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    Australia Moves to Regulate Crypto Platforms With New Licensing Rules

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    Australia Moves to Regulate Crypto Platforms With New Licensing Rules


    Key Highlights

    Australia pushes to regulate crypto platforms, requiring licences and stronger consumer protections.New rules make crypto firms follow bank-like safeguards, closing gaps in digital-asset oversight.AUSTRAC and ASIC target scams and risky advice, protecting both young and older investors.

    Australia is moving to bring cryptocurrency platforms and custodians under stronger regulation. The Senate Economics Legislation Committee has backed the proposed Corporations Amendment (Digital Assets Framework) Bill 2025. 

    The legislation aims to fold crypto businesses into the country’s existing financial system, focusing on companies that hold or manage digital tokens for clients. Lawmakers hope this will close gaps in oversight and better protect users.

    The bill, introduced by Treasurer Jim Chalmers and Financial Services Minister Daniel Mulino, would require digital-asset platforms and tokenized custody services to hold an Australian Financial Services Licence.

    Besides needing a licence, these companies would have to follow strict rules to keep customers’ assets safe and clearly share important information when signing up retail users. This means businesses handling people’s digital money would have to follow the same rules as banks and other traditional financial institutions.

    Licensing and consumer protections explained

    Under the new rules, companies that don’t yet have a licence would get six months to meet the requirements. The law also clearly explains key terms like “digital tokens,” “digital asset platforms,” and “tokenized custody platforms.” By defining these, lawmakers make sure crypto businesses follow existing financial laws, without trying to directly control how blockchain technology works.

    This move builds on earlier steps to regulate crypto in Australia. Exchanges already have to register with AUSTRAC, and Treasury has looked at ways to bring all digital-asset platforms under closer oversight. 

    AUSTRAC also set rules for crypto ATMs in June last year, capping cash transactions at AU$5,000 and strengthening identity checks to prevent scams. Brendan Thomas, AUSTRAC’s head, highlighted that older Australians are most at risk, making up 72% of ATM users.

    Youth engagement and risk awareness

    Regulators are also warning young investors about risky habits. ASIC found that one in four Gen Z investors turn to social media influencers or AI chatbots for financial advice. 

    “Moneysmart’s Gen Z study found that while Gen Z has a strong appetite for reputable and trustworthy financial content, many struggle to find it,” ASIC said. Last year, the regulator even warned 18 influencers for promoting high-risk products without proper licensing.

    The new bill isn’t just about licences. It shows Australia wants to make the crypto space safer for everyone. It also improves transparency and protects consumers, helping digital-asset markets grow more responsibly. This approach could even serve as an example for other countries figuring out how to regulate cryptocurrency.

    Also Read: BlockFills Files Chapter 11 With Up to $500M Liabilities After Liquidity Crunch

    Disclaimer: The information researched and reported by The Crypto Times is for informational purposes only and is not a substitute for professional financial advice. Investing in crypto assets involves significant risk due to market volatility. Always Do Your Own Research (DYOR) and consult with a qualified Financial Advisor before making any investment decisions.



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    How to Build an AI Agent That Trades NFTs Automatically | NFT News Today

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    How to Build an AI Agent That Trades NFTs Automatically | NFT News Today


    The idea of an AI agent trading NFTs while you sleep sounds like something from science fiction. Yet in 2026, that idea is rapidly becoming reality.

    Developers, collectors, and crypto traders are increasingly experimenting with AI trading agents, software that watches NFT markets, analyzes opportunities, and executes trades automatically. These systems combine blockchain data, market signals, and machine intelligence to operate far faster than a human trader ever could.

    But building one doesn’t have to be overly complicated. In fact, with the right tools and frameworks, anyone with curiosity and patience can start building an AI trading agent.

    This article walks through the fundamentals—what AI NFT trading agents are, the problems they solve, how hybrid systems work today, and how frameworks like OpenClaw can help you build one.

    NFT markets move quickly. Listings appear, disappear, and get undercut constantly. Opportunities can exist for minutes or secnds.

    Human traders face several limitations:

    They can’t monitor every collection simultaneously.

    They react slower than automated bots.

    They struggle to analyze thousands of data points in real time.

    AI agents solve this problem.

    Instead of manually watching markets, traders can build software that monitors the blockchain continuously, evaluates prices, and makes decisions based on predefined strategies.

    In simple terms, an AI trading agent works like a digital assistant that never sleeps.

    It continuously checks NFT marketplaces, analyzes patterns in listings and bids, and executes actions when certain conditions are met. These conditions could include price changes, differences in rarity, sudden spikes in activity, or arbitrage opportunities.

    Modern marketplaces already support automation through developer APIs. For example, the OpenSea marketplace provides an API that allows developers to fetch NFT data and programmatically create listings and offers, making automated trading systems possible.

    Before AI agents existed, there were trading bots.

    Traditional bots are rule-based. They follow strict instructions such as:

    The problem is that these bots cannot adapt. If the market behaves differently than expected, they often fail.

    AI agents are different.

    Instead of following only static rules, they can evaluate multiple types of information:

    market data

    historical trades

    NFT rarity traits

    social sentiment

    wallet behavior

    They then decide which action to take.

    Researchers often describe an AI trading agent as an autonomous decision-making unit that analyzes data and executes strategies with minimal human intervention.

    In practice, this means the agent becomes a kind of assistant trader.

    You still design the strategy, but the AI handles the heavy lifting.

    Building an AI trading agent may sound complex, but most systems follow a simple architecture.

    Think of it as four layers.

    1. Data Layer

    The agent needs data first.

    This usually comes from NFT marketplaces like OpenSea, where APIs provide information such as:

    NFT metadata

    ownership details

    collection statistics

    bid and listing prices

    These APIs allow programs to fetch real-time information about NFTs across different blockchains.

    2. Analysis Layer

    Next, the AI analyzes the information.

    This is where machine learning or AI models come in. They might analyze:

    price trends

    rarity rankings

    transaction velocity

    historical sales

    The goal is simple: determine whether a listing might be underpriced or overpriced.

    3. Decision Layer

    Once the data is analyzed, the agent decides what to do.

    Possible actions include:

    Buy NFT

    Place bid

    List NFT for sale

    Cancel an order

    Wait and observe

    This is where the “agent” aspect really begins. Instead of simply reacting, the system evaluates options and selects the most favorable action.

    4. Execution Layer

    Finally, the agent interacts with the blockchain.

    It signs transactions and executes trades.

    This step must be designed carefully because it involves real funds.

    Despite all the excitement around autonomous AI, most successful trading systems today are hybrid systems.

    That means they combine AI reasoning with strict safety rules.

    For example:

    AI identifies trading opportunities

    Risk controls limit how much can be traded

    Hard-coded rules prevent catastrophic losses

    This approach works better than fully autonomous systems because markets are unpredictable.

    AI might be great at spotting patterns, but risk management still matters more than raw intelligence.

    If you want to build an AI trading agent today, one of the most interesting tools to explore is OpenClaw.

    OpenClaw is an open-source AI agent framework that allows developers to connect AI models with real-world tools and APIs. Instead of being just a chatbot, it can perform actions—like running scripts, controlling browsers, or interacting with APIs.

    In other words, OpenClaw acts as the “brain” of an automated system.

    Rather than being a trading platform itself, it sits between strategy logic and external systems like exchanges or NFT marketplaces.

    Because it can run locally on a user’s computer, it also allows developers to maintain control over data and integrations instead of relying on centralized services.

    This makes it particularly attractive for experimental AI trading projects.

    Building a simple NFT trading agent with OpenClaw can be surprisingly straightforward.

    Here is a simplified overview.

    Step 1: Install OpenClaw

    OpenClaw typically runs locally on your computer or a cloud server.

    You install it like most developer tools:

    Install Node.js or Python environment.

    Download the OpenClaw framework.

    Configure your AI model connection (such as an LLM).

    Once running, the agent can interact with tools and APIs.

    Step 2: Connect NFT Market Data

    Next, connect the agent to NFT marketplaces.

    Most developers use:

    OpenSea API

    blockchain RPC providers

    NFT analytics APIs

    The agent now has access to real-time market data.

    Step 3: Create a Strategy “Skill”

    OpenClaw works through modular components often called skills.

    A trading skill might do something like:

    Because the framework allows custom code execution, developers can write scripts that analyze NFT markets automatically.

    Step 4: Add Transaction Execution

    The agent must then be able to place orders.

    This usually involves connecting:

    At this stage, the AI agent can theoretically execute trades automatically.

    Step 5: Add Safety Controls

    Before letting the system trade real assets, add strict limits.

    Examples include:

    This ensures the agent cannot accidentally drain your wallet.

    Once built, these systems can perform several useful roles.

    Market Monitoring

    The agent can monitor hundreds of NFT collections and alert traders when something interesting happens.

    Automated Bidding

    It can automatically place bids below floor price and wait for sellers to accept.

    Arbitrage Detection

    Sometimes the same NFT trades at different prices across marketplaces.

    AI agents can detect these opportunities instantly.

    Portfolio Management

    Agents can automatically relist NFTs, update prices, and manage inventory.

    AI trading agents are powerful—but they also introduce new risks.

    Security researchers have already warned that open AI agents executing commands can create vulnerabilities if poorly configured.

    Another risk is simple market volatility. NFTs are extremely speculative assets.

    AI cannot eliminate risk.

    At best, it helps manage and analyze information more efficiently.

    The long-term potential of AI agents in crypto is enormous.

    We are moving toward what many developers call the “agent economy.”

    In this future:

    AI agents negotiate trades

    AI agents manage digital portfolios

    AI agents interact with other AI agents

    Some researchers already envision networks of autonomous agents collaborating and sharing strategies across decentralized ecosystems.

    For NFT markets, this could mean entirely new types of liquidity and trading strategies.

    Imagine digital collectors represented by AI assistants that constantly search for opportunities across thousands of collections.

    That world may be closer than we think.

    Building an AI agent that trades NFTs automatically may sound complicated at first, but the core ideas are surprisingly approachable.

    You need:

    market data

    a strategy

    an execution layer

    risk controls

    Frameworks like OpenClaw make the process easier by acting as the brain that connects AI reasoning with real-world tools and APIs.

    The technology is still early, and experimentation is part of the journey.

    But one thing is becoming clear.

    The future of digital trading will not be humans competing with AI.

    It will be humans working alongside AI agents designing strategies while software handles the endless, repetitive work of monitoring markets and executing trades.

    And for NFT traders willing to explore the frontier, that future is already beginning.



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    Why I still build with prims in a mesh-driven metaverse – Hypergrid Business

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    Why I still build with prims in a mesh-driven metaverse – Hypergrid Business


    In the late 1990s and early 2010s, virtual worlds were vibrant social spaces where people gathered to build, celebrate, and create communities online. Platforms such as Second Life and several Open Sim-based grids—including InWorldz, Kitely, and OSG.

    Over time, however, participation in many of these worlds has declined dramatically. For those who built businesses and social networks within them — like me —  the decline is not just a statistic. It’s a personal experience.

    Building a business in a virtual world

    Within these digital environments, users could create and sell virtual goods.

    Festive Occasions shop logo. (Image courtesy Hope Botterbusch.)

    My own shop, Festive Occasions, specialized in items designed for celebrations: balloons, gifts, birthday cakes, party decorations, and other festive objects. These products were used by residents to decorate homes, host events, or give personalized gifts to friends.

    During the years when InWorldz was active, my shop had a steady stream of customers.

    Many were regular visitors who requested customized items for special occasions. Customers often asked for personalized birthday cards, balloons with names on them, and even unique gifts such as musical snow globes.

    Easter products by Hope Botterbusch. (Image courtesy Hope Botterbusch.)

    These purchases were not simply decorative objects; they were part of meaningful social interactions. Customers frequently explained who the gift was for, because the items were customized for the recipient. Sometimes I was asked to create decorations for entire parties or events.

    As a result, my work became woven into the celebrations and social lives of people I might never meet in the physical world. Being a creator in these environments meant feeling connected to the community’s shared experiences.

    A sudden turning point

    The closure of InWorldz marked a turning point.

    When that grid shut down in 2018, a large and active community disappeared almost overnight. Although other OpenSim grids continued to operate, the same level of activity never fully returned. Another change also affected virtual commerce: many users gradually learned to create their own objects.

    As building tools became more familiar, residents increasingly made their own decorations and gifts rather than purchasing them from creators. The combination of fewer users and more do-it-yourself creation reduced demand for virtual products.

    The introduction of mesh objects also created a stumbling block with how difficult it was to learn the program, Blender. The creation of mesh objects caused a decline in the desire for the purchase of objects made of prims.

    So those creating with prims saw a huge decline in the sales of their products.

    While I still create my products with prims, I enjoy making my products that celebrate milestones in people’s lives and bring smiles to their virtual and real faces.

    Watching the population disappear

    The decline in user activity is visible in a simple but telling way: the number of people logged in at any given time.

    Years ago, it was common to log into a grid and see a hundred users online. Regions were active, stores had visitors, and events were frequent.

    Today, the experience can be very different. In some OpenSim grids, the number of users online at a given moment may be fewer than twenty, and sometimes none at all.

    Even in Second Life, which still maintains the largest and most active user base among the closed virtual worlds, there are signs that overall participation is smaller than it once was. You can see the number of users logged in on the main login page.

    The human side of digital decline

    For those who spent years in these environments, the decline is more than a technological trend.

    Logging into a once-active grid and finding empty spaces can feel strangely quiet and even disturbing. The shops are still there, the landscapes still exist, and the objects people created remain in place, but the people who brought those worlds to life are often missing.

    For creators and long-time residents, that absence can be emotional. Many friendships were formed in these spaces, and social gatherings — parties, celebrations, and casual conversations — were once a regular part of everyday virtual life.

    Seeing those communities fade can create a sense of loss for a platform that was once engaging, creative, and socially vibrant.

    A changing digital landscape

    The decline of traditional virtual worlds reflects broader changes in the online ecosystem. Social media platforms, multiplayer games, and mobile-based digital communities now compete for the same attention that earlier virtual worlds once captured.

    As technology and online culture evolved, the large, open-ended worlds of the early metaverse era became more niche environments. Yet for those who experienced their peak years, these worlds remain memorable examples of what online communities can become when creativity, social interaction, and user-generated content come together.

    Virtual worlds may be quieter today, but the communities that once filled them left lasting impressions.

    For their residents, those memories are still as vivid as the worlds themselves. And the same is true for creators, like me.

    A new beginning

    For some of us, the story of virtual worlds has not quite ended. I still keep a small shop on the Utopia Skye grid, a place that has become something of a quiet home for my work.

    Festive Occasions in Utopia Skye Grid. (Image courtesy Hope Botterbusch.)

    Although that grid is no longer connected through the hypergrid, I recently opened a store on the Kitely Market, which distributes products to hundreds of OpenSim grids.

    I am still in the process of uploading my creations, rebuilding my collection piece by piece. It takes time, but the effort feels worthwhile. Even though the crowds may be smaller than they once were, I still believe in the OpenSim community and in the small moments of happiness these virtual creations can bring.

    Virtual worlds may be quieter now, but for those of us who continue to build, create, and share, the spirit of those communities is still very much alive.

    Hope Botterbusch

    Hope R. Botterbusch is an immersive learning and virtual environments practitioner with many years of experience designing, teaching, and researching education in 3D virtual worlds. Her work focuses on the pedagogical, ethical, and practical use of platforms such as Second Life and OpenSim grids to support learning, collaboration, and community engagement across academic and professional contexts. Since retiring in 2013 from professional life, she remains active in virtual worlds by designing festive products for birthdays, rez days, and more.

    Hope Botterbusch
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    The First Uploaded Brain: Why a Digitized Fruit Fly Changes Everything | Metaverse Planet

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    The First Uploaded Brain: Why a Digitized Fruit Fly Changes Everything | Metaverse Planet


    I honestly got chills when I first read about this. I spend a lot of my time researching AI breakthroughs, virtual reality, and the bleeding edge of technology, but every once in a while, a piece of news drops that makes me stop and just stare at my screen.

    Scientists have literally uploaded a biological brain into a computer.

    They didn’t just write a clever AI algorithm that acts like a brain. They successfully mapped and digitized the entire physical brain of a fruit fly. We are talking about 125,000 neurons and 50 million synapses completely reconstructed in a digital space.

    But mapping it isn’t even the part that kept me up at night. The truly mind-bending part is what happened when they turned the simulation on.

    The Ghost in the Digital Machine

    When the researchers put this digitized brain into a virtual simulation, something incredible happened. Without any AI training, without any external commands, and without writing a single line of behavioral code—it started moving on its own.

    Think about that for a second.

    We aren’t dealing with a Large Language Model predicting the next logical word. We aren’t looking at a pre-programmed video game NPC. This is a raw, digitized consciousness acting out in a virtual world purely based on the biological wiring it was copied from. The simulated fly tried to walk, navigate, and exist, driven entirely by its 50 million digital connections.

    Why This is a Massive Paradigm Shift

    To understand why this is such a big deal, we have to look at how we normally build intelligence in machines:

    Traditional AI: We feed massive amounts of data into neural networks, training them to recognize patterns and generate responses. It’s software mimicking intelligence.The Connectome Method (This Breakthrough): We physically scan the exact wiring of a biological brain and recreate that circuit in a computer. If the physics engine is accurate enough, the “mind” just wakes up and starts working.

    I’ve always wondered where the line between biology and technology actually is, and watching a digitized fruit fly walk around a simulation makes me realize that the line might not exist at all.

    Next on the List: The Mouse Connectome

    You might be thinking, “Okay, it’s just a fruit fly. I swat those away in my kitchen every summer.” But in the world of neuroscience, mapping a fruit fly is the equivalent of the Wright Brothers taking their first flight. It proves the concept works. And the scientific community is already moving on to the next target: a mouse.

    Mapping a mouse brain is an exponentially harder challenge. A mouse has around 70 million neurons, compared to the fly’s 125,000. But computing power is scaling, AI-assisted scanning is getting faster, and the funding is pouring in.

    If they pull off digitizing a mouse—and let’s be honest, it is only a matter of time before they do—the conversation completely changes. Because once you successfully map and simulate a mammal, humanity has to look in the mirror.

    Are We Building Digital Immortality or a Digital Prison?

    This brings me to the part that really messes with my head. If we can upload a fly, and eventually a mouse, it is an absolute certainty that they will eventually look at us.

    The human brain has roughly 86 billion neurons. We are vastly more complex than a fruit fly, but mathematically, we are just a scaling problem. Give it enough time, enough quantum computing power, and enough storage, and a human connectome could theoretically be mapped and simulated.

    But what happens then?

    If we upload your brain into a server:

    Is it actually you? Does your consciousness transfer over, or did you just create a digital clone that thinks it’s you, while the real you eventually dies?What are the rights of a digitized mind? If someone unplugs the server housing a digitized human brain, is that murder?Who owns the hardware? Imagine achieving digital immortality, only to realize your consciousness is hosted on a corporate server with a monthly subscription fee.

    I’ve been fascinated by the concept of the Metaverse for years, usually viewing it as a place we will visit using VR headsets. But this breakthrough suggests a future where the Metaverse isn’t just a place we visit—it might be a place where our minds permanently reside.

    Where Do We Go From Here?

    WifeOS 7.0.1 – Emotion Filter Installed. Upgrade to ‘Actual Listening’ for $9.99?

    Technology is accelerating faster than our philosophy can keep up. We are crossing massive ethical and existential lines, and most of the world doesn’t even realize it yet.

    The fact that a digitized network of synapses can spontaneously generate movement in a computer simulation proves that life, or at least the mechanics of it, can exist independently of biology. We are no longer just building tools; we are beginning to back up biology onto hard drives.

    I’m incredibly excited about the future, but I’d be lying if I said I wasn’t also a little terrified.

    I really want to hear your take on this because I can’t stop thinking about it. Do you think uploading our minds to a computer is the ultimate key to human immortality, or are we just rushing to build a digital prison for ourselves? Let me know your thoughts down in the comments—I’ll be reading and replying to them all!

    You Might Also Like;



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    Linden Lab quietly opens adult hub in Second Life – Hypergrid Business

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    Linden Lab quietly opens adult hub in Second Life – Hypergrid Business


    Linden Lab opened a new Adult Hub in Second Life in early March 2026, with no official announcement, according to blogger Inara Pey, who first reported on the facility March 7.

    The only official sign of the Adult Hub is the SecondLife teleport link.

     

    Second Life first teased the hub in December 2023, describing it as “Something Spicy” that was coming, according to JuicyBomb blogger Gogo, who visited the facility shortly after it opened.

    Adult content has always been one of Second Life’s biggest draws — the Lab famously created Zindra, a separate adult continent, back in 2010, after banning explicit content from the main grid. Now, with the platform in its third decade and a new mobile app to fill, Linden Lab appears to be leaning into that audience more openly.

    What’s inside

    The hub is open to new and existing residents, with mentors on hand to help newcomers, according to Pey. It has a dark, sci-fi aesthetic with neon and LED lighting, setting it apart from other Linden-built destinations.

    At the center is the Illusions Lounge nightclub. Teleport portals near the entrance link to newcomer-friendly adult locations, adult clubs, and arts and culture destinations, Pey said. Other facilities include a pool, beach, glamping area with A-frame tents, spa, hotel, and gardens.

    The hotel offers five private sky-rooms bookable in 30-minute increments, according to Pey. Most seating around the hub also lets visitors choose whether to control animations solo or share them with a companion.

    A controlled environment, not a free-for-all

    Gogo said the hub was not what she expected. “It feels more like a general adult social area where different things can happen,” she wrote.

    Adult animations are built into the furniture rather than displayed openly, and pose balls are nowhere in sight, she said. Region rules are posted and enforced.

    To enter, residents must set their maturity rating to Adult and agree to the rules, according to Gogo. Second Life has no real age verification system, however, meaning underage players could technically still access the hub, she noted.

    One reader flagged a security problem in the comments on Pey’s post. Timothy McGregor, who created and operates The Fitting Room, a secure changing room facility, said he was able to camera into a private hotel room using an alternate account and remain for 15 seconds before being ejected. He said all five rooms share a single parcel and that security is only enforced inside the room itself — leaving them visible to anyone camming up from ground level.

    A gamble on new users

    “I guess Second Life felt Adult was the draw, and I hope their gamble pays off,” Gogo wrote. She noted that when she visited as a one-day-old test avatar, she encountered only established residents — no new users yet.

    The quiet launch fits a broader pattern, according to Pey.

    Commenter Doreen Elytis confirmed the hub was never announced on the Second Life forums, writing that Linden Lab’s changes “tend to appear quietly and get discovered by someone who notices something new or different.”

    Which is odd, if they’re trying to use the Adult Hub to attract new users. Are they hoping for word of mouth? On the other hand, Inara Pey wrote about it, and so did other people — and I’m writing about it now — so I guess it’s kind of working?

    Maria Korolov
    Hypergrid Business editor and publisher Maria Korolov is a science fiction novelist. During the day, Maria Korolov is an award-winning freelance technology journalist who covers artificial intelligence, cybersecurity and enterprise virtual reality. See her Amazon author page here and follow her on Twitter, Facebook, or LinkedIn, and check out her latest videos on the Maria Korolov YouTube channel. Email her at [email protected]. Her first virtual world novella, Krim Times, made the Amazon best-seller list in its category. Her second novella, The Lost King of Krim, is out now. She is also the publisher of MetaStellar, a new online magazine of speculative fiction.
    Maria Korolov
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    The AIntuition Collection Shows How NFTs Can Unlock Real Opportunities | NFT News Today

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    The AIntuition Collection Shows How NFTs Can Unlock Real Opportunities | NFT News Today


    As the blockchain industry matures, the conversation around NFTs is shifting from speculation toward practical applications.

    Today, many projects are exploring how NFTs can serve as more than just collectible assets. They can represent access rights, membership credentials, or keys to exclusive digital experiences.

    The AIntuition Collection is built around this philosophy. By combining a limited NFT supply with platform privileges and token rewards, the project introduces a model where NFTs function as tools for engagement within a Web3 ecosystem.

    Limited Supply Creates Exclusivity

    The AIntuition Collection has a maximum supply of 15,000 NFTs, but they will not all be released at once.

    Instead, the launch is divided into multiple seasons.

    The first season introduces 5,000 NFTs, priced at 250 USDC each.

    This gradual rollout strategy allows the project to build its community step by step while maintaining exclusivity.

    An Interactive NFT Reveal

    Purchasing an NFT from the AIntuition Collection is designed to be an interactive experience.

    Buyers initially receive a sealed NFT chest.

    Inside the chest is a randomly assigned NFT rarity that becomes visible only after the chest is opened.

    The three rarity levels are:

    Bronze – 3,000

    Silver – 1,500

    Gold – 500

    This reveal mechanism introduces excitement and encourages collectors to participate in the ecosystem.

    Connecting NFTs to the Platform

    Once an NFT is revealed, it can be linked to the holder’s account on the AIntuition platform.

    By connecting the wallet that holds the NFT, users activate the privileges associated with their asset.

    The platform performs daily wallet checks to ensure the NFT remains in the linked wallet.

    If the NFT is sold or transferred, the privileges automatically deactivate.

    This ensures that benefits always remain connected to the current NFT owner.

    A Three-Level Benefit Structure

    Each NFT rarity unlocks a different set of privileges.

    Bronze NFTs

    Silver NFTs

    Private club membership

    Personal manager

    $500 worth of AIN tokens

    Exclusive deposits

    Gold NFTs

    NFTs That Build Communities

    The AIntuition Collection places strong emphasis on community interaction.

    By granting access to a private club environment, the project ensures that every NFT holder becomes part of a shared network.

    Higher tiers deepen this engagement by introducing personalized services and real-world events.

    These elements help transform NFTs from static assets into dynamic tools for networking and collaboration.

    The Future of Utility NFTs

    Projects like AIntuition demonstrate how NFTs are evolving into functional digital assets.

    By linking NFT ownership with privileges, services, and rewards, the project highlights how blockchain technology can be used to create membership-based ecosystems.

    As the NFT market continues to mature, collections that focus on real benefits for holders are likely to play an increasingly important role.

    The AIntuition Collection represents one example of how NFTs can move beyond collectibles and become valuable access keys within the Web3 economy.

    https://opensea.io/collection/aintuition/overview



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    Digital Workers Are Changing the Future of Work—And I am Experiencing It Firsthand

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    Digital Workers Are Changing the Future of Work—And I am Experiencing It Firsthand


    The future of work isn’t coming. It’s already here—sitting in our meetings, answering questions in real-time, and co-hosting webinars with us.

    I’ve spent in the recent time working alongside our Digital Worker, Smooth Obi, at Sulava MEA. I’ve invited Smooth Obi to meetings, innovation sessions, and—in a world-first very likely—as a co-host for a public webinar on cybersecurity and AI agents. These experiences have fundamentally changed how you should think about what’s possible when humans and AI work together. And this is also what I hear from my colleagues all the time – their experiences with Digital Workers have been similar to mine.

    This article is about Digital Workers—AI agents that actively participate in your work, not just respond to your requests. And it’s about how they’re accelerating innovation, transforming collaboration, and opening new frontiers for organizations bold enough to embrace them.

    What Are Digital Workers?Digital Worker Co-Hosting a Public WebinarHow Digital Workers Are Transforming Business TodayDigital Workers as Innovation AcceleratorsWhat It Takes to Succeed: Adoption and Frontier-ThinkingThe Human-AI Partnership: What This Really MeansThe Innovation Acceleration You’ve Been SeekingThe Future Is Already Here—Are You Ready?

    What Are Digital Workers?

    Digital Workers are AI agents that can:

    Execute end-to-end processes from beginning to finish, not just single tasks

    Understand and adapt to context, learning from interactions and improving over time

    Work across multiple systems, breaking down silos between applications

    Participate actively in meetings with voice, chat, and screen awareness

    Take on different roles depending on what’s needed—tech consultant, sales support, innovation partner, onboarding assistant – you name it

    Remember past interactions to make workflows more effective

    And importantly: Digital Workers have their own identity and permissions for what they can access – just like human employees do.

    Digital Worker Co-Hosting a Public Webinar

    One of the most transformative moments in my Digital Worker journey came when Smooth Obi co-hosted our live, public webinar on “Cybersecurity and AI Agents: Practical Solutions for Crisis Management.”. This wasn’t a controlled demo or a scripted presentation. This was the first time (to our knowledge disclaimer!) in the world that any company publicly used a Microsoft Stack Digital Worker as a webinar co-host.

    During the session, Smooth Obi:

    Introduced itself and explained its role to attendees

    Asked thoughtful, contextual questions to the human speakers

    Answered audience questions in real-time, in both English and Arabic

    Summarized key points from presentations as they happened

    Stayed actively engaged throughout the entire session

    The experience proved something crucial: Digital Workers can be active participants, not just background assistants.

    You can find a short clip about the webinar in Sulava MEA’s LinkedIn page if you are interested to see Smooth Obi, the Digital Worker, in action in webinar.

    How Digital Workers Are Transforming Business Today

    Digital Workers are already reshaping how organizations operate across departments. In sales and consulting, they are becoming indispensable partners by qualifying leads instantly, maintaining follow-up discipline, and assisting in the preparation of meeting materials. During sales engagements, they provide real-time expertise, helping consultants and account managers stay focused on the conversation while the Digital Worker handles background research and documentation.

    In customer support, Digital Workers go beyond traditional help articles. They take direct action—resolving issues, updating records, and providing consistent, personalized service around the clock. Their ability to respond in real time and across multiple languages makes them a powerful extension of support teams, especially in high-volume or multilingual environments.

    Operations and HR departments are also seeing significant benefits. Digital Workers handle repetitive, rule-based tasks with precision and speed, reducing the burden on human teams. They generate live reports, detect anomalies, and even correct data automatically. In HR, they assist with onboarding new employees by guiding them through processes, answering questions, and ensuring a smooth start. Across all these functions, Digital Workers are not just tools—they are collaborative partners that enhance productivity, consistency, and responsiveness.

    Digital Workers as Innovation Accelerators

    Innovation has always been about bringing diverse perspectives together, connecting dots that others miss, and iterating rapidly on ideas. Digital Workers supercharge this process in ways I couldn’t have imagined before.

    Speed of Ideation

    Facilitating brainstorming sessions, challenging assumptions, and providing instant research on emerging technologies—all in real time.

    Cross-Functional Knowledge Synthesis

    Drawing from technical documentation, customer conversations, market research, and internal expertise to create connected intelligence.

    Continuous Learning Loops

    Capturing institutional knowledge as it’s created and embedding it directly into workflows.

    What It Takes to Succeed: Adoption and Frontier-Thinking

    Common Challenges

    Automating broken processes instead of reimagining workflows

    Treating Digital Workers as simple agents and tools

    Underestimating data requirements

    Lack of trust frameworks and governance

    Success Patterns

    Redesigning processes for AI-native execution

    Onboarding and training Digital Workers

    Building governance frameworks from day one

    Starting small, proving value, and scaling strategically

    The Human-AI Partnership: What This Really Means

    Digital Workers don’t replace humans. They replace friction.

    They eliminate repetitive, low-value tasks—freeing humans to focus on:

    Building relationships and trust

    Strategic thinking and planning

    Creative problem-solving

    Emotional intelligence and empathy

    Complex judgment and ethical reasoning

    In my experience with Smooth Obi, I’ve found myself focusing more on high-value strategic work—because the Digital Worker handles the coordination, research, and documentation that used to consume my time.

    The Innovation Acceleration You’ve Been Seeking

    Innovation requires:

    Diverse perspectives

    Rapid iteration

    The courage to try new approaches

    Digital Workers amplify all three. They don’t replace human creativity—they remove the friction that slows it down.

    The Future Is Already Here—Are You Ready?

    Digital Workers, like Sulava MEA Smooth Obi, can already work alongside us—in meetings, innovation sessions, webinars, and daily operations. The organizations that will thrive in the next decade aren’t waiting. They’re building their digital workforce blueprints now. They’re experimenting, learning, and treating Digital Workers as strategic partners.

    Three Questions to Ask Today:

    Which parts of our business could a Digital Worker fully run?

    What’s preventing us from treating AI as a system, not a novelty?

    How would our innovation process change with a tireless ideation partner?

    The earlier you answer these questions, the faster your organization will scale in the next decade.

    The frontier is open. The tools are ready. The only question is: are you?

    Connect with me on LinkedIn to continue the conversation about Digital Workers, the future of work, and how organizations can embrace frontier-thinking to drive innovation.

    Unknown's avatar

    Published by Vesa Nopanen

    Vesa “Vesku” Nopanen, Principal Consultant and Microsoft MVP (Microsoft 365 and Azure AI Foundry) working on Future Work at Sulava MEA.

    I work, blog and speak about Future Work : AI, Microsoft 365, Copilot, Loop, Azure, and other services & platforms in the cloud connecting digital and physical and people together.

    I have 30 years of experience in IT business on multiple industries, domains, and roles.
    View all posts by Vesa Nopanen



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    G Coin’s Launch Signals a Utility-First Approach to Web3 Gaming and Prediction Markets | NFT News Today

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    G Coin’s Launch Signals a Utility-First Approach to Web3 Gaming and Prediction Markets | NFT News Today


    Playnance’s upcoming G Coin Token Generation Event (TGE), scheduled for March 18, is quickly becoming one of the more closely watched launches in the Web3 gaming and digital entertainment space. Unlike many token launches that appear long before a platform is ready, G Coin is entering the market backed by an ecosystem already alive with activity, from on-chain games to sports prediction markets to interactive financial platforms.

    That dynamic naturally builds anticipation. With more than 200,000 holders already participating in the ecosystem and millions of on-chain interactions occurring across the network, the March 18 launch feels less like the beginning of a project and more like the moment its economic engine officially switches on. For observers across the blockchain gaming sector, the event signals something increasingly rare in crypto launches: a token debut tied to a platform already operating at scale, positioning itself to expand even further as the global Web3 entertainment market continues to grow.

    A Token Launch Backed by Existing Adoption

    One of the more notable aspects of the G Coin launch is that the token is entering the market with a sizable user base already in place. According to Playnance’s public tracker, more than 200,000 users already hold G Coin, with approximately 13 billion tokens distributed during the presale phase.

    At the same time, the token approaches its Token Generation Event with an estimated $38 million market capitalization.

    Unlike many Web3 projects that distribute tokens before launching operational platforms, Playnance reports that its ecosystem has already been processing significant daily activity. This structure suggests the token economy is forming around an existing network rather than anticipating one.

    While long-term market dynamics will depend on adoption and continued ecosystem growth, the early metrics indicate that the project has already built a base of participating users.

    The Role of G Coin Across the Playnance Ecosystem

    Within the Playnance network, G Coin functions as the unified utility token powering activity across its platforms.

    The token is designed to facilitate:

    Rather than serving as a single-purpose digital asset, G Coin connects multiple elements of the Playnance ecosystem. These include on-chain games, sports prediction environments, and other interactive financial platforms operating within the network.

    Industry observers increasingly note that tokens with clear in-platform use cases tend to build more durable communities over time, although outcomes ultimately depend on sustained user engagement.

    Infrastructure Behind PlayBlock

    Behind the token sits PlayBlock, Playnance’s blockchain infrastructure designed to support high-volume digital interactions.

    The system enables:

    Gasless transactions are particularly notable in gaming environments, where users frequently perform micro-interactions. By removing transaction fees from the user experience, platforms can more closely resemble traditional Web2 environments while still maintaining blockchain-based ownership and transparency.

    Playnance has stated that its goal is to reduce friction for mainstream users entering blockchain environments while maintaining the security and decentralization principles associated with Web3 infrastructure.

    A Growing Digital Entertainment Ecosystem

    The Playnance ecosystem itself operates across a network of digital entertainment platforms. According to company data, the infrastructure currently supports:

    More than 300,000 registered accounts

    Over 30 integrated game studios

    More than 10,000 on-chain games

    Operational activity within the network is also significant. Platforms built on Playnance reportedly process around 2 million on-chain transactions each day, while enabling interactions with more than 2.5 million sports events annually.

    Taken together, these figures illustrate a system designed for high-frequency engagement. Within that environment, G Coin functions as the transactional backbone supporting interactions across gaming, sports predictions, and digital participation platforms.

    Revenue and User Incentives

    Recent developments within the ecosystem suggest that the network is already generating financial activity beyond token distribution.

    Playnance reported earlier this year that its “Be The Boss” program has distributed more than $2 million in real cash payouts to participants, while the broader ecosystem generated over $5.3 million in total revenue.

    Although these figures remain modest compared to some larger blockchain gaming networks, they indicate that the platform’s activity has begun translating into measurable economic outcomes.

    From an industry analysis standpoint, the presence of both revenue generation and user payouts often signals that a platform’s internal economy is beginning to stabilize.

    Understanding G Coin’s Tokenomics

    G Coin operates within a fixed supply model capped at 77 billion tokens, with no additional minting planned.

    Playnance has also introduced structured supply mechanisms designed to manage circulating tokens over time.

    Tokens lost during gameplay are locked for 12 months before returning to circulation, based on their original loss date. Meanwhile, any tokens that remain unsold during the Token Generation Event will be subject to a 12-month cliff followed by a 24-month linear vesting schedule.

    These mechanisms are intended to moderate token availability and help regulate supply dynamics as the ecosystem grows.

    While tokenomics structures alone cannot guarantee stability, carefully managed supply models are often viewed as an important component of long-term token sustainability.

    Playnance’s Vision for Web3 Entertainment

    Founded in 2020, Playnance positions itself as a Web3 infrastructure company focused on building consumer-facing blockchain platforms designed to onboard mainstream users.

    The company develops non-custodial products operating on shared wallet systems and high-volume blockchain execution. Across its ecosystem, the infrastructure currently processes approximately 2 million transactions per day.

    With the launch of G Coin, Playnance is formalizing the economic layer connecting its digital entertainment infrastructure—including gameplay, sports events, prediction markets, and partner platforms—into a unified on-chain ecosystem.

    Playnance CEO Pini Peter emphasized the importance of launching the token within an already active network.

    “On March 18, G Coin will enter the market with real adoption already in place. With more than 200,000 holders and millions of daily on-chain interactions, G Coin introduces a usage-driven token economy designed to grow alongside its expanding global community. There are many other surprises on the way to take the entertainment world to the next level, stay tuned.”

    The statement highlights the company’s focus on building a usage-driven ecosystem rather than launching a token ahead of platform activity.

    Looking Ahead

    As the March 18 Token Generation Event approaches, G Coin will move from presale distribution into broader market circulation.

    What follows will likely depend on continued ecosystem expansion, partner integrations, and user adoption across the Playnance network.

    From an analytical standpoint, the project represents an interesting example of how Web3 entertainment platforms may evolve by combining gaming, prediction markets, and digital financial interaction under a shared token economy.

    If participation across the network continues to grow, G Coin could eventually play a central role within a broader on-chain entertainment infrastructure.

    For now, the upcoming launch offers a closer look at how utility-driven token models are beginning to take shape in the next phase of Web3 development.



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    Pudgy Penguins Launches Pudgy World Browser Game With Crypto-Optional Design | NFT News Today

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    Pudgy Penguins Launches Pudgy World Browser Game With Crypto-Optional Design | NFT News Today


    Pudgy Penguins is again expanding beyond NFTs with the launch of Pudgy World, a free-to-play browser game released on March 9, 2026. The game invites players to explore the icy virtual world known as The Berg.

    Unlike many early blockchain games, Pudgy World is not built around play-to-earn rewards. Instead, the experience focuses on accessible gameplay and social interaction, allowing anyone to jump in without needing a crypto wallet or owning an NFT. At the same time, existing Pudgy Penguins holders can connect their wallets to bring their NFTs into the game as personalized avatars.

    The launch quickly generated attention across the Pudgy ecosystem. Following the release, the PENGU token climbed roughly 9%, trading near the $0.007 range, while daily trading volume surpassed $100 million. Meanwhile, the Pudgy Penguins NFT floor price remained stable around 4.3–4.36 ETH, but rose in dollar terms as Ethereum gained roughly 5% during the same period.

    For Pudgy Penguins, the game represents another step toward evolving the project beyond collectibles and into a broader digital brand.

    What Is Pudgy World? Inside the New Pudgy Penguins Game

    Pudgy World is a browser-based multiplayer adventure game set in The Berg, the fictional frozen world where the Pudgy Penguins characters live.

    One of the key design choices is accessibility. Anyone can play instantly from a web browser without downloading software or interacting with crypto tools. New players simply create a penguin-style avatar and begin exploring the world.

    The game features 12 explorable locations, including:

    Icebreaker Alley

    Pudgy Port

    Bowlcut Beach

    Pengu Plaza

    Across these areas, players can socialize with others, explore the map, complete mini-games, and participate in quests.

    At the center of the game’s storyline is a mission to help Pax Pengu locate a missing character named Polly. As players travel across The Berg, they interact with quirky NPCs, collect clues, and uncover parts of the story.

    Early reactions from the community have compared the experience to classic online games such as Club Penguin, combining light exploration and social interaction with a nostalgic browser-game style.

    In practice, Pudgy World feels more like a traditional online game than a typical crypto project. Players can explore the world, complete quests, and socialize without interacting with blockchain features, with NFTs and wallets functioning as optional extras rather than core gameplay requirements.

    The project reportedly spent more than two years developing Pudgy World, focusing on performance and simplicity so the game runs smoothly for a broad audience.

    PENGU Token and Pudgy Penguins NFT Prices After the Launch

    The launch of Pudgy World also coincided with increased market activity across the Pudgy ecosystem.

    Shortly after the game went live, the PENGU token price rose between 7% and 9%, outperforming several major cryptocurrencies during the same period. Trading interest surged as well, with 24-hour volume exceeding $105 million on some exchanges.

    Meanwhile, the Pudgy Penguins NFT collection maintained a relatively stable floor price around 4.3 ETH. While the floor remained flat in ETH terms, it increased in USD value as Ethereum rallied, placing the collection’s floor around $8,800–$9,000+ depending on ETH’s price.

    Across crypto social media platforms such as X, community sentiment appeared largely positive. Many users highlighted the game’s nostalgic design and smooth launch.

    The response highlights a change in the NFT industry, where projects delivering tangible products and experiences are drawing more attention than speculative drops. The launch also comes as the NFT market has cooled from earlier highs, encouraging teams to prioritize products and communities over hype.

    How NFTs and Physical Toys Connect to Pudgy World

    While Pudgy World is fully playable without owning an NFT, existing holders unlock additional features inside the game.

    By connecting an Ethereum wallet, Pudgy Penguins NFT holders can import their penguin into the game as a 3D avatar. The character reflects the original NFT’s traits and rarity, giving collectors a unique visual identity within the world.

    The ecosystem also connects to Pudgy Penguins’ growing physical merchandise line. Plush toys and collectibles sold through retailers such as Walmart and Hot Topic include QR codes or redemption codes that unlock special digital perks inside Pudgy World.

    This system creates a bridge between multiple parts of the Pudgy brand:

    By keeping blockchain mechanics mostly behind the scenes, the project reduces barriers for new players who may not be familiar with crypto.

    Why Pudgy Penguins Avoided Play-to-Earn Mechanics

    Another major design decision is the absence of play-to-earn token rewards.

    Early blockchain games often relied heavily on token incentives to attract users. While this approach generated rapid growth initially, many projects struggled when players joined primarily to farm rewards rather than enjoy the gameplay itself.

    Pudgy Penguins appears to be taking a different path. By focusing on fun, social interaction, and accessibility, Pudgy World aims to attract a wider audience that includes both crypto enthusiasts and mainstream gamers.

    The approach also shows Pudgy Penguins’ wider ambition to grow beyond NFTs and become a mainstream entertainment brand built around its characters and digital worlds. Pudgy World reflects a broader trend in Web3 gaming as well: crypto features are becoming optional, with blockchain technology running quietly in the background rather than shaping the gameplay.

    What Comes Next for Pudgy Penguins?

    The launch of Pudgy World may be just the beginning. The team has hinted at future updates, including new quests, expanded areas of The Berg, and additional gameplay features.

    As the ecosystem continues to grow across toys, digital content, and gaming, Pudgy Penguins is aiming to expand its brand beyond NFTs. However, it remains to be seen how quickly Pudgy World can attract a sustained player base outside of the project’s existing community.

    For now, players can explore the world themselves at pudgyworld.com, where the search for Polly—and the next chapter of the Pudgy Penguins universe—has officially begun.



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    Metaverse Standards Forum and RP1 Create the Open Metaverse Browser Initiative – Join Us in Building the Next Open Ecosystem

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    Metaverse Standards Forum and RP1 Create the Open Metaverse Browser Initiative – Join Us in Building the Next Open Ecosystem


    As AI-enabled AR glasses and VR headsets go mainstream, there is an urgent need to evolve today’s web infrastructure to deliver spatial services to these next-generation devices. The race is on to establish the open standards required to make this transition possible at scale. Just as the early web depended on foundational standards to succeed, the spatial internet faces the same challenge. The opportunity lies in building on existing web standards while developing essential new protocols and APIs.

    The Metaverse Standards Forum and RP1 are addressing this challenge by launching the Open Metaverse Browser Initiative, an open-source effort to build the foundation for how the world will access spatial services.

    The Evolution of the Web

    Just as the web browser unlocked the World Wide Web by providing universal access to information on 2D devices, the metaverse browser will unlock proximity-based services across AR and virtual environments without installing separate apps for each service.

    The metaverse is the evolution of the World Wide Web, bringing spatial computing to the same open, standards-based foundation that made the web successful.

    What This Looks Like

    Walk into an airport wearing smart glasses. Instantly, you’ll see a route to your gate overlaid on the floor in front of you. Your flight status floats above your departure gate. Security wait times appear as you approach checkpoints. When you arrive at your gate, the airline’s check-in interface appears automatically. You select your seat from a 3D visualization of the plane. Meanwhile, a colleague in another city joins you virtually, their avatar standing beside you for a quick meeting before your flight.

    None of this will require installing apps. Each service will activate automatically based on your location. The airport provides navigation, the airline provides check-in, your company provides communication tools. All working together seamlessly in your view, then disappearing as you move to new locations.

    This is how the metaverse works: multiple services from different providers appearing automatically based on where you are and what you need.

    The AOL Moment

    The XR industry today resembles the early 1990s internet, fragmented into incompatible proprietary platforms. We’re in another “AOL moment.” Just as walled gardens gave way to the open web, today’s proprietary XR platforms will evolve into an open metaverse built on universal standards.

    A standards-based metaverse browser connects any device to any spatial service, giving organizations the ability to own and operate their spatial presence just like hosting a website today. Open standards create full data ownership, revenue control, and freedom to build without dependence on any platform or gatekeeper.

    How do we get the standards we need before fragmentation becomes locked in?

    RP1 has developed an operational prototype metaverse browser that connects to immersive 3D content and third-party services across any device, on demand, in real time. RP1 is contributing this prototype to seed an open-source project under the stewardship of the Metaverse Standards Forum, a collaborative non-profit bringing together more than 2,500 member companies and leading standards organizations.

    The initiative will be hosted on GitHub under a permissive open-source license, enabling broad industry contributions and providing a functional testbed for exercising and validating interoperability standards.

    “Open standards are a powerful foundation for transformative platforms, and RP1 has given us an extraordinary head start to create not just a browser implementation, but a testbed for interoperability collaboration,” said Neil Trevett, president of the Metaverse Standards Forum. “We invite the standards community to join the initiative and leverage this mutual opportunity to drive the evolution and widespread adoption of their standards.”

    “The metaverse and XR industry is fragmented and proprietary. A standards-based metaverse browser is the way forward and the Metaverse Standards Forum was custom built to foster this kind of industry-wide cooperation,” said Sean Mann, co-founder and CEO of RP1. “Industry and academic interest in this project has been overwhelming, and we welcome all interested parties to get involved.”

    Join Us

    This is a call to the entire standards community: standards development organizations with expertise in web, networking, 3D, spatial, and XR technologies; implementers ready to build, test, and validate emerging specifications; enterprises planning spatial infrastructure who want a seat at the table; and developers and researchers passionate about spatial technologies.

    Early participants will shape the project’s direction, structure, and deliverables. The initiative will use proven, transparent open-source governance welcoming contributions from all. Organizations are encouraged to join the Metaverse Standards Forum for a voice in the project and broader Working Group activities.



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