stake as collateral to obtain long-term, low-interest mortgages. Loan approval is no longer based on parental income, but rather on the child's expected economic utility. For example, "We pay a 30% down payment, 10% in ETH and 20% in the baby's bond share." 2. Baby Index ETF Build curated portfolios of baby bonds by geographic region, talent area, or profile. For example, "Nigeria's Top 50 STEM Potential Babies," "Genius Portfolio - Level 1 IQ Scores," and "Elite Violin DAO." These portfolios can be issued as ERC-4626 standard vaults or tradable basket tokens. 3. Baby Perpetual Futures A comprehensive derivatives market will be built, allowing users to "go long" or "short" on the future socioeconomic benefits of specific groups. Contracts will be settled based on the on-chain composite key performance indicators (KPIs) of the infant at age 21, and oracle disputes will be resolved through multi-sig arbitration or memetic resolution mechanisms. 4. Baby Influence DAO Tokenized philanthropy is achieved from birth. Donors can contribute to baby bonds in impoverished areas, earning impact returns and receiving governance tokens in the "Baby Enhancement DAO." This "proof of impact" mechanism will replace traditional philanthropy models and establish a regenerative fertility finance system. 5. Narrative derivatives Bets are placed on speculative developmental trajectories of infants, such as: “Will Child X become a billionaire?” or “Will Child Y be embroiled in public controversy before the age of 12?” The on-chain prediction market will become a “narrative vehicle,” with token value increasing as the trajectory outcomes materialize. Ethical considerations Some may consider this proposal dystopian, arguing that it commodifies life. However, in reality, life has already become financialized in today's society, and children themselves are a cost center for families. We've simply been using a model with low transparency and poorly designed incentives. Tokenization isn't exploitation, but rather a readjustment of the existing system, allowing the coexistence of "life meaning" and "capital." The object of the transaction is never the baby itself, but the predicted value of its growth trajectory. in conclusion We can’t go back to a time when we relied on child farmers; that model is obsolete. The labor of infants on farms is a thing of the past, but by tokenizing babies—a combination of real-world assets (RWAs) and decentralized physical infrastructure (DePINs)—we can leverage token incentives and cryptography to solve one of modern society’s most pressing problems. Childbearing becomes a source of income. Parenting becomes a protocol to follow. Human society will also regain "mobility".

Author: PANews

2025/09/08

From Android to robot combat: A look at the RoboFi robot project ecosystem

From Android to robot combat: A look at the RoboFi robot project ecosystem

????AI is so much more than LLM! In his latest Ultimate AI Plan, Musk boasted that 80% of Tesla's future value will come from robots! With robotics stocks skyrocketing, Web3 robotics projects are accelerating and igniting a new wave of enthusiasm. How will a decentralized, on-chain collaborative intelligent ecosystem reshape our future? Follow Biteye and unlock new stars in the Web3 robot race! ???? @openmind_agi Keywords: operating system, decentralized coordination layer OpenMind has raised $20 million in funding, hoping to improve robots' understanding and learning capabilities through open source systems. Its main products include: OM1: An AI-native operating system, known as the "Android for robots," is hardware-independent and open source. It empowers machines with perception, memory, planning, and control capabilities, helping them understand the world and take contextually relevant actions. A previous hackathon participant used OM1 to build an Alzheimer's care robot in 48 hours. FABRIC: A decentralized coordination layer. Through blockchain, it allows robots to share data, rapidly learn (e.g., language), and support consensus, execution, and settlement. @peaq Keywords: Layer 1, Machine Economy peaq has raised $21 million and is a Layer 1 focused on DePIN and machine economy. Peaq enables robots, drones, sensors, and other machine devices to obtain self-sovereign IDs on the blockchain, conduct peer-to-peer payments, store data, and automate operations. This enables use cases such as robot rentals, drone deliveries, and autonomous machine collaboration, building a complete "machine economy" where robots and other devices can earn money and interact independently, just like AI agents. Built on the Substrate framework and compatible with Polkadot, the project has connected to over 90 blockchains. Currently, there are over 50 DePIN projects on the peaq chain, including Silencio (noise monitoring), MapMetrics (earning money while driving), Farmsent (agricultural supply chain), and Natix (smart driving). The network connects over 4.5 million devices and machines, providing decentralized network services for over 20 industries, including energy, mobility, transportation, agriculture, and the environment. @GEODNET_ Keywords: Real-time Positioning Network GEODNET has raised $15 million and focuses on positioning services - building the world's largest real-time kinematic (RTK) positioning network in a decentralized manner, providing centimeter-level accuracy of the Global Navigation Satellite System (GNSS) service. The project was originally built on Polygon and has now expanded to Solana. The network allows anyone to purchase and install GEODNET hardware mining equipment ("satellite miners"), collect and upload RTK correction data to the network, earn $GEOD token rewards, and ultimately enable the network to provide high-precision positioning support for applications such as robots, autonomous vehicles, drones, and the metaverse. The network currently covers 145 countries, more than 19,000 sites, and has delivered more than 207,178 GB of RTK data. @psdnai Keywords: Physical Data Collection Poseidon, incubated by @StoryProtocol, raised $15 million in seed funding, primarily to address the shortage of training data for applications such as robots and multimodal AI agents at the physical level of displays. Poseidon has built a decentralized data layer based on Story to collect, organize and manage real-world data (such as video, audio, images, location, etc.), ultimately providing IP-protected training data to help accelerate innovation in AI models. The APP is currently online, starting with sound information, allowing users to upload sound information in the APP to train the AI model so that it can process voices in different accents, dialects and environments. @PrismaXai Keywords: Tele-op, training data PrismaX, led by a16z CSX, has raised $11 million in total funding. It aims to help robots achieve a high degree of autonomy through human intervention. The tele-op platform currently available allows users to remotely operate robotic arms through a browser, converting this operational data into high-quality training data for model optimization. Operators will receive platform token rewards during this process. The platform is expected to be able to remotely connect to many well-known robots such as Yushu and UBTECH in the future. In the short term, we will focus on remote control and visual data for model training; In the medium term, robots will be able to complete actual tasks through remote human control; In the long run, the ultimate goal is to achieve complete or high autonomy of robots. @NRNAgents Keywords: Tele-op, reinforcement learning, AI Agent NRN Agents is a decentralized AI agent development and training platform running on Arbitrum. Initially focused on AI agents in games, the platform is now expanding to AI agents behind embodied robots. Through a "Sim-to-Real" framework, NRN Agents provides efficient training and deployment solutions for robotic AI agents. Users can directly control the simulated robot through the browser, and each operation generates high-quality behavioral data, providing training materials for imitation learning for the robot system; at the same time, the AI agent in the system can also be continuously optimized based on real-world interactions through reinforcement learning, without the need for complete retraining. The project is currently in its early stages, focusing primarily on the operation of the robotic arm (RME-1). Future developments will include the robot's combat capabilities, athletics, and other competitive sports. @AukiNetwork Keywords: DePIN network, physical world data, positioning data Auki Network aims to build a decentralized neural network for robots and intelligent machines, giving them a deeper understanding of the physical world. Its core business is to build a DePIN network that allows various devices (such as robots and smart glasses) to share location and perception data in real time, forming a collaborative spatial understanding. The network, based on the Posemesh protocol, consists of compute nodes that provide computing resources, motion nodes (made up of intelligent devices like robots) that provide motion and sensor data, reconstruction nodes that use the former and latter to generate 3D maps or spatial models, and domain name nodes that manage these 3D spaces. These nodes are rewarded with $AUKI tokens based on their contributions. @RoboStack_io Keywords: Abstracting hardware complexity, simplifying hardware and software integration RoboStack is a cloud-native simulation and integration platform. It not only provides realistic environment modeling and scalable computing infrastructure for robot development and deployment, but also establishes a standardized communication protocol through the Robot Context Protocol (RCP) across diverse hardware, software, and communication standards, simplifying the connection between underlying robot hardware and AI agents at the software level. The native token $ROBOT has been launched on the virtuals platform. Users can participate in $ROBOT staking in virtuals and vote for their favorite robot projects in SIM lord for a chance to win rewards. @frodobots Keywords: sidewalk robot FrodoBots Lab is a robotics lab that uses gamification to promote real-world data collection and the development of embodied intelligence. Its core product, the Earth Rover, is a remote-controlled sidewalk robot (a robot that walks on sidewalks), priced between $249 and $399. It can be used for gaming, data collection, and AI research. FrodoBots has deployed hundreds of Earth Rovers worldwide and has open-sourced 2,000 hours of real-world driving datasets. FrodoBots has built an ecosystem that integrates entertainment and scientific research through innovative robotic hardware, a decentralized platform, and an AI framework. The following are its main projects: 9.1. @BitRobotNetwork Keywords: decentralized subnet architecture The BitRobot Network, a decentralized platform built on Solana and jointly developed by FrodoBots Lab and Protocol Labs, has secured $6 million in funding. The network utilizes a subnet architecture, with each subnet contributing specific resources such as computing power, a fleet of robots, datasets (real or synthetic), or AI models. These subnets cover a wide range of form factors, from sidewalk robots to humanoid robots. The first subnet, ET Fuji, has launched and is described in detail below. 9.2. @ET_Fugi Keywords: Games, Remote Control Platform Tele-op ET Fugi (Extra-Terrestrial Fugitives) is a real-world robotics game where players remotely control the Earth Rover to capture “alien” NFTs, while generating valuable sidewalk data for robot AI training and earning rewards such as FrodoBots Points (FBP). 9.3. @samismoving Keywords: AI Agent, Framework SAM was originally developed by FrodoBots and @virtuals_io as an AI agent for remotely operating the Earth Rover. It later evolved into the core framework for launching AI agents on the Robots.Fun (Launchpad) platform. All subsequent AI agents are built on SAM's architecture and pay a 5% commission to it. SAM collects operational data through Earth Rover to improve the overall AI agent's capabilities. It also livestreams portions of its adventures via X (Twitter), showcasing specific interactions, competitions, and data collection scenarios, providing both entertainment and educational value. 9.4. @robotsdotfun Keywords: AI Agent Launch Platform Robots.Fun is a platform for launching robotic AI agents. It collects data and strengthens the AI agents through daily competitions (such as capturing alien NFTs). To create an AI agent on Robots.Fun, you must own or purchase an Earth Rover robot, which serves as the "body" of the AI agent. 9.5. @UFBots Keywords: Robot fighting, remote control platform Tele-op Ultimate Fighting Bots is a free robot battle club where users remotely control Booster T1-based humanoid robots to engage in combat. The platform generates real-world data for training embodied AI while providing users with an immersive entertainment experience. Summarize After understanding the above projects, we can clearly see the two core advantages of the Web3 robot track: The decentralized advantage of blockchain is expected to break the scarcity barriers of robot models and data. The on-chain property rights and incentive mechanisms have injected new vitality and sustainability into the robotic economy. What are your thoughts on the future of Web3 bots? What other opportunities or challenges do you think are worth watching? Share your thoughts with Biteye in the comments! ????

Author: PANews

2025/09/08

Why Ozak AI Is Forecasted to Be the Best 2025 Investment Ahead of SHIB, DOGE, and PEPE

Why Ozak AI Is Forecasted to Be the Best 2025 Investment Ahead of SHIB, DOGE, and PEPE

The post Why Ozak AI Is Forecasted to Be the Best 2025 Investment Ahead of SHIB, DOGE, and PEPE appeared on BitcoinEthereumNews.com. Ozak AI’s growing momentum in the blockchain and artificial intelligence space has drawn significant attention, positioning the project as a leading investment opportunity for 2025. With over $2.76 million raised in its ongoing $OZ token presale and more than 856 million tokens sold at $0.01, analysts and investors are closely monitoring its trajectory.  The fact that the presale quickly moves to Phase 5 demonstrates the increasing interest in projects involving AI and secure and scalable blockchain infrastructure. Ozak AI is a powerful predictive modelling and decentralized processing platform that stands apart among meme-based tokens such as Shiba Inu (SHIB), Dogecoin (DOGE), and Pepe (PEPE), which still crucially experience shrinking trade volumes and declining interest among investors. Advanced AI Capabilities and Secure Infrastructure The essence of the AI product developed by Ozak AI is that the predictive AI agents are implemented based on statistical and machine learning models, such as ARIMA, linear regression, and neural networks. These agents generate real-time crypto, equity, and forex market forecasts to assist in their decision-making. Investors can also customize these models to meet their strategies to support retail and institutional needs. It is built upon the Ozak Stream Network (OSN), a decentralized network on which the financial data is processed in a decentralized and safe way. OSN addresses the risk of centralized failure, improving real-time data handling using a node-based system. This is in stark contrast to the simpler and single-chain models of tokens such as DOGE and PEPE that lack decentralized data pipelines and prediction capabilities. Technology Utility and Stack. Ozak AI integrates the most recent aspects of blockchain, including EigenLayer’s Actively Validated Services (AVS) and Arbitrum Orbit. The systems enhance security, scalability, and efficiency. EigenLayer is used to do decentralized validation, as opposed to Arbitrum, which does low-cost, high-performance execution of smart contracts,…

Author: BitcoinEthereumNews

2025/09/08

Beyond Policy Papers - Tonga's Cybersecurity Reality Check

Beyond Policy Papers - Tonga's Cybersecurity Reality Check

Policies are paper shields against digital bullets. Tonga's cyber crisis proves sovereignty requires an engineered defense using decentralized tech like DePIN.

Author: Hackernoon

2025/09/07

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