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    On-Chain Programmable Vaults: The 2026 Shift Re-Architecting Fund Infrastructure | NFT News Today

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    On-Chain Programmable Vaults: The 2026 Shift Re-Architecting Fund Infrastructure | NFT News Today


    In early 2026, several major financial platforms signaled the same structural shift: asset management is moving on-chain.

    Bitwise launched a non-custodial stablecoin vault on Ethereum targeting yields of up to 6%. Kraken expanded its DeFi Earn products, offering yields as high as 8% through vault infrastructure. Fidelity began hiring product leaders focused specifically on tokenized funds and programmable investment strategies.

    Individually, these moves look incremental. Collectively, they point to something larger: programmable vaults are beginning to re-architect parts of traditional fund infrastructure — particularly in yield generation, treasury management, and digital asset allocation.

    Instead of relying on custodians, administrators, and manual portfolio operations, vaults execute investment strategies autonomously in code. They offer real-time transparency, lower operational overhead, and continuous yield generation — turning complex strategies into accessible digital products.

    What began as a crypto-native experiment is increasingly being integrated into institutional workflows.

    What Are On-Chain Programmable Vaults?

    Programmable vaults are smart contracts that pool user deposits and automatically deploy capital into yield-generating strategies.

    Here’s the basic mechanism:

    Users deposit assets (e.g., USDC)

    The vault allocates funds across lending markets, liquidity venues, or tokenized assets

    Yield accrues automatically

    Users can typically withdraw at any time, subject to available liquidity and strategy constraints

    In return, users receive tokenized vault shares representing proportional ownership

    Most modern vault shares are built on the ERC-4626 standard, which standardizes deposit and withdrawal mechanics and improves composability across wallets, aggregators, and exchanges.

    Unlike traditional funds:

    Assets remain non-custodial

    Positions are visible on-chain in real time

    Execution is automated via smart contracts

    Settlement is typically faster than traditional fund structures

    A $100,000 USDC deposit into a curated vault, for example, may be programmatically allocated across multiple lending markets, generating yield continuously without manual management.

    Vaults transform strategy execution into programmable infrastructure.

    Why 2026 May Be a Tipping Point

    Several forces are accelerating adoption.

    1. Institutional Integration Is Expanding

    Major platforms are embedding vault infrastructure into their product stacks.

    Kraken’s DeFi Earn leverages vault infrastructure to deliver automated yield strategies. Coinbase has integrated Morpho into its lending stack, with billions in collateral and significant stablecoin balances earning yield through vault-based mechanisms. Bitwise’s vault launch represents one of the first institutional asset managers offering a fully non-custodial on-chain yield strategy.

    Meanwhile, firms like Fidelity are building internal capabilities around tokenized investment products.

    The shift is no longer theoretical — it is operational.

    2. Infrastructure Has Reached Multi-Billion-Dollar Scale

    Vault protocols now operate at meaningful scale.

    Morpho’s lending infrastructure grew rapidly through 2025, reaching well into the multi-billion-dollar range in total deposits. Tokenized Treasury platforms such as Ondo Finance report roughly $2.5 billion in tokenized government securities products. Vault infrastructure providers collectively manage billions in stablecoin and digital asset strategies.

    This scale makes vaults increasingly relevant to institutional allocators, exchanges, and treasury managers.

    3. Stablecoin Growth Is Fueling Demand

    Global stablecoin supply has surpassed $300 billion, creating substantial pools of idle digital dollars.

    Vaults provide a programmable way to deploy these balances into lending markets, Treasury-backed products, and other yield strategies. Depending on market conditions and risk profiles, vault yields often range from mid-single digits to high-single digits.

    While yields fluctuate and risks differ from traditional money market funds, vault-based strategies are becoming increasingly competitive as cash-management alternatives for digital asset holders.

    How Vaults Compare to Traditional Funds

    Programmable vaults replicate certain operational functions of traditional funds — but automate them.

    Periodic reporting

    Real-time transparency

    Custodians hold assets

    Non-custodial smart contracts

    Manual portfolio execution

    Automated allocation logic

    Redemption windows

    Generally faster withdrawals (liquidity-dependent)

    Operational layers (admins, transfer agents)

    Reduced operational overhead

    The efficiency gains come from automation. Smart contracts reduce reliance on intermediaries and enable continuous execution.

    However, distribution channels, regulatory wrappers, and investor protections still resemble traditional finance in many cases. Vaults often handle strategy execution, while institutions provide packaging and compliance layers.

    Rather than replacing funds outright, vaults are re-architecting how fund strategies are built and delivered.

    Productizing Complex Investment Strategies

    One of the most significant breakthroughs is simplification.

    Vaults package sophisticated strategies into single deposit experiences. These can include:

    Multi-protocol lending optimization

    Treasury-backed yield exposure

    Institutional private credit

    Risk-isolated lending markets

    Users deposit capital; the strategy executes automatically within predefined parameters.

    For this reason, vaults are sometimes described as “ETFs for DeFi.” The comparison captures the simplicity — though vaults differ in structure, regulation, and risk profile.

    Strategy complexity is abstracted away. Execution becomes infrastructure.

    Risks and Structural Challenges

    Vaults introduce efficiencies — but not without risk.

    Smart Contract Risk

    Code vulnerabilities can lead to losses, as seen in past DeFi exploits.

    Oracle Risk

    Faulty or manipulated price feeds can affect allocation logic and liquidations.

    Liquidity Risk

    Withdrawals depend on available liquidity in underlying markets. During stressed conditions, slippage or delays may occur.

    Real-World Asset (RWA) Counterparty Risk

    Treasury-backed and private credit vaults rely on off-chain custodians, legal entities, and issuers.

    Governance and Curator Risk

    Many vaults rely on professional curators who define risk parameters and allocation logic. Governance decisions and parameter changes can materially affect outcomes.

    Security practices have improved significantly, including audits, isolated risk parameters, and professional oversight. But programmable infrastructure does not eliminate market or operational risk — it reshapes it.

    How to Evaluate a Vault Before Depositing

    For investors considering vault strategies, due diligence is critical.

    1. Strategy TransparencyWhat protocols are used? Is leverage involved? How diversified is exposure?

    2. Audit and Security HistoryHas the contract been audited? Are reports public? Is there an active bug bounty?

    3. Liquidity ProfileAre withdrawals immediate? Is there a queue mechanism? How did the vault perform during past volatility?

    4. Risk ConcentrationIs capital spread across multiple markets or concentrated in one protocol?

    5. Governance and Curator StructureWho controls parameters? How are changes implemented? What incentives align curators with depositors?

    6. Regulatory Structure (for RWAs)Who legally holds the underlying assets? What jurisdiction governs the structure?

    Vaults automate execution — but capital allocation decisions still require judgment.

    Conclusion: The Future of Asset Management Is Becoming Programmable

    Programmable vaults are reshaping how yield strategies are constructed and delivered.

    They automate operational processes traditionally handled by fund administrators, while offering:

    Real-time transparency

    Reduced operational overhead

    Continuous, programmable yield generation

    In 2026, vaults are no longer niche tools. They are emerging as foundational infrastructure for on-chain asset management — particularly for stablecoin yield, lending optimization, and tokenized real-world assets.

    The question is not whether vault infrastructure will grow.

    It is how quickly traditional fund wrappers, regulators, and institutional allocators adapt to programmable financial architecture.



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    The Great Metaverse Pivot: Why Horizon Worlds is Going Mobile | Metaverse Planet

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    The Great Metaverse Pivot: Why Horizon Worlds is Going Mobile | Metaverse Planet


    I still vividly remember watching Mark Zuckerberg’s massive keynote presentation a few years ago. He painted a picture of a future where we would all be living, working, and socializing in a fully immersive virtual reality. It was an incredibly ambitious “metaverse” dream. But fast forward to today, and that grand vision is getting a massive, and frankly, much-needed reality check.

    When I was digging into Meta’s latest strategic moves this morning, I realized they are making a huge U-turn. Horizon Worlds, the company’s flagship social VR platform, is officially declaring its independence from the Quest store. Instead of keeping its virtual doors locked behind an expensive headset, Meta is pivoting hard toward the device we all already have in our pockets: our mobile phones.

    Let’s break down why this is happening, what is going on behind the scenes at Reality Labs, and why I believe this is actually the smartest move Meta has made in a long time.

    Breaking Free from the Headset

    For the longest time, I felt that Meta was shooting itself in the foot by making Horizon Worlds a VR-exclusive experience. No matter how good the technology gets, convincing billions of people to buy a dedicated piece of hardware and strap it to their faces just to hang out with digital avatars was always going to be a massive friction point.

    Now, the strategy has completely shifted. By detaching Horizon Worlds from the exclusive Quest VR ecosystem, Meta is transforming it into a widely accessible social app. Here is why this mobile shift is a game-changer:

    Zero Barrier to Entry: You no longer need to invest hundreds of dollars into a Quest headset to see what the metaverse is all about.Following the Audience: Since the mobile version of the app quietly launched last year, it became instantly clear that there is a massive audience interested in social gaming who simply don’t care about VR hardware.The “Roblox” Approach: Meta is finally realizing that to compete with giants like Roblox or Fortnite, you need to be on the screens people already look at for hours every day.

    Company officials have made it clear that their primary focus for Horizon Worlds is now mobile. While they will still support the VR developer ecosystem, the days of forcing a VR-first social experience are over.

    The Harsh Truth Inside Reality Labs

    We can’t talk about this pivot without talking about the money. Meta’s mixed reality division, Reality Labs, has burned through roughly $80 billion in investments so far. When you lose that kind of capital, massive operational shake-ups are inevitable.

    Recently, we saw Meta lay off over a thousand employees. From the outside, the media was quick to declare that the metaverse was completely dead. But when I looked closer at who was actually let go, a very different picture emerged:

    What was cut: The layoffs heavily targeted the internal studios creating first-party VR games and virtual content. Meta is stepping back from trying to be a massive game developer.What was saved: The hardware teams, specifically those working on Augmented Reality (AR) and upcoming smart glasses, were left completely untouched.

    This isn’t the death of Meta’s hardware dreams; it’s a calculated restructuring.

    Why did Meta stop making its own VR games? Because the data told them to.

    I found a fascinating statistic in this report: 86% of the time users spend inside Meta’s VR headsets is spent on applications built by third-party developers, not Meta’s own software.

    When your community clearly prefers what independent creators are building, you get out of their way. Meta is shifting its role. Instead of trying to build the entire metaverse themselves, they are focusing on providing the playground. By opening up the platform and providing better tools for third-party developers, Meta can sit back and let the community drive the innovation.

    My Takeaway: From Virtual to Augmented

    The era of the all-encompassing, purely virtual “Metaverse” seems to be quietly fading into the background. But that doesn’t mean the technology is failing. It is just evolving into something much more practical.

    Meta is no longer trying to pull us into a completely fabricated digital world. Instead, their future investments are clearly pointing toward bringing digital elements into our world. Between the massive push for AI models, the undeniable success of the Ray-Ban Meta smart glasses, and this new mobile-first approach for Horizon Worlds, the strategy is finally grounded in reality.

    I am actually excited to try Horizon Worlds on my phone without having to clear out my living room to put on a headset. But I want to hear from you. Are you more likely to jump into a virtual social world if you can just download it as an app on your phone, or do you still believe the true magic only happens inside a VR headset? Let’s discuss it in the comments below!

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    Anthropic Releases Claude Code Security: An AI Tool For Scanning Codebases And Delivering Targeted Vulnerability Fixes

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    Anthropic Releases Claude Code Security: An AI Tool For Scanning Codebases And Delivering Targeted Vulnerability Fixes


    by
    Alisa Davidson

    Published: February 23, 2026 at 2:02 am Updated: February 23, 2026 at 2:02 am

    by Ana

    Edited and fact-checked:
    February 23, 2026 at 2:02 am

    In Brief

    Anthropic has introduced Claude Code Security, an AI‑driven system that identifies complex software vulnerabilities and recommends human‑reviewed fixes to strengthen defensive cybersecurity.

    Anthropic Releases Claude Code Security: An AI Tool For Scanning Codebases And Delivering Targeted Vulnerability Fixes

    AI safety and research company Anthropic announced that it has released Claude Code Security, a new capability built into Claude Code on the web, now available in a limited research preview. The tool is designed to scan software codebases for security vulnerabilities and propose targeted patches for human review, aiming to help teams identify issues that traditional methods often overlook.

    Security teams continue to face a widening gap between the volume of software vulnerabilities and the number of specialists available to address them. Conventional static analysis tools typically rely on rule‑based pattern matching, which can detect common problems but often fails to surface complex, context‑dependent flaws. These weaknesses frequently require expert human researchers, who are already contending with growing backlogs.

    Anthropic reports that recent internal testing has shown Claude capable of identifying novel, high‑severity vulnerabilities. The company acknowledges that such capabilities could be used by both defenders and attackers, and says Claude Code Security is intended to ensure these tools are deployed in support of defensive efforts. The preview is being offered to Enterprise and Team customers, with accelerated access for open‑source maintainers.

    Claude Code Security Uses Behavioral Reasoning To Uncover Complex Software Vulnerabilities

    Claude Code Security analyzes code by reasoning about program behavior rather than searching for predefined patterns. It examines how components interact, traces data flows, and highlights vulnerabilities that rule‑based tools may miss. Each finding undergoes a multi‑stage verification process in which Claude attempts to confirm or refute its own assessment, reducing false positives. Results are assigned severity ratings and delivered through a dashboard where analysts can review findings, inspect suggested patches, and approve fixes. The system provides confidence ratings for each issue, and no changes are applied without human authorization.

    The new capability builds on more than a year of research into Claude’s cybersecurity performance. Anthropic’s Frontier Red Team has tested the model in competitive Capture‑the‑Flag environments, collaborated with Pacific Northwest National Laboratory on AI‑assisted defense of critical infrastructure, and refined Claude’s ability to detect and patch real‑world vulnerabilities. Using Claude Opus 4.6, released earlier this month, the team identified more than 500 vulnerabilities in production open‑source codebases, including issues that had gone unnoticed for decades. Anthropic says it is currently working with maintainers on triage and responsible disclosure.

    The company describes this period as a pivotal moment for cybersecurity, anticipating that a large share of global code will soon be scanned by AI systems. While attackers are expected to use AI to accelerate vulnerability discovery, Anthropic argues that defenders who adopt similar tools can identify and patch weaknesses before they are exploited. Claude Code Security is positioned as part of a broader effort to raise security standards across the industry.

    Disclaimer

    In line with the Trust Project guidelines, please note that the information provided on this page is not intended to be and should not be interpreted as legal, tax, investment, financial, or any other form of advice. It is important to only invest what you can afford to lose and to seek independent financial advice if you have any doubts. For further information, we suggest referring to the terms and conditions as well as the help and support pages provided by the issuer or advertiser. MetaversePost is committed to accurate, unbiased reporting, but market conditions are subject to change without notice.

    About The Author

    Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.

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    Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.

    More articles





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    Vitalik Buterin Explains Why Crypto Security Can Never Be Perfect

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    Vitalik Buterin Explains Why Crypto Security Can Never Be Perfect


    Key Highlights

    Vitalik Buterin emphasizes the importance of aligning crypto systems with user intent.

    Redundancy and multiple verification layers reduce risk in transactions and smart contracts.

    Tools like LLMs and transaction simulations can help approximate intent, but perfect security is impossible.

    Ethereum co-founder Vitalik Buterin recently shared his thoughts on X about how security and user intent are connected in digital systems. He explained that security is not a separate feature but part of the broader goal of making the system behave according to what the user actually intends.

    Security and User Experience are Closely Linked

    Buterin said that both security and user experience can be seen as ways to make the system reflect the user’s intentions. Security, though, is especially concerned with rare situations where mistakes can have serious consequences, often caused by malicious actions.

    “Perfect security is impossible,” Buterin wrote, explaining that the difficulty isn’t because machines or people are flawed, but because user intent is complicated, and even users don’t fully understand or express it clearly.

    He illustrated this with a simple Ethereum transaction: a user may intend to “send 1 ETH to Bob,” but defining “Bob” mathematically—using a public key—does not guarantee it actually represents the intended recipient. Other factors, such as contentious chain forks, further complicate matters. In reality, the user relies on a sense of “common sense,” which cannot be fully captured by code.

    Complex Goals Make Security Harder

    Buterin explained that more intricate objectives, like preserving privacy, make security even harder. Encrypting messages protects content, but metadata such as communication patterns and timing can still leak sensitive information. 

    He pointed out that what constitutes a trivial versus catastrophic privacy loss is not always clear and depends on context.

    He compared this challenge to early AI safety discussions, where defining goals precisely has always been one of the most difficult problems.

    Redundancy: A Core Principle of Security

    According to Buterin, the foundation of strong security is redundancy. Users specify what they want in several overlapping ways, and the system only moves forward when all of these checks are consistent.

    He offered several examples to illustrate this:

    Type systems in programming make sure that code runs as expected and that data is structured correctly, catching mistakes before the program executes.

    Formal verification checks the code against mathematical rules to confirm it behaves correctly.

    Transaction simulations allow users to see what will happen before they approve an action.

    Multisignature wallets and social recovery require multiple keys to approve important operations.

    Spending limits and new-address confirmations make users review actions that are unusual or carry a higher risk.

    In all these cases, the aim isn’t perfection. It’s about reducing risk by checking the user’s intent from multiple angles.

    Large Language Models and Security

    Buterin also discussed the potential role of large language models (LLMs) in security. He described LLMs as a “simulation of intent.” A general-purpose model mirrors broad human common sense, while a model fine-tuned to an individual user can approximate that person’s judgment more closely.

    He also warned that LLMs should never be the only way to determine what a user intends. They should be used as an extra layer, alongside traditional methods, to help confirm user intent.

    Balancing Risk and Convenience

    Buterin pointed out that good security doesn’t mean making users go through endless steps for every action. Routine, low-risk tasks should be easy—or even automated—while actions that carry more risk should require extra checks and confirmation. “Getting this balance right is the challenge,” he wrote.

    Trader Question Sparks Discussion

    A trader responded, highlighting a limitation of redundancy: “Redundancy only protects against mechanical error, not mistaken intent. A user can confirm, re-confirm, multisig… and still be wrong about what they’re doing. So is better security about modeling intent more accurately, or about strictly bounding downside regardless of intent?”

    Buterin replied: “Strictly bounding downside regardless of intent is not possible. That implies freezing your money forever, which itself is the ultimate downside.”

    Conclusion

    Vitalik Buterin’s points show that crypto security isn’t only about avoiding technical mistakes. It’s about building systems that can understand what users really want in several different ways, so risks are reduced without making the system hard to use. Using methods like redundancy, running transaction previews, or tools such as LLMs can help the system understand what a user is trying to do. Still, none of these can make it perfect. 

    At the end of the day, security is about balancing letting people act freely with keeping them safe. Freezing someone’s money forever would be the worst-case scenario.

    Also Read: Vitalik Buterin Explains How AI Could Revolutionize Governance

    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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    Dangerous Prints: What You Should Never 3D Print at Home | Metaverse Planet

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    Dangerous Prints: What You Should Never 3D Print at Home | Metaverse Planet


    I’ll be the first to admit it: the first time I got my hands on a 3D printer, I felt like a god. Being able to hit “print” and watch a physical object manifest out of thin air is a geek’s ultimate dream. I started printing everything—cable organizers, tiny Grogu figures, even a replacement knob for my washing machine. But as I went deeper down the rabbit hole of filament types and layer heights, I realized something chilling.

    Just because we can print something doesn’t mean we should.

    I’ve seen a lot of “life hacks” on social media lately showing off 3D-printed kitchenware or even DIY safety gear. As someone who loves this tech, I have to step in and be the voice of reason here. Some of these projects aren’t just cool DIYs; they are legitimate safety hazards. Let’s talk about the “dark side” of 3D printing and the things I would never let near my body or my home.

    The Bacteria Hotel: Why Your 3D Printed Mug is a Biohazard

    I get the appeal. You want a custom mug with your favorite logo on it. But here’s the reality I discovered: 3D prints are inherently porous. Even if you’re using the highest quality FDM (Fused Deposition Modeling) printer, the way these objects are built—layer by layer—creates microscopic ridges and valleys. To our eyes, it looks solid. To a colony of bacteria, it’s a five-star luxury resort with infinite hiding spots.

    The Problem with “Food Safe” Filaments

    The Micro-Canyons: No matter how much you scrub or put that printed spoon in the dishwasher, you cannot reach the bacteria trapped between the layers.Chemical Leaching: Most filaments like standard PLA or ABS contain dyes, flame retardants, and other additives that were never meant to be ingested. When these plastics meet hot coffee or acidic orange juice, they can leak toxic chemicals directly into your drink.The Lead Factor: I often forget that most 3D printer nozzles are made of brass, which frequently contains small amounts of lead. As the filament passes through the hot nozzle, it can pick up trace amounts of heavy metals.

    I’ve seen people try to “seal” their prints with food-grade epoxy. While that’s a step in the right direction, if the coating chips—which it eventually will—you’re back to square one, but now with added epoxy flakes in your soup. My advice? Print the cool mug, put it on your shelf, and keep using your ceramic one for coffee.

    The “Safety” Illusion: Why Your Printed Helmet Won’t Save You

    This one actually scares me. I’ve seen people online sharing files for 3D-printed bike helmets, shin guards, or even tactical gear. I understand the “Iron Man” fantasy, but using home-printed gear for actual protection is a recipe for disaster.

    In the engineering world, we talk about anisotropy. Standard manufactured plastics (like injection-molded helmets) have the same strength in every direction. 3D prints do not. A 3D-printed object is only as strong as the bond between its layers.

    Why It Fails Under Pressure:

    Sheer Force: If you hit the ground while wearing a 3D-printed helmet, the impact doesn’t get absorbed. Instead, the layers “delaminate.” The helmet effectively shatters along the print lines.Shrapnel Risk: Unlike professional safety foam that compresses, hard 3D-printed plastic (like PETG or ABS) can break into sharp, jagged shards. Imagine falling to protect your head, only to have a plastic spike from your DIY helmet driven into your temple.Heat Deformation: I once left a printed part in my car on a summer day, and it turned into a puddle of goo. Do you really want to trust your life to a material that loses its structural integrity just because the sun came out?

    If it’s meant to protect your brain, your eyes, or your limbs, buy it from a company that has a multi-million dollar testing lab. Your Ender 3 is great, but it’s not a safety certifications lab.

    Structural Integrity: When 3D Printed Furniture Fails

    I love the “minimalist” aesthetic of 3D-printed furniture. A sleek, geometric stool or a wall-mounted shelf looks amazing in a tech-heavy setup. But here’s something I learned the hard way: plastics under constant load behave strangely.

    There is a phenomenon called “Creep.” Over time, a plastic part under constant stress will slowly deform. You might print a shelf that holds your books perfectly today, but six months from now, you’ll notice it sagging. One day, the internal stress becomes too much, and boom—your expensive collectibles are all over the floor.

    The Risks of Load-Bearing Prints:

    Infill Deception: A print might look solid, but it’s usually mostly air (infill). If the internal structure isn’t designed with complex stress-path mathematics, it will collapse when you least expect it.Temperature Sensitivity: If you print a chair out of PLA and sit on it in a warm room, the plastic becomes slightly more “pliant.” That’s when the joints snap.

    I stick to printing decorative items. If you want to print a shelf, use it for your 3D-printed figures, not your heavy encyclopedias. And for the love of all things tech, don’t print a baby crib or a ladder.

    The Legal and Ethical Red Lines

    I can’t talk about the “dark side” without mentioning the two biggest “No-Go” zones: Medical Devices and Firearms.

    Medical DIY is Dangerous

    I’ve seen stories of people printing their own dental aligners or finger splints. While it sounds like a way to stick it to expensive healthcare costs, it’s incredibly risky.

    Skin Toxicity: Prolonged contact with certain filaments can cause severe allergic reactions or chemical burns.Non-Sterile: You can’t properly sterilize a home print. If you’re using a DIY splint on an open wound, you’re basically inviting an infection to dinner.

    The “Ghost Gun” Problem

    Then there’s the issue of firearms. Not only is this a massive legal nightmare in almost every country, but it’s also a physical danger to the user. Home-grade plastics are not designed to handle the explosive pressure of a bullet firing. I’ve seen enough “test fire” videos where the 3D-printed frame explodes in the user’s hand to know that this is a hobby with no winners. Plus, as a tech brand, we stay away from anything that skirts the law. It’s just not worth it.

    My Honest Takeaway

    I’m not trying to be a “Negative Nancy” here. I love my 3D printers. They are the closest thing we have to Star Trek replicators. But being a part of the Metaverse Planet community means being a smart, responsible creator.

    Use your printer to innovate, to decorate, and to solve small problems. Fix that broken plastic clip on your dishwasher (the non-food contact part!), make a custom stand for your VR headset, or build a complex mechanical clock. Those are the projects where this technology shines.

    But when it comes to things you eat off of, things that protect your body, or things that carry heavy loads—stick to the pros. Your health is worth more than the $20 you’d save on a DIY version.

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    Space Travel Rewires Your Skull: How Zero-G Physically Moves Your Brain | Metaverse Planet

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    Space Travel Rewires Your Skull: How Zero-G Physically Moves Your Brain | Metaverse Planet


    I have always looked up at the stars and dreamed of being an astronaut. The idea of floating in the International Space Station (ISS), looking down at our blue marble, is the ultimate fantasy for tech lovers like us.

    But lately, the more I read about the physiological effects of leaving Earth, the more I realize that space is actively trying to rewrite our biology.

    We already knew about muscle atrophy and bone density loss. We knew about the radiation risks. But a new study I’ve been diving into has revealed something even more startling: Space travel literally pushes your brain upward and backward inside your skull.

    And the longer you stay up there, the more drastic the shift becomes. Let’s break down what is happening to our anatomy when gravity decides to take a vacation.

    The “Puffy Face” and the Floating Brain

    If you follow space missions, you’ve probably noticed that astronauts often look a bit different when they are in orbit. Their faces look rounder, almost swollen. NASA calls this the “fluid shift,” but astronauts jokingly call it the “Charlie Brown phase.”

    Here on Earth, gravity is our constant anchor. It pulls our blood, water, and organs toward our feet. Your heart has to work against gravity to pump blood up to your head.

    In Microgravity, that anchor is gone.

    Without gravity pulling fluids down, they rush toward the head. This causes the facial puffiness, but it also increases pressure inside the skull.

    On Earth: Your brain sits comfortably on a cushion of cerebrospinal fluid.In Space: That cushion changes. The brain is no longer “sitting”; it is floating freely, and the fluids are pushing it around.

    The New Discovery: It’s Not Just Fluids

    Previous studies hinted that the brain changes position, but they treated the brain as one big, solid block. A new research paper, however, took a much more granular approach.

    Researchers analyzed the MRI scans of 26 astronauts. They compared scans taken before they launched with scans taken immediately after they returned to Earth. Instead of looking at the brain as a whole, they divided it into 100 different regions to track specific movements.

    Here is what they found: The brain doesn’t just swell; it physically migrates.

    The Upward Shift: The brain pushes up against the top of the skull.The Backward Shift: It slides toward the rear of the skull.The Squeeze: This movement compresses the veins and cerebrospinal fluid pathways at the top of the head.

    The 2 Millimeter Warning

    You might be thinking, “Ugu, how much can a brain really move?”

    The study found shifts of roughly 2 millimeters. In the context of driving a car, 2mm is nothing. But inside the tight, bony enclosure of your skull? 2 millimeters is massive.

    Think of your skull as a perfectly packed suitcase. If you suddenly shove the contents 2mm in one direction, something is going to get squished. The research showed that the areas most affected were those responsible for motor control and sensory input.

    This might explain why astronauts often feel clumsy or disoriented when they first return to gravity. Their brain has literally been in the wrong place.

    Duration Matters: The Mars Problem

    Here is the part that concerns me regarding our future ambitions for Mars. The study found a direct correlation between the length of the mission and the severity of the shift.

    Short missions (a few weeks): Minimal shifting.Long missions (6 months to 1 year): Significant upward and backward movement.The Mars Mission (3 years): Unknown territory.

    If the brain continues to shift and compress over a three-year journey to the Red Planet, we don’t yet know what the neurological consequences could be. Will astronauts arrive on Mars with impaired motor functions right when they need to be their sharpest?

    The Recovery: The “Backward” Shift Lingers

    The most fascinating part of this research is what happens after the astronauts come home. The researchers followed up with scans six months after the return.

    The Good News: The “upward” shift mostly corrects itself. Gravity does its job, pulling the brain back down to its original seat.

    The Bad News: The “backward” shift is stubborn. Even after six months on Earth, the brain hadn’t fully returned to its forward position.

    Why? Think about physics. Gravity pulls things down, not forward. While Earth’s gravity helps pull the brain away from the top of the skull, there is no natural force pushing the brain back toward the forehead. This suggests that space travel leaves a lasting “fingerprint” on the brain’s anatomy that might take years to fully reverse—or it might be permanent.

    My Perspective: Is It Dangerous?

    I don’t want to be an alarmist. The researchers explicitly stated that, right now, these shifts do not seem to cause severe brain damage or cognitive decline. The human body is miraculously adaptable (neuroplasticity is a beautiful thing).

    However, this changes the game for space tourism and professional exploration.

    For Tourists: If you are just going up for a sub-orbital hop or a week-long stay at a space hotel, you are probably fine.For Career Astronauts: This is a new occupational hazard that needs to be monitored.

    As we push the boundaries of where humans can go, we are learning that our bodies are strictly “Earth-designed” machines. Overcoming gravity is an engineering challenge; overcoming our own biology might be the harder test.

    I’m curious—knowing that your brain physically moves and changes shape, would you still volunteer for a one-way trip to Mars, or does this kind of physiological risk make you want to stay firmly on Earth?

    Let’s discuss in the comments below!

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    Pakistan Moves Toward Crypto Regulation With New Sandbox

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    Pakistan Moves Toward Crypto Regulation With New Sandbox


    Key Highlights

    The sandbox is designed to allow firms to test products in real-world conditions while remaining under regulatory oversight.

    It lets regulators evaluate consumer protections, operational procedures, and compliance.

    Pakistan has taken another step toward managing digital assets by launching a regulatory sandbox that will allow companies to test crypto-related products under supervision.

    The Pakistan Virtual Assets Regulatory Authority (PVARA) introduced the framework on February 20, 2026. The sandbox aims to provide a controlled setting where companies can trial virtual asset services before seeking full regulatory approval.

    Regulated testing for crypto services

    The sandbox is designed to allow firms to test products in real-world conditions while remaining under regulatory oversight. Authorities say the approach will help identify operational and compliance risks before wider deployment.

    According to PVARA, the program will prioritize several areas:

    Tokenization of real-world assets

    Stablecoin issuance and payment systems

    Cross-border remittance services

    Fiat-to-crypto and crypto-to-fiat infrastructure

    Regulators say the supervised model is intended to balance experimentation with risk monitoring, allowing authorities to observe how new services operate in practice.

    What a regulatory sandbox means

    According to the Securities and Exchange Commission of Pakistan (SECP), a regulatory sandbox provides a controlled setting where innovative financial products and services can be tested for a limited period.

    Such programs allow regulators to evaluate whether new technologies can operate safely and whether existing rules need to be adjusted. The approach is often used to assess risks before allowing full-scale deployment.

    Growing expansion

    Meanwhile, Pakistan has previously explored partnerships for stablecoin-based payment systems. The country made a deal with an affiliate of World Liberty Financial (WLFI). The collaboration was aimed at allowing WLFI’s stablecoin USD1 to interact with the country’s digital currency ecosystem.

    Shift toward formal rules

    The sandbox is part of a larger effort by Pakistani authorities to create rules for digital assets. Instead of prohibiting crypto activity completely, policymakers have shown increasing support for a regulated framework.

    Officials say the aim is to improve oversight while allowing some innovation within defined boundaries. The sandbox model lets regulators evaluate consumer protections, operational procedures, and compliance before giving full approval.

    Why it matters

    The sandbox marks a change in how Pakistan regulates digital assets. Instead of just restricting crypto activities, authorities are now aiming to create a framework that includes oversight and some experimentation.

    Officials believe the testing phase would help refine future rules by identifying operational challenges and highlighting the need for consumer protection.

    Also Read: Antier Launches VARA-Compliant Crypto Exchange Platform in the UAE

    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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    PayPal Shares Down 30% Since Launch of PYUSD Stablecoin

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    PayPal Shares Down 30% Since Launch of PYUSD Stablecoin


    Key Highlights

    PayPal launched PYUSD in August 2023, but the stock has remained weak even as the stablecoin expanded its use cases.

    PYPL closed near $41.65 on Feb. 20, with shares down sharply over the past year and nearly 29% YTD, per market data.

    Investors are still pricing in broader PayPal turnaround risks, including weak outlook concerns and management turbulence.

    PayPal Holdings Inc. (NASDAQ: PYPL) shares remained under pressure for over a year, with PYPL trading around $41.65 on Feb. 20, 2026, according to market data. The weakness stands out because it comes during PayPal’s biggest crypto product push in years.

    At that time, PYPL was trading at $60, making a 30% drop since the company launched its stablecoin.

    At the time of writing, the stock was down 46.35% from its 52-week high and 28.66% year-to-date, while PayPal’s investor relations data reflected the stock trading in the low-$40 range in recent sessions.

    PYUSD launch and expansion 

    PayPal introduced PayPal USD (PYUSD) in August 2023 as a U.S. dollar-backed stablecoin designed for payments and transfers, issued by Paxos and backed by dollar deposits, short-term U.S. Treasuries, and similar cash equivalents.

    The launch was widely seen as a major step for crypto adoption in mainstream fintech, with PayPal becoming one of the first large payment firms to issue its own stablecoin.

    Since then, PayPal has continued to expand the product rather than treat it as a one-time announcement. The company later rolled out PYUSD support on Arbitrum to improve speed and lower costs, and it also announced plans to bring PYUSD to Stellar, subject to regulatory approval. 

    These moves gave PYUSD a clearer multi-chain payments narrative and strengthened PayPal’s long-term crypto positioning.

    Why investors still haven’t re-rated PYPL

    Despite these developments, the stock market has largely treated that progress as secondary.

    Instead of re-rating PayPal on its crypto strategy, investors have stayed focused on the company’s core business performance, particularly checkout growth, margins, and execution. In recent months, PYPL has continued to trade well below levels seen before and around the PYUSD launch period, reinforcing the view that product innovation alone is not enough to shift sentiment.

    This disconnect became even more visible after PayPal’s recent results and forward guidance disappointed markets. The selloff following weak outlook commentary and leadership changes added to pressure on the stock. It also highlighted the main issue for investors: PayPal’s crypto push may be strategically important, but Wall Street still wants stronger evidence of core-business momentum.

    A social media post circulating this week captured that gap by tying PayPal’s past “shock the world” messaging to the stock’s decline during the PYUSD era. While the post is commentary, the broader takeaway reflects current market sentiment. PayPal’s stablecoin strategy has advanced, but the stock remains tied to execution in its main payments business.

    Why it matters

    PayPal’s PYUSD rollout remains one of the clearest examples of a mainstream fintech adopting stablecoin infrastructure at scale. But the company’s share-price performance shows a key market lesson: crypto product expansion can strengthen long-term positioning without immediately improving the stock narrative.

    For investors, the question is no longer whether PayPal can build in crypto. It is whether those products can eventually drive revenue growth, user activity, and profitability in a way that changes how the market values PYPL.

    Also Read: Strategy Shares Surge 26% as Bitcoin Rebounds to $70K

    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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    Is the Future of Public Transit Tiny Pods? Atlanta Says Yes | Metaverse Planet

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    Is the Future of Public Transit Tiny Pods? Atlanta Says Yes | Metaverse Planet


    I have always been fascinated by the gap between the sci-fi future we were promised and the traffic-jammed reality we live in. We were supposed to have teleportation devices or flying cars by now; instead, we have slightly better electric scooters. But reading about what’s happening in Atlanta right now gave me a genuine pause. We might finally be seeing a shift in how we move through cities, and it doesn’t involve flying—it involves shrinking.

    Atlanta is officially breaking ground on a futuristic, autonomous public transit system that uses small “pods” instead of massive trains or buses. It’s called an Automated Transit Network (ATN), and honestly, it looks like something straight out of a concept art book for a solarpunk city.

    Here is why I think this pilot project by Glydways matters more than just another tech headline.

    The Pilot: Small Steps for a Giant Leap

    Let’s get the specs out of the way first. I know, “800 meters” sounds incredibly short. It’s basically a long walk. But in the world of infrastructure, this is how revolutions start—quietly and in controlled environments.

    The project is launching in South Metro Atlanta, connecting the ATL SkyTrain to the Gateway Center Arena. The plan is to have this up and running as a free public service by December 2026.

    Why this specific spot? It’s smart engineering.

    Controlled Environment: It connects a transit hub, an arena entrance, and a parking lot.Predictable Demand: They know exactly when people need rides (game days, flight arrivals).Low Risk: If it glitches, it doesn’t paralyze the whole city center.

    Not Just a Fancy Bus

    When I first looked at the Glydways concept, I asked myself, “Why not just use an autonomous shuttle bus?” But the engineering logic here is actually quite brilliant.

    The system uses dedicated guideways that are only about 2 meters wide. Think about that for a second. A standard train track or bus lane eats up a massive amount of real estate. These pods can squeeze into narrow corridors, bike-lane-sized gaps, or elevated paths that wouldn’t support a heavy rail line.

    Here is what makes it different from a subway:

    On-Demand: You don’t wait for the 5:15 PM train. You summon a pod, it arrives, and you go.Non-Stop: Since it’s a dedicated network, the pod doesn’t stop at every station to let people off. It takes you directly to your destination.24/7 Operation: Powered by AI, these electric pods don’t need sleep or shift changes.

    The “Magic” Numbers: Capacity and Cost

    This is the part that made me raise an eyebrow—in a good way. Usually, “Personal Rapid Transit” (PRT) is criticized for having low capacity. You can’t move a million people in 4-seater cars, right?

    Glydways claims their system, when scaled up, can move 10,000 passengers per hour. That puts it in the same weight class as light rail systems, which is staggering if true.

    The Economic Argument: I’ve written enough about failed transit projects to know that money kills innovation faster than physics does. Glydways is claiming they can build this with:

    Lower Infrastructure Costs: No heavy rails, no massive tunnels.Zero Subsidies: They believe the operational costs (thanks to electric drive and AI) are so low that ticket prices can match bus fares without the government needing to bail them out every year.

    If they can actually pull off a “profitable public transit system” without charging luxury prices, that is the real disruption here.

    A Global Movement

    While Atlanta is the testing ground, this isn’t an isolated experiment. While researching this, I noticed Glydways isn’t just talking to Georgia.

    Abu Dhabi & Dubai: They have signed agreements with the Roads and Transport Authority and investment offices in the UAE. (And we know the UAE loves being first with transport tech).USA & Beyond: Discussions are happening with San Jose, New York, and Tokyo.

    This tells me that city planners around the world are realizing that building more 10-lane highways or digging billion-dollar subway tunnels isn’t sustainable anymore. We need something lighter, faster, and smarter.

    My Take: The End of the “Last Mile” Problem?

    I view this Atlanta pilot as the ultimate test for the “Last Mile” problem. We have great trains that get you near your house, but not to your house. If systems like this can act as the veins connecting to the arteries of heavy rail, we might finally ditch our cars.

    However, the skepticism remains. Will the AI handle a sudden surge of 15,000 angry sports fans leaving an arena simultaneously without creating a “pod traffic jam”? That is what the MARTA-led feasibility study will have to prove.

    But for now, I’m optimistic. It’s refreshing to see a transit solution that respects the passenger’s time (on-demand) and the city’s space (narrow lanes).

    I’d love to know what you think: Would you feel comfortable riding in a small, windowless autonomous pod alone, or do you prefer the safety in numbers of a traditional bus or train?

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    Coinbase Faces Solana Transaction Delays Amid Technical Issues

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    Coinbase Faces Solana Transaction Delays Amid Technical Issues


    Key Highlights

    Some Coinbase users are experiencing delays sending or receiving Solana transactions.

    Other services like buying, selling, and fiat deposits/withdrawals are not affected.

    Similar delays happened in January 2026 after Trump and Melania launched memecoins.

    Coinbase, a U.S.-based crypto exchange, reported technical issues on Friday that caused delays in sending and receiving SOL and SPL tokens on the Solana network.

    The issue was first identified at 10:37 PST. However, a quick fix was immediately implemented by 11:17 PST, but the team confirmed that they are monitoring the system to ensure full recovery.

    Coinbase’s update on the delay | Source: Coinbase

    “We are aware that some users may be experiencing delayed sends and receives on the Solana network. Buys, Sells, and Fiat withdrawals/deposits remain unaffected. We are working on this issue and will provide updates as the situation changes. Rest assured your funds are safe,” the team said. However, the exchange did not disclose the cause of the issue.

    Recent transaction delay on the platform

    This is one of many recent technical issues that have happened lately. On February 13, Coinbase reported a separate issue that briefly disrupted customers trying to buy, sell, or trade assets on the platform. 

    That incident lasted roughly 40 minutes, and Coinbase also confirmed that all users’ funds were protected. According to a previous report, the issue occurred on the night of February 12-13, which prompted the exchange to look into it immediately.

    The delay was first reported at 11:14 PM, when the team posted on X saying, “Our team is investigating this issue and will provide an update. Your funds are safe.” By 12:19 AM on February 13, Coinbase announced that it had deployed a fix and that the situation was being monitored.

    Similar Solana delays in the past

    A more significant event happened in January 2025, following the launch of the TRUMP memecoin on January 18 and the MELANIA memecoin on January 19. The surge of activity caused a long wait for transactions on the platform, with some users reporting delays of up to 15 hours.

    At the time, Coinbase CEO Brian Armstrong stated on X, “Lot of Solana activity last few days, we were not anticipating the level of surge.”

    Some delays during the spike were independent of Solana’s blockchain, as Coinbase’s settlement time lagged the network by hours. Despite the spike, the Solana blockchain reported 100% uptime in the 90 days before February 6, 2025.

    Broader context

    Coinbase’s repeated delays show the ongoing technical issues faced by crypto platforms. These delays tend to happen because the exchanges’ system is slower than the Solana network, even though the blockchain itself has full uptime. 

    Still, a short disruption can slow trading action and affect users who depend on a fast response to their transactions. However, Coinbase has acted quickly to fix these problems each time. 

    Also Read: U.S. Supreme Court Blocks Trump Tariffs, Bitcoin Hovers Near $67,000

    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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