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Bitget Wraps Up Anti-Scam Month With Over 65% Of Participants Successfully Identifying Crypto Fraud Tactics

Bitget Wraps Up Anti-Scam Month With Over 65% Of Participants Successfully Identifying Crypto Fraud Tactics


In Brief

Bitget concluded its 2025 Anti-Scam Month with expert-backed initiatives, interactive education, and a permanent Anti-Scam Hub to strengthen global defenses against AI-driven crypto fraud.

Bitget Wraps Up Anti-Scam Month With Over 65% Of Participants Successfully Identifying Crypto Fraud Tactics

Cryptocurrency platform Bitget concluded its 2025 Anti-Scam Month, a global effort to improve user awareness and defenses against fraud within the Web3 space. Over the course of June, the initiative introduced gamified educational resources, expert insights, and new research focused on addressing the rise of AI-assisted scams and security vulnerabilities in the cryptocurrency ecosystem. 

A core feature was the Smarter Eyes Challenge, an interactive comic-style game simulating scenarios such as phishing and fake token approvals. While only 8.60% of users successfully identified all threats on their first try, 65.41% eventually passed all stages with assistance, highlighting both the challenge and effectiveness of the campaign. 

Bitget also released six blog articles covering prevalent risks like spoofed SMS messages, counterfeit applications, and suspicious tokens. Subsequent quizzes showed that over 80% of users achieved perfect scores, suggesting improved scam recognition. 

Another flagship milestone was the release of Bitget’s 2025 Anti-Scam Research Report, co-authored with blockchain security leaders SlowMist and Elliptic. The report revealed that global cryptocurrency scam losses surpassed $4.6 billion in 2024, with deepfakes and social engineering responsible for the majority of high-value attacks. The findings spotlighted the growing sophistication of AI-driven fraud, including synthetic public figure videos, Trojan-laced job offers, and fake Zoom calls used to deceive victims.

Concluding the month, Bitget hosted a public discussion featuring representatives from leading security firms to explore future risks, the necessity of collaboration, and strategies for enhancing safety across the digital asset industry.

Industry Leaders Endorse Bitget’s Anti-Scam Month As A Model For User Education And Web3 Security Collaboration

“Anti-Scam Month reflects our belief that education is the first line of defense in crypto security,” said Gracy Chen, CEO of Bitget, in a written statement. “By turning passive users into active defenders, we’re laying the groundwork for a more resilient ecosystem. And this is only the beginning—the Anti-Scam Hub will remain open year-round as a permanent resource for our global community,” she added.

“Anti-Scam Month by Bitget is a fantastic initiative and a powerful example for the industry, demonstrating how companies can raise awareness, educate users, and reduce the risk of future hacks. Education truly is a vital part of this journey,” said Yevheniia Broshevan, Co-Founder and CBDO at Hacken, in a written statement.

“Hackers study user habits, such as copying addresses from transaction histories. Security efforts must focus on proactive defenses rather than blaming users,” said Yajin (Andy) Zhou, Co-Founder and CEO at BlockSec, in a written statement. “Security is not a solo battlefield. Blockchain platforms, compliance tools, and security firms must share threat intelligence to build a united defense system,” he added.

“Security isn’t about being impossible to hack or scam users; it’s about being hard enough to discourage threat actors from investing effort in the attempt,” said Michael Lewellen, Technical Council member at Security Alliance, in a written statement. “We need to harden Web3 infrastructure enough so that this ecosystem is no longer an easy, profitable target,” he added.

The Bitget Anti-Scam Hub, now available as a permanent feature, provides continuous access to educational safety resources, real-time fraud detection tools, an official verification system, and a comprehensive digital security kit supported by around-the-clock global assistance.

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 Davidson










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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Bitget Wallet Partners With Mastercard And Immersve To Launch Zero-Fee Crypto Card

Bitget Wallet Partners With Mastercard And Immersve To Launch Zero-Fee Crypto Card


In Brief

Bitget Wallet has partnered with Mastercard and Immersve to launch a crypto-linked payment card that enables seamless, secure spending of crypto at over 150 million Mastercard merchants worldwide, supporting instant funding and regulatory compliance.

Bitget Wallet Partners With Mastercard And Immersve To Launch Zero-Fee Crypto Card

Cryptocurrency wallet Bitget Wallet announced a partnership with payments company Mastercard and infrastructure provider Immersve to introduce a new crypto-linked card. This card enables users to make payments directly from their digital wallets at over 150 million merchants worldwide that accept Mastercard. The product is designed to enhance convenience and efficiency within the cryptocurrency card sector.

Accessible through the Bitget Wallet application, the card supports instant funding via on-chain swaps and deposits. Utilizing Mastercard’s Digital First technology, users can apply for the card online and quickly add it to their mobile wallets for use at both physical stores and online platforms.

Immersve, a Mastercard-licensed issuer, powers the card’s transactions, which are settled on-chain through cryptocurrency-to-fiat conversion, while complying with Mastercard’s regulatory requirements, including Know Your Customer (KYC) and Anti-Money Laundering (AML) protocols. The card will initially launch in the United Kingdom and the European Union, with future expansion plans targeting Latin America, Australia, and New Zealand.

This launch reflects growing interest in practical cryptocurrency use cases and ongoing efforts within the payments industry to integrate blockchain solutions with traditional financial systems. Bitget Wallet, serving over 80 million users globally, presents the card as a tool to bring self-custodied digital assets into everyday transactions. The offering also features optional benefits such as transaction-based rewards, interest on idle wallet balances, and one-time bonuses for completing identity verification.

New Collaboration To Deliver Seamless, Secure Crypto Payments At Scale

“Crypto payments should be as seamless and secure as traditional transactions. With this partnership, Bitget Wallet users can now pay with crypto anywhere Mastercard is accepted,” said Jamie Elkaleh, CMO at Bitget Wallet, in a written statement. “We’re seeing massive demand for real-world crypto utility, and this collaboration with Mastercard and Immersve provides the infrastructure to make that vision a reality,” he added.

“Digital wallets are quickly becoming as ubiquitous as email addresses. At Mastercard, we’re committed to working with innovative companies like Bitget Wallet and Immersve to make crypto transactions simple, secure, and accessible at scale,” said Scott Abrahams, Executive Vice President, Global Partnerships at Mastercard, in a written statement. “This is a critical step in bringing digital assets closer to mainstream utility,” he added.

“Partnering with forward-thinking teams like Mastercard and Bitget Wallet is exactly how we scale real-world crypto use,” said Jerome Faury, CEO of Immersve, in a written statement. “We’re bridging the gap between Web3 and traditional finance, allowing users to spend crypto as easily as they spend fiat—on a global scale,” he added.

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.

More articles


Alisa Davidson










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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From Static Credentials to Smart Identity: The Potential of AI-Driven NFTs | NFT News Today

From Static Credentials to Smart Identity: The Potential of AI-Driven NFTs | NFT News Today


AI-powered NFTs (iNFTs) aren’t just a technical upgrade—they represent a shift toward digital identity systems that actually serve the individual. As old platforms and static technologies fall short, iNFTs emerge as intelligent, autonomous, and privacy-conscious agents of self-sovereign identity in Web3.

Key Takeaways

iNFTs enable dynamic, evolving digital identities that adapt to user behavior and real-world context.

AI allows for real-time identity verification, anomaly detection, and autonomous protection from misuse or fraud.

iNFTs can act on users’ behalf in decentralized applications, reducing friction and enhancing trust.

Selective disclosure powered by AI means users only share what’s needed—nothing more.

The failures of earlier NFT models have paved the way for smarter, AI-driven infrastructure centred on user control.

Legacy Projects Paved the Way—But Couldn’t Go the Distance

Many early NFT projects made bold promises but delivered limited utility. With static metadata and minimal functionality, most NFTs were collectible in nature—not dynamic tools. As the market matured, these limitations became clear, prompting a shift toward more adaptive and meaningful use cases.

Even leading platforms like OpenSea had to acknowledge their missteps. The announcement of the SEA token and the OS2 relaunch came with a public admission: they’d grown too corporate and disconnected from their users.

At the same time, projects like Pudgy Penguins demonstrated resilience. Despite volatile conditions, the PENGU token launched strong—reaching a market cap of $3.5 billion – it’s currently $895 million. That’s not failure—it’s adaptation. It demonstrates that communities continue to value projects that evolve and deliver lasting value.

The broader point is this: the NFT space needed a reset. That reset made room for innovations like iNFTs.

iNFTs: Identity That Evolves With You

Smart, Personalized Identity Management

A static NFT might confirm ownership of a credential. An iNFT goes further—it acts as an intelligent agent capable of managing credentials, answering verification questions, and interacting with dApps using natural language.

It’s not just about proving who you are. It’s about automating those interactions to reduce friction and free users from manual tasks. This makes your identity more accurate, responsive, and efficient across decentralized ecosystems.

Learning From Behavior, Adapting in Real Time

AI-powered NFTs evolve with the user. They observe how you engage with platforms, what types of information you share, and how you navigate different environments. Your iNFT can adjust your profile accordingly—updating credentials, refining preferences, and becoming a more accurate representation of you.

If you complete a new course, change professions, or begin using new services, your iNFT can adapt. It keeps your digital identity current without requiring constant manual intervention.

Technically, these adaptations depend on predefined AI models and access to verifiable data feeds, meaning full autonomy is aspirational but increasingly feasible.

Security That Moves Faster Than Threats

AI enables proactive security features that static credentials can’t match. Your iNFT can monitor behavioral patterns to detect fraud, flag unauthorized access, and prevent misuse. Instead of simply proving identity, it protects it.

Suppose someone attempts to interact with your digital identity using unfamiliar language patterns, devices, or behaviours. In that case, the iNFT can respond automatically—denying access, requesting further verification, or alerting you in real-time.

This is security as a living, thinking function—not a locked door waiting to be picked.

However, like any AI system, this also introduces potential risks, including algorithmic bias and overfitting, which must be continuously monitored and audited.

Autonomy and Digital Representation

An iNFT doesn’t just verify who you are—it can act for you. It can interact with smart contracts, fill out forms, confirm age or eligibility, and even negotiate terms using pre-set logic and natural language understanding.

I’ve been exploring DAO ecosystems, and I’ve seen firsthand how decentralized hiring is evolving. For example, your iNFT could:

Verify your qualifications for a job DAO.

Confirm your attendance at a credentialed event.

Submit identity data with restrictions based on your privacy rules.

This kind of intelligent interaction makes decentralized applications more usable and scalable.

Consider a freelance professional who uses their iNFT to apply for a remote job. The iNFT validates credentials, confirms language fluency, and ensures geographic compliance—without sharing personal data beyond what is necessary.

These scenarios aren’t just theoretical. Alethea AI’s iNFT protocol has already enabled intelligent agents like “Alice” to engage in real-time conversation while executing actions through smart contracts—such as minting, upgrades, and fusion.

More broadly, Web3 platforms are developing agentic AI smart contracts that autonomously assess data, verify identity attributes, and act within DAOs or apps—without human intervention.

Selective Disclosure: Privacy That Understands Context

Privacy in Web3 isn’t about hiding everything. It’s about sharing the right things—intelligently.

With AI, iNFTs offer context-aware disclosure. Need to prove you’re over 18? It shares only that fact. Need to confirm employment status? It shows a verified credential without exposing your entire history.

This gives users control, builds trust, and reduces unnecessary exposure. It also aligns with the principles of self-sovereign identity—where the individual decides what to share and when.

We’ve Outgrown Static Credentials

The original promise of NFTs was decentralized ownership. But ownership alone doesn’t build identity. It doesn’t protect data. It doesn’t evolve.

Static credentials served a purpose, but they’re stuck in the past. They require constant user management, can’t verify behaviour in real-time, and leave users exposed to both technical and social vulnerabilities.

iNFTs could fix these gaps. They provide users with tools to manage their identity in the same way we manage relationships in real life—fluidly, contextually, and on our own terms.

Still, the transition to iNFTs brings challenges—particularly around regulatory clarity, technical interoperability, and public skepticism about AI ethics. Addressing these concerns will be vital to gaining mainstream acceptance.

What’s Coming Next

AI-powered NFTs are already being explored by teams like Alethea AI, where avatars can engage in conversation, verify identity, and evolve based on input. Use cases span from decentralized KYC and AML processes to credential management in education, health, and employment.

Still, adoption depends on trust, usability, and clear communication. These systems must be simple enough for everyday users, secure enough for professionals, and transparent enough to pass legal and ethical standards.

Expect early adopters in niche ecosystems—like DAOs, online education, and metaverse platforms—to lead the way, followed by broader implementation as UX and governance mature.

Final Thoughts

The NFT identity space didn’t fail—it revealed its own boundaries. That moment of reckoning cleared the path for iNFTs, where AI brings intelligence, adaptability, and privacy to digital credentials.

While badges, access tokens, and collectibles remain valuable parts of Web3 culture, identity demands more. We need digital agents that not only represent us but evolve with us, protect our data, and act on our behalf.

iNFTs aren’t just a futuristic layer—they’re a meaningful next step in making digital identity smarter, safer, and truly self-sovereign.



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The world’s largest camera starts filming space! 3200 Megapixels

The world’s largest camera starts filming space! 3200 Megapixels


This thing you’re looking at, about the size of an SUV and weighing nearly 2.8 tons, is actually a camera. Not just any camera—the largest camera ever built. It contains a massive 3200-megapixel CCD sensor array.

To better understand the resolution, let’s put it this way: the human eye can’t even perceive the full detail of its images. You know how people say, “see the big picture”? Well, this is the biggest picture. Displaying a single image captured by it would require around 400 4K TVs—that’s basically an entire basketball court full of screens.

But what exactly will this camera capture? The most detailed video of the universe ever recorded.

You might wonder, doesn’t it need a telescope to capture space images? Yes, and this camera has been mounted on an 8-meter telescope at the Rubin Observatory, which has been under development for over 20 years. Now, this observatory is the largest astronomical discovery machine ever created.

And this machine made its first public release on June 23, 2025. Here’s the very first image shown to the world.

You might ask, “How is this any different from previous images?” First of all, what you’re seeing now is just 2% of the entire image taken by the world’s largest camera. In other words, the full image is 50 times larger than what’s on screen.

And that’s only a single frame. This camera will record multiple such frames throughout the night, creating a sort of timelapse movie of the night sky, with every frame at this astonishing resolution. It will scan the entire southern sky every 3–4 nights—and then do it all over again.

This is what sets it apart from previous telescopes. While traditional telescopes are like powerful binoculars focusing on a specific spot, the Rubin Observatory is more like a surveillance camera that constantly scans and records ultra-high-resolution videos of the entire sky.

Let’s take a look at the observatory itself, because it also includes some remarkable innovations.

The full name is the Vera C. Rubin Observatory, located in northern Chile, on top of a mountain 2682 meters high. Chile hosts many telescopes due to its ideal location and clear skies, but this one stands out for three reasons.

First is the world’s largest camera, officially in the Guinness Book of Records. With 3200 megapixels, each image is made of more pixels than the human eye can perceive. One Rubin image covers a sky area equivalent to 45 full moons. If printed, it would be as large as a basketball court. To view it properly, they developed a special web-based viewer—accessible to everyone, not just scientists. I’ll show you how it works shortly.

Second is the Simonyi Survey Telescope. With an 8.4-meter mirror and a unique three-mirror design, it’s fast. We’re talking 300 tons, but it can adjust position in seconds, unlike other large telescopes that take minutes. The observatory team proudly says, “Other telescopes are like cars; ours is like a jet.”

The third piece is the data center. It records terabytes of data every night, packaging them into ~20 TB chunks. For reference, this drive here is 4 TB—and Rubin fills five of these every night. And remember, it’s sitting atop a remote mountain in Chile. All this data travels via fiber-optic cables to data centers in the US, UK, and France.

Back to the first image. What are we seeing? A universe filled with stars and galaxies. What once looked like dark empty space is now bursting with light. Almost every pixel shows some kind of celestial object.

You’re seeing spiral galaxies, elliptical galaxies, and galaxy clusters. The closer, bluer ones are spirals, and the farther redder ones are ellipticals. These colors aren’t random—the camera captures a broader light spectrum than we can see, and uses it to encode distance. So, we’re essentially looking at the universe in 3D.

These clusters and their distribution reveal how the universe has expanded over time, and even offer clues about dark matter and dark energy. That’s why this observatory is named after Vera C. Rubin, a scientist who studied the movement of galaxies and gave us the first solid evidence of dark matter.

Incredibly, this single image contains nearly 10 million galaxies. Not stars—galaxies. Imagine photographing 10 million people, and then realizing each one represents 100 billion people. That’s the scale we’re talking about.

Looking at this same region again, you’ll see some objects labeled—they were previously known. But most are unnamed, never before seen by humans.

Every night, Rubin will scan the sky again and again. Scientists will create a template image for each area and compare new images to detect changes using a technique called difference imaging.

“But what could change night to night?” you ask. Well, three things: brightness, movement, and pulsation.

A sudden brightness? That could be a supernova. Rapid movement? Possibly an asteroid or interstellar object. Subtle pulsation? That might be a pulsar.

And remember, this image shows just part of the southern sky. Rubin will track 40 billion celestial objects over the next 10 years, not just photographing them but video recording their behavior.

Let’s talk about asteroids. They move fast, too fast to appear in static images. But with long exposure, they leave colored trails. These colors—red, green, and blue—represent different filters used in successive shots. Custom software identifies and removes them from still images, but keeps their data. If movement is unusual, it raises an alert.

Watch this animation from 10 hours of observation. The galaxies remain still, but the asteroids flash by. Every asteroid you see here was newly discovered.

Then we see how many were discovered night after night, and finally, their positions in the Solar System. The light-blue slice shows newly found asteroids in a tiny sector of the larger population.

In just a few nights, Rubin discovered over 2,000 new asteroids. Seven of them are labeled Near-Earth Objects, but don’t worry—none pose a threat. Still, Rubin acts like an early warning system, expected to discover 5 million new asteroids in two years—five times more than all astronomers found in the last 200 years.

The camera also tracks exploding stars—supernovae—and variable stars whose brightness changes in minutes. For the first time, we’ll be able to study their behavior in real-time, like a space documentary.

Best of all? Rubin shares its data freely. Not just for scientists—for everyone. Teachers, students, enthusiasts—spread the word. I’ll leave links in the description below. Save them. Because for the next decade, we’ll be watching a kind of live stream of the universe.

Now, let me show you how. This web-based viewer works just like Google Maps, but for the universe. The view you’re seeing is 55 million light-years away, covering the Virgo Cluster. Just 14 degrees of sky, and yet it includes over 3 trillion pixels from just seven nights of Rubin observations.

You can zoom and explore each pixel. For example, this is Messier 49, an old star elliptical galaxy, its yellow color indicating age. Over here, we see younger, blue galaxies, the stellar nurseries of the cosmos.

This is Messier 61, a spiral galaxy like our Milky Way. Dr. Rubin studied galaxies like this in the 1970s and helped prove the existence of dark matter.

Some galaxies have only two arms—like NGC 4334. Others appear as discs because we’re viewing them edge-on, like NGC 4343.

Here, galaxies are merging. Look at the tidal tails and streams stretching across space. Others appear close but are actually millions of light-years apart.

The tiny red-orange dots? Those are distant galaxies, showing us the early universe. This is a time machine in action.

You can even toggle asteroid trails—normally hidden to reduce clutter. Each color marks a different exposure, and the trail’s shape reflects the asteroid’s speed and direction.

The spiky stars? They’re from our own Milky Way—so close, their brightness causes diffraction spikes in the camera.

If you find something you like, you can create a link at that exact zoom level and share it. You can discuss, compare, and keep discovering.

Zooming out reveals rough edges—those are the areas the camera hasn’t imaged yet. But every night, it adds more tiles and fills in the gaps—building the most complete map of the sky we’ve ever had.

And remember, we’ve already seen things never seen before. Our eyes and screens alone aren’t enough. That’s why this tool exists.

If this doesn’t give you goosebumps, I don’t know what will. Either you don’t know enough yet—or worse—you don’t care. But if you do, your mission—should you choose to accept it—is to spread the curiosity.

Look, there are more stars than people on Earth. So pick one. Claim it. Nobody can stop you. There’s more than enough to go around.

And once you’ve chosen your star—watch it, study it, be inspired.

This is my star.

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Institutionals Are Taking Precautions for a Bitcoin Dip: It Could Fall to This Price!

Institutionals Are Taking Precautions for a Bitcoin Dip: It Could Fall to This Price!


Bitcoin (BTC) investors are positioning against a price decline to the $85,0.000 to $106,000 range through a high concentration of put options on the decentralized derivatives platform Derive.

Despite the strong rally recently seen in the Bitcoin price, a significant portion of investors maintain a short-term bearish outlook. According to data from the decentralized derivatives platform Derive.xyz, investors are taking precautions against the possibility that the BTC price could fluctuate downwards in the next few weeks.

While the total open interest value of BTC options on the platform exceeds $54 million, approximately 20% of this amount is concentrated in put options with a July 11 expiry, at strike prices of $85,000, $100,000, and $106,000. Over the last 24 hours, 70% of investors have shifted towards put options, displaying a distinctly defensive stance.

Divergence between Centralized and Decentralized Platforms!

Interestingly, this bearish sentiment on the decentralized platform Derive contradicts the activity observed on the centralized platform giant, Deribit. On Deribit, investors have been abandoning put options at and below the $100,000 level, while shifting towards call options in the $108,000 to $115,000 range.

According to experts, the bearish positions on the decentralized platform are linked to macroeconomic uncertainties in the market and expectations of profit-taking following the strong rally in recent weeks.

Ethereum (ETH) investors, on the other hand, appear more optimistic. On Derive, 30% of ETH options are concentrated at the $2,900 level, with investors anticipating that the price will rise on news from the upcoming ETHCC event in Cannes.

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Lido DAO Activates Dual Governance, Giving stETH Holders A Say In Protocol Changes

Lido DAO Activates Dual Governance, Giving stETH Holders A Say In Protocol Changes


In Brief

Lido DAO has implemented Dual Governance on Ethereum, enabling stETH holders to delay or exit protocol changes, thereby enhancing onchain protections and decentralizing control beyond LDO token holders.

Lido DAO Activates Dual Governance, Giving stETH Holders A Say In Protocol Changes

A decentralized autonomous organization that oversees the Lido liquid staking protocol, Lido DAO activated Dual Governance on the Ethereum mainnet. This governance upgrade introduces a new framework designed to enhance onchain protections for users staking through Lido. The updated system enables holders of stETH and wstETH to delay the execution of protocol changes and exit the system in situations where proposed upgrades are considered contentious.

Prior to this implementation, Lido on Ethereum operated under a governance structure controlled exclusively by LDO token holders, with no embedded mechanism for stETH holders to respond to protocol changes. The introduction of Dual Governance retains the decision-making authority of LDO holders while also allowing stETH holders to influence the governance process through reactive safeguards. Although proposals are still initiated and voted on by LDO holders, the new structure allows stETH holders to delay execution and exit the protocol before changes are implemented.

If at least 1% of all stETH holders oppose a proposal, the execution is automatically paused for a minimum of five days to allow for further community assessment. This pause period can extend up to 45 days depending on the scale of opposition. In cases where opposition reaches 10% of stETH holders, a full block on execution is triggered, enabling dissenting participants to safely withdraw their ETH through a “rage-quit” process before any protocol modifications are enacted. These new mechanisms are intended to strengthen safeguards against potentially harmful governance decisions by increasing the difficulty and cost of executing malicious proposals.

Dual Governance Introduces Enforceable Exit Rights For Lido Stakers

“Dual Governance is a major milestone for DAO safety and shared power,” said Sam Kozin, Core Contributor at Lido Labs Foundation, in a written statement. “It empowers Lido stakers with enforceable exit rights, ensuring the community can thoughtfully respond rather than hastily react. The design fully embodies Ethereum’s core values — decentralization, user sovereignty, and credible neutrality,” he added.

Currently, close to $23 billion worth of ETH—approximately 26 percent of the total staked Ether supply—is being staked through the Lido protocol, reflecting the considerable scale at which the platform operates and highlighting the relevance of its governance developments. The smart contracts associated with this upgrade have undergone audits by Certora, OpenZeppelin, Statemind, and Runtime Verification. 

In addition, the parameters of the system were evaluated using agent-based simulations conducted by CollectifDAO and game-theoretic modeling developed by 20squares. 

By incorporating a mechanism that allows stakeholders to respond to governance decisions, the Dual Governance framework introduced by Lido DAO is designed to enhance decentralization, improve system predictability, and support the institutional reliability of Ethereum staking at a broader scale.

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 Davidson










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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Kadena Unveils Chainweb EVM Testnet At EthCC Main Stage

Kadena Unveils Chainweb EVM Testnet At EthCC Main Stage


In Brief

Kadena has launched its Chainweb EVM testnet and developer portal alongside a $50 million grant program, offering a scalable, secure, multi-chain Layer 1 platform and providing an alternative to Layer 2 rollups.

Kadena Unveils Chainweb EVM Testnet At EthCC Main Stage

Public Layer 1 blockchain operating on a Proof of Work (PoW) consensus mechanism, Kadena announced at the main stage of EthCC the launch of its Chainweb EVM testnet and the opening of the Chainweb EVM Developer Portal for general developer access. This development, introduced alongside the unveiling of Kadena’s $50 million grant program, reflects the network’s broader initiative to provide an EVM-compatible, multi-chain architecture designed to serve as a decentralized alternative to Layer 2 rollup solutions.

The current iteration of the testnet consists of five independent Ethereum Virtual Machine (EVM) chains operating simultaneously under Kadena’s Chainweb consensus framework. Each chain benefits from merge-mined security comparable to that of Bitcoin while supporting native interoperability for cross-chain communication. This configuration enables developers to deploy Solidity-based smart contracts on any Chainweb EVM chain and seamlessly transfer assets or liquidity between chains with the simplicity of standard token transfers on a single chain.

At this stage, more than 50 projects have formally committed to launching on the Chainweb EVM network, and over 200 developers are actively engaged in building applications on the testnet. The participant base includes established decentralised finance (DeFi) platforms, infrastructure providers, and gaming protocols such as Sushiswap, LayerZero, Stargate, Minterest, Eonian, Dexalot, Meta Lend, and Espotz. The list of collaborators is expected to continue expanding as the Chainweb EVM testnet evolves.

“Chainweb EVM eliminates the false choice developers have been forced to make. You don’t need to sacrifice security for scalability or build on centralized sequencers to get performance. Over the next few years, developers building serious financial applications will realize they can have parallel processing at Layer 1 with proof-of-work security,” said Stuart Popejoy, Kadena co-founder and CEO, to Mpost. “No more complicated Layer 2 infrastructure, no more week-long finality periods—just scalable, decentralized infrastructure that can actually handle institutional workloads,” he added.

Chainweb EVM is designed to attract the largest segment of Web3 developers who are proficient in Solidity by enabling them to build directly on the Kadena network. To facilitate this process, Kadena’s engineering team has released open-source tools, accessible network endpoints, and a faucet for distributing testnet KDA tokens. The Chainweb EVM Developer Portal consolidates essential resources such as documentation, example repositories, support channels, and detailed information about the grant program.

Interest in Chainweb EVM has been strong even before the official testnet launch. Kadena is collaborating with a select group of prominent partners across the decentralized finance (DeFi), infrastructure, and gaming sectors, who have committed to deploying pilot smart contracts on the testnet in the coming weeks. These early adopters include projects focused on cross-chain automated market makers (AMMs), liquidity routing, stablecoin management, high-throughput non-fungible token (NFT) and gaming platforms, as well as oracle providers integrating Chainweb checkpoints into their data feeds.

Through these initial partnerships, Chainweb EVM seeks to demonstrate Kadena’s vision that developers will benefit from a decentralized Layer 1 blockchain with built-in cross-chain functionality, offering a more efficient alternative to the currently fragmented rollup ecosystems. While rollups provide temporary solutions to Ethereum’s congestion, they often depend on centralized sequencers, face bridge-related security risks, and involve complex fraud-proof mechanisms.

Chainweb EVM addresses scalability at the foundational layer by adding new chains that increase throughput in a linear fashion while maintaining proof-of-work security. Native Merkle-proof transfers enable instant asset movement between chains without relying on external bridges. Parallel transaction execution keeps gas fees low, even during periods of high demand, and distributed mining removes the bottleneck associated with single sequencers.

These combined features position Chainweb EVM as a Layer 1 solution that delivers the advantages typically associated with Layer 2 scaling approaches but without their inherent compromises.

Kadena Launches $50M Grant Program To Accelerate Chainweb EVM Development And Foster Scalable, Decentralized Web3 Infrastructure

Kadena has introduced a $50 million grant initiative aimed at accelerating development, with fifty percent of the funds specifically allocated to projects focused on Chainweb EVM. The grant program offers non-dilutive financial support, technical guidance, assistance with market entry, and security assessment services. Applications are evaluated continuously, and selected teams participate in a funding process based on the achievement of predefined milestones.

“Capital alone isn’t enough; developers need sustainable infrastructure,” said Stuart Popejoy. “Our grant program underwrites builders who share our vision that a truly decentralized, highly scalable EVM can unlock mainstream adoption,” he added.

With the launch announced today, Kadena encourages Solidity developers, auditors, tool creators, and protocol architects to deploy smart contracts, evaluate the robustness of cross-chain transfers, and provide feedback. Resources such as testnet documentation, network RPC endpoints, and faucet access can be found in the Chainweb EVM Developer Portal.

Development efforts are continuing, with the mainnet planned to include a greater number of EVM chains, enhanced indexer capabilities, performance monitoring dashboards, and built-in support for cross-chain transfers, establishing a foundation for the advancement of decentralized web technologies.

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 Davidson










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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How to Analyze Play-to-Earn Game Economics | NFT News Today

How to Analyze Play-to-Earn Game Economics | NFT News Today


Play-to-earn (P2E) gaming is changing how we interact with video games by transforming purely recreational activities into opportunities to earn real-world value. But behind every catchy headline about million-dollar NFT sales or record-breaking token pumps lies a complex economic structure that determines whether a project flourishes or flames out.

If you’re looking to analyze a P2E game’s long-term viability—especially from an economic standpoint—this expanded guide is for you. Below, you’ll find in-depth explanations about token supply, reward pools, and sustainability. We’ll also look at community factors, regulatory considerations, and how different token models might shape the future of this fast-evolving space.

Why Play-to-Earn Economics Matter

Traditional video games were once viewed as leisure activities. You’d buy a game, spend time leveling up or unlocking achievements, and that was it. The money you spent didn’t come back to you in any tangible sense.

Play-to-earn gaming flips the script. Now, players can receive cryptocurrencies or unique NFTs (non-fungible tokens) for their in-game achievements or contributions to the ecosystem.

These digital assets often have real-world monetary value, allowing some players to monetize their gaming skills (or even turn gaming into a full-time gig in certain regions).

Blockchain has blurred the lines between virtual and real economies. Today in-game items can be sold on secondary marketplaces for real money. It’s exciting but also why economic design is key to whether a P2E ecosystem thrives or crashes under its own weight.

Core Components of Play-to-Earn Economics

Tokenomics 101

When we talk about “tokenomics,” we’re discussing the characteristics of a token’s supply, distribution, and incentive mechanisms. Think of it like the monetary policy of a digital world. Important elements include:

Initial Supply

Inflation or Emission Rate

At what rate are new tokens introduced to the ecosystem?

Is there a maximum supply cap, or is it limitless?

Burn Mechanisms

Allocation

How are tokens distributed among developers, early investors, and the community?

Are vesting schedules in place to prevent large dumps?

Reward Pools

In the P2E world, reward pools are where a game sets aside tokens to distribute as player rewards—sometimes for completing quests, winning tournaments, or simply for holding and staking the token.

Community Funding

Some games reinvest transaction fees from in-game marketplaces back into their reward pools. This allows for a self-sustaining model—ideally, the more active the trading, the larger the reward pool becomes.

Timed Vesting Schedules

A well-designed system won’t release all tokens at once. By introducing tokens gradually, the game can balance supply and demand more effectively.

Sustainability Mechanics

The heart of a sustainable P2E economy is balance. If rewards are too high and there aren’t enough in-game “sinks”—ways to spend or lock up tokens—the market can quickly become oversaturated, driving down token value. Conversely, if rewards are too stingy, players may lose interest and leave.

Play vs. Reward: How many players are there for genuine fun versus those who are purely farming tokens?

Earning vs. Spending: Are there in-game items or services that require token spending to regulate the supply?

Governance and Community: Many P2E tokens also act as governance tokens, allowing players to vote on emission rates or new game features.

Evaluating Token Supply in Depth

Total Supply vs. Circulating Supply

You might come across a game that boasts a total supply of 1 billion tokens. However, maybe only 10% (100 million tokens) is actually circulating in the market. The rest could be locked for developer funds, future rewards, or ecosystem grants.

Why It Matters: A relatively small circulating supply compared to the total supply can lead to sudden price drops if those locked tokens flood the market without warning. Always read the project’s whitepaper or documentation to see how and when more tokens will be released.

Inflation and Deflation

Inflationary Model

Some games continuously mint new tokens to reward active players. The upside is that the game can continually attract new users with fresh incentives. The downside is that if there aren’t enough ways to use or burn tokens, their value can plummet.

Deflationary or Limited Supply Model

A game might have a hard cap on token supply or employ frequent burns to maintain or increase scarcity. While this can keep token prices stable or even rising, you must check that the game doesn’t stifle its own growth by making it overly expensive for new players to join.

Vesting and Lock-up Periods

One of the biggest giveaways of a well structured project is how they handle vesting for team members, advisors and early investors. If tokens are released too soon, insiders will dump their tokens, causing price volatility and losing confidence in the project.

Healthy Vesting Example: Team tokens locked for 12 to 24 months with gradual release schedules, means they are committed to the long term success of the project.

Red Flag Vesting Example: Team tokens that unlock within weeks of launch, means it’s a pump and dump scheme.

Understanding Reward Pools

Let’s dive deeper into where these reward pool tokens come from:

Transaction Fees

A popular model: Each transaction in the in-game marketplace has a small fee that goes back into the reward pool.

Advantage: If the game’s economy is active it continuously replenishes itself.

Staking and Liquidity Incentives

Ecosystem or DAO Grants

Distribution Models

How tokens are distributed to players matters just as much as where they come from.

Uniform Distribution

Tiered or Performance-Based Distribution

Balancing Incentives

A good reward mechanism should cater to different types of players: hardcore grinders, casual players and test players. If a game’s economic design only appeals to token farmers the community might be too transactional and kill the long term viability of the project.

Key Indicators of Sustainability

To really get into a project you can track:

Active Wallets: A growing number of unique wallets interacting with the game’s smart contracts often implies user adoption.

Transaction Volume: Consistently high transaction volume can show that players are trading, upgrading, and engaging in the game’s market.

Staking Ratios: A large chunk of tokens being staked signals trust in the project. People generally don’t stake what they expect to plummet in value.

In-Game Utility

A token that has no real use other than “selling it for profit” often spells trouble. Good questions to ask:

Can it buy in-game assets or pay for upgrades?

Does it unlock special features or levels?

Is it the primary currency in a robust NFT marketplace?

The more ways a player can use a token in-game, the less likely it is that people will dump it at the first sign of market fluctuation.

Community Engagement

A thriving community is a strong indicator of potential longevity. Join a project’s Discord or Telegram group, read their announcements, and gauge how active the developers are. Are they regularly releasing updates, addressing questions, and gathering feedback?

Partnerships and Integrations

Lastly keep an eye on high profile partnerships or integrations with other big blockchain projects, real world brands or esports organizations. Partnerships can sustain player interest and expand a P2E game’s ecosystem.

Practical Steps to Analyze a P2E Game’s Economy

Read the Whitepaper Thoroughly

Assess the Team and Their Track Record

Review Smart Contracts and Audits

If you have a coding background, check the smart contracts on Etherscan, BscScan, or other relevant explorers.

On-Chain Data Analysis

Use tools like DappRadar, Nansen, or other blockchain analytics platforms to monitor active users, transaction counts, and token distribution.

Community Interactions

Monitor Secondary Market Behavior

Assess the Gameplay Experience

Potential Pitfalls and Red Flags

Unsustainable APRs

Some P2E games promise extremely high APRs for staking or farming. While that might be good for a quick buck in the short term, it often sets the stage for a bubble. Once rewards dry up or new users stop flowing in token prices will crash.

Excessive Token Minting

If the project mints more tokens without adequate burn mechanisms or utility, inflation will get out of control and the token value will plummet.

Poor Token Distribution

A large portion of tokens held by the development team or early investors means one entity has too much control. That increases the risk of market manipulation and large sell-offs.

Lack of Transparency

P2E projects with vague or incomplete documentation, no public roadmap, and unresponsive developers are often best avoided. Transparency is essential in a decentralized ecosystem.

Ponzi or Pyramid Structure

Be wary of P2E models that rely almost entirely on continuous influxes of new players to fund payouts to existing players. If user growth stalls, the entire economy can unravel.

Real-World Use Cases and Examples

Dual-Token Models

Some games split their tokens into two – one for governance and one for in-game utility. This helps separate speculative trading from everyday transactions. For example, the governance token might allow holders to vote on economic parameters, while the utility token is used for crafting, breeding characters or paying in-game fees.

NFT Land Ownership

Several P2E games offer virtual land plots as NFTs. Owners can build infrastructure, rent space to other players, or host events. Land NFTs can provide passive income, but the economic viability depends on continuous player activity.

Tip: If land ownership is the core mechanic, make sure the game offers reasons for players to interact with that land. If it’s just a status symbol, demand might wane.

Scholarship Programs and Guilds

Some well known blockchain games introduced “scholarship” systems where asset owners lend their NFTs to players who can’t afford them and split the rewards. This has given rise to gaming guilds – groups who pool resources and optimize profits.

Benefits: More accessible for new players and community driven growth.

Drawback: Can lead to token farming syndicates that might accelerate inflation if not balanced well.

Ensuring Long-Term Sustainability

At the end of the day, a successful P2E project is still a game. A good gameplay loop – where players actually enjoy the content – often leads to sustained engagement and organic growth. Look for story progression, competitive modes and social features.

Ongoing Development and Updates

Blockchain is evolving fast. Games that update their smart contracts, add new features and integrate new trends (like Layer-2 scaling solutions for cheaper transactions) tend to stay relevant. A stagnant roadmap can kill community interest.

Balancing New and Existing Players

A healthy economy needs a steady flow of new players as well as strong retention of existing ones. If new players struggle to compete without investing huge sums, the game might deter fresh blood. On the flip side, if existing players feel their early investments are devalued by constant changes or nerfs, they may leave in frustration.

Market Cycles and Adaptability

Crypto markets are crazy. Projects that can weather bearish phases by providing utility, encouraging community involvement and adjusting tokenomics as needed are more likely to survive and thrive.

Looking Ahead: The Future of Play-to-Earn

Big gaming studios are starting to get into blockchain. While indie projects paved the way, AAA studios have the resources to take P2E mainstream. This might mean more polished gameplay and advanced tokenomics but also raises questions about centralization and corporate ownership of in-game economies.

Evolving Token Models

We’re already seeing experimentation with dual-token systems, dynamic NFTs (which evolve based on in-game performance), and tiered NFT classes for advanced players. The next wave of innovation may feature:

Flexible Emission Schedules: Adjusting token supply in real-time based on player counts or economic indicators.

Cross-Game Economies: Allowing NFTs or tokens from one game to be used in another, creating metaverse-like ecosystems.

Regulation and Consumer Protection

Governments are paying more attention to crypto and NFTs which might bring standardized rules or consumer protections to P2E gaming. Projects that adopt best practices – like full KYC/AML and transparent financials – might get ahead of the curve.

Final Thoughts

Analyzing play-to-earn economics is a multifaceted process that goes beyond simply checking a token’s price on a chart. By understanding token supply, reward pools, and sustainability mechanics, you’ll be better equipped to identify which projects have real staying power—and which ones are little more than hype.

Before investing your time or money into any P2E game, remember to:

Dive into the Documentation

Evaluate the Community

Consider the Gameplay

Monitor On-Chain Metrics

Whatever you’re a casual player, a beginner investor or an avid gamer looking to earn some extra cash, the key to success in the play-to-earn space is education. The more you know about these digital economies the better you’ll be equipped to handle this new world of gaming.



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What the Rise and Fall of NFT Games Can Teach Us | NFT News Today

What the Rise and Fall of NFT Games Can Teach Us | NFT News Today


The brutal wave of NFT game shutdowns in 2025 has cleared away hype‑driven experiments that never learned to keep players, funds, or fun in balance. I see the closures as a reset that opens the door for console-quality studios and smarter token models to step in and build products that feel like games first and crypto second.

Key takeaways

Many 2021‑era projects ran out of cash because user growth flat‑lined once the token price stopped rising.

Unsound tokenomics taught investors and designers that earning mechanics must serve the game loop, not replace it.

Funding alone can’t save a title; Ember Sword’s $203 million land sale still ended in offline servers.

Big studios such as Gunzilla, with Off the Grid, show how AAA polish plus optional blockchain perks can win over console audiences.

The market isn’t dead, it’s trimming weak shoots so sustainable projects can get sunlight.

Funding Gaps Exposed

I watched Nyan Heroes raise $13 million, hire a crack dev squad, and still fold by May 2025 once fresh capital dried up. That story wasn’t unique. Blast Royale burned through $5 million and then open‑sourced its code in a last‑ditch gesture of goodwill. Ember Sword sold virtual plots worth an eye‑watering $203 million during the 2021 craze, yet the servers went dark after the team cycled blockchains and missed milestone after milestone. These numbers prove that seed rounds, even gigantic ones, buy time, not certainty.

Traditional mobile and PC studios take nothing for granted: they obsess over day‑one, day‑seven, and day‑thirty retention. Many Web3 teams chased token launches instead of those boring KPIs, so they missed the moment users stopped coming back. I’ve spoken with founders who assumed a rising token would mask weak engagement “long enough” to secure the next raise. Venture capitalists grew wise, secondary markets froze, and the oxygen vanished overnight. Cash flow matters more than token float, and 2025 hammered that lesson home.

Tokenomics Must Grow Up

Players flee when they feel like there is no liquidity. Early play‑to‑earn economies printed rewards faster than new buyers arrived, dumping pressure on anyone who held the token for fun rather than a flip. Mojo Melee’s pivot to AI exposed how little faith its creators had in their own economy once the yield dried up, they sprinted into a hot new sector.

Future designs need caps, sinks, and velocity tuned to real user behavior. I’m a believer in “proof of play”: issue tokens only after the player finishes a match, wins a quest, or hits a skill benchmark. Tie supply to effort, not time elapsed. I’d rather see a season‑pass style drop where only the top five percent earn legendary skins that can be resold. That scarcity keeps value tight and turns speculation into aspiration. Tokens should feel like a badge you earned, not a paycheck you dumped.

AAA Studios Hold the Key

Indie Web3 teams broke ground; now giants must pave the road. Sony filed patents for blockchain‑based digital rights back in 2023, hinting at a stealthy plan to connect PlayStation wallets to mainstream games.

Ubisoft already dipped its toe with Quartz in Ghost Recon Breakpoint. I expect the next wave of NFTs to emerge within franchises that already generate hundreds of millions of dollars in cosmetic sales. Imagine Fortnite letting you mint a limited outfit directly from the locker, then list it inside Epic’s own marketplace no confusing bridges, no browser extensions, just a menu you already trust.

Console ecosystems add a gatekeeper, but they also supply a fortress of security and marketing muscle. When a gamer spends $70 on a boxed copy, they demand polish, branding, and customer support. Small crypto studios struggled to meet those standards. Big publishers can. Once the tech fades into the background and trading feels as painless as buying a battle pass, I predict all gamers will own blockchain items without realizing it.

Off the Grid Shows What’s Next

Gunzilla’s Off the Grid might be the clearest preview. The studio built a third‑person cyberpunk shooter on Unreal Engine 5 with the same slick movement you’d expect from Apex Legends. NFTs sit quietly under cosmetic layers: a player can loot a rare jacket in a match, inspect its provenance, and list it on the integrated exchange. No seed phrase pops up. No gas fee dialog breaks immersion. If you hate crypto, you can scrap the item for crafting parts and move on.

I spent two hours in the closed alpha and noticed how the economy supports the fiction. A legendary cyber‑arm glows because lore says its alloy is scarce, not because some spreadsheet demands token sinks. That narrative coherence is critical. Players forgive monetization when it fits the universe. Off the Grid nails that alignment, which makes me optimistic that blockchain hooks can feel natural rather than bolted on.

Practical Advice for Builders

Focus on retention first. Nail a session loop that keeps at least 40 percent of day‑one users returning after a week. Postpone token emissions until your analytics dashboard shows a stable core audience. Offer custodial wallets at launch; give advanced users the option to self‑custody later. Lock in a console partnership early, because certification timelines stretch months and can kill momentum if left too late. Finally, create a bear‑market survival plan: keep twelve months of burn in stablecoins or fiat, cap founder salaries, and stagger hires behind milestone hits.

I’d also urge new teams to court community moderates, not maximalists. Hardcore crypto traders chase yield and leave when the APR dips. Mid‑core gamers stick if they feel respected, informed, and slightly rewarded. That group builds sticky discord servers, streams content, and converts friends. Aim for them.

Projects that pass these stress tests will own the next chapter. I survived two crypto winters and learned that winter breeds discipline. Games that find product-market fit in February will generate revenue in July.

The shake‑out of 2025 wasn’t a funeral, it was a controlled burn. Weak saplings died, but healthy trunks gained room to grow. I’m betting that by 2027, the term “NFT game” disappears because every major title will quietly use the tech under the hood. Players won’t talk about wallets; they’ll talk about last‑second victories, rare drops, and how good it feels to trade a skin straight from the console dashboard. The future looks bright once we stop lighting money on fire just to watch the charts move.

Frequently Asked Questions

Here are some frequently asked questions about this topic:

Why are so many NFT games shutting down in 2025?

Most projects failed due to poor user retention, weak token models, and funding shortfalls once speculative hype died down.

Does this mean NFT gaming is over?

Not at all. The shutdowns are a healthy reset, clearing the way for better-designed games with real player value and long-term potential.

What role do AAA studios play in NFT gaming’s future?

Large studios like Gunzilla are leading the shift by integrating blockchain quietly into high-quality, console-ready experiences like Off the Grid.

What lessons can new NFT game developers learn?

Focus on gameplay first, delay token launches, build for retention, and simplify onboarding—then layer in blockchain where it enhances value.

Will players need to understand crypto to enjoy future NFT games?

No. The best upcoming games will use blockchain tech behind the scenes, with optional features for those who want to trade or collect.



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Bluetooth Latency Fix: Stop Annoying Audio Delay

Bluetooth Latency Fix: Stop Annoying Audio Delay


One of the most annoying problems with Bluetooth headphones is audio delay. So, what are the causes of this issue? And how can it be solved? The answers you’re looking for are in this article.

Bluetooth headphones are among the most used products in our daily lives. We use these devices for many different purposes, from watching videos and listening to music to making calls. However, like any technological device, Bluetooth headphones can also have some problems. One of the most frustrating is audio latency. So, why does audio delay happen in Bluetooth headphones?

In this article, we will look at the possible causes of the audio latency problem in Bluetooth headphones and its solutions. If you are facing this issue, you’ve come to the right place. You can try to solve the problem by trying the methods we will explain. Without further ado, let’s take a detailed look at this topic.

Why Does Audio Latency Occur in Bluetooth Headphones?

Bluetooth Codec incompatibility

Distance between the device and headphones

Version differences

Device performance

Application problems

Bluetooth Codec Incompatibility

Not every device and every headphone supports the same audio codecs. This can lead to a problem we call Bluetooth Codec incompatibility. When an incompatible codec is used, the data compression and transmission process can be extended. This can cause you to experience audio latency in your headphones.

Distance Between the Device and Headphones

Of course, since Bluetooth technology is used, there are some limitations. Distance is one of them. If there is a greater distance than usual between your headphones and the connected device, you may be experiencing audio delay.

Version Differences

We can see that modern devices feature different Bluetooth versions. Older Bluetooth versions, such as Bluetooth 4.0, may transfer data more slowly. In newer versions, the latency is lower. If you have a device with an older version, you may be experiencing a delay for this reason.

Device Performance

One of the reasons for audio delay can be hardware inadequacies in the devices you use. Insufficient RAM, a weak processor, and other similar problems can cause the sound to arrive later. It can also be affected if many applications are running in the background.

Application Problems

It’s also possible that the audio delay you are experiencing is not directly related to your devices but to applications. If the media, game, or music application you are using has issues like poor optimization, you may encounter audio latency.

How to Fix the Audio Latency Problem in Bluetooth Headphones?

Check the codec settings

Opt for devices with a newer Bluetooth version

Reset and reconnect your Bluetooth headphones

Perform software and driver updates

Reduce physical obstacles, keep the distance short

If available, turn on modes like “Gaming Mode”

Turn off the power-saving mode

Check the Codec Settings

We mentioned that audio delay might be due to codec incompatibilities. You can check the codec settings from your device’s settings. Ensuring they are compatible can help you eliminate the audio latency problem.

Opt for Devices with a Newer Bluetooth Version

Older Bluetooth versions can cause more audio delay. If you want to minimize this risk, you can choose devices with newer Bluetooth versions. Currently, the latest Bluetooth version is Bluetooth 5.4. You can see this version in most new high-end headphones and other devices.

Reset and Reconnect the Headphones

The audio delay problem can often be solved with a simple reset. Disconnect the headphones from your phone, then reset the headphones by pressing the power button. The reset process can be different for each headphone, so we recommend you research how to reset your specific device. After this process, reconnect the headphones to your device. In most cases, this method will solve the audio delay problem.

Perform Software and Driver Updates

If the headphones you use and the device they are connected to are not up-to-date, you may be experiencing audio latency. For this, you should go to the settings section and check if there is a software update. Headphones usually update automatically. However, if you haven’t updated a device like a phone, this problem can occur. There is a chance that the delay problem will be resolved after updating.

Reduce Physical Obstacles, Keep the Distance Short

Physical obstacles and long distances can be among the causes of audio delay. Therefore, minimizing physical obstacles and keeping the connected device close to you can eliminate the audio delay.

If Available, Turn On Modes Like “Gaming Mode”

Some Bluetooth headphones come with special modes like “Gaming Mode.” The main purpose of these modes is to minimize audio latency. If you have such headphones and are experiencing audio delay, we recommend turning this mode on.

Turn Off Power-Saving Mode

Although not very common, the power-saving mode activated on your phone when the battery is low might be causing audio delay by reducing Bluetooth performance. If your saving mode is on, turn it off. You might see a reduction in audio latency this way.

We have looked at the causes of the audio delay problem in Bluetooth headphones and its potential solutions together. You can try these methods too. If you have anything to add, don’t forget to share it with us in the comments.

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