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For all the talk of mass adoption, crypto still has a basic usability problem: wallets are too complicated. If Web3 is going to go mainstream, its front doors need to feel less intimidating and more like the apps people already use daily. Because if wallets stay intimidating, most of the world simply won’t use them.

That’s what makes Core’s latest update worth paying attention to.

Avalanche’s native wallet, Core, just introduced Core Concierge; an AI assistant that lives inside the wallet and helps users complete crypto actions through simple chat commands. Powered by Gemini’s infrastructure, Concierge understands natural language, guides users through tasks like sending assets or swapping tokens, and prepares actions for one-tap approval.

The idea is simple but powerful: what if managing your wallet felt more like texting a personal assistant than clicking through a dashboard?

Why This Matters

Wallets are where everything starts in crypto, but they’re still one of the biggest friction points. For new users, even basic actions like “what chain am I on?” or “how do I bridge from Ethereum to Avalanche?” can feel overwhelming. There’s jargon, confusing interfaces, multiple approvals, and real financial risk if you get it wrong. A single misclick can mean losing your funds.

That complexity isn’t just an inconvenience. It’s a barrier. It turns away the very people Web3 claims to build for: creators, small business owners, and everyday users who don’t live on crypto Twitter or read whitepapers for fun. That’s why user experience isn’t a side quest, but the main event.

Core Concierge changes the wallet experience by letting users interact naturally. No more hunting through menus or guessing what to click next. Want to send tokens? Just ask. Need to swap AVAX for USDC? Tell the Concierge and it’ll prep the transaction for you to approve. It’s like having a crypto-native helping hand embedded in your wallet.

Core Concierge (source)

The Rise of AI Agents in Web3

AI agents are quickly becoming the next big user interface layer in crypto, not just as chatbots, but as infrastructure for navigating complex systems. The idea isn’t new: give users a simple way to express intent, then let software handle the execution. But in crypto, where the execution layer spans multiple chains, wallets, protocols, and tokens, this has been easier said than done. That’s starting to change.

Core Concierge is one of the first serious attempts to bring AI agent design to wallets; and it’s part of a much bigger wave. Projects are racing to embed AI directly into the Web3 experience. The difference now is that users seem ready for it.

A recent CoinGecko survey found that 87% of crypto users are open to letting AI manage at least 10% of their holdings, with nearly half willing to trust AI with up to 50%. That’s a staggering level of trust for a space built on self-custody, and a clear sign that sentiment is shifting.

CoinGecko survey (source)

The value prop is simple: AI agents can help users do more with less mental overhead. Whether it’s explaining tokenomics, guiding through staking flows, or just helping someone bridge assets without fear, these agents are reducing friction. And in a world where UX friction still defines who participates, that could totally change the playing field.

Core Concierge: How It Works

So, what can Core Concierge actually do? At its core, the assistant acts like a personal Web3 operator; embedded directly in the Core wallet interface across mobile, desktop, and browser extension. You type what you want to do, and the Concierge handles the prep: from finding the right interface to drafting the transaction for your review. 

Here’s what it can help with:

Sending assets to wallets or contacts;

Swapping tokens across supported chains;

Bridging funds between networks;

Switching between accounts;

Adding a new account to your wallet;

Transferring funds between accounts.

Everything it does is framed as a suggestion; the final step is always yours. The Concierge doesn’t sign or submit anything on your behalf. Instead, it drafts the action, then lets you approve it with a tap.

This balance between automation and control is key. It’s not trying to be a robo-advisor or a replacement for user intent. The goal is to collapse complexity into a single, intuitive flow, so that what used to take five clicks and three confirmations now takes one simple sentence.

Or, as Core VP Akash Gupta said: “Onboarding to Core should feel effortless, like checking into a five-star hotel.” That metaphor holds up. Where most wallets hand you the keys and a user manual, Core Concierge greets you at the door and asks, “Where to?”

Why Core Can Do What Other Wallets Can’t

Core Concierge isn’t a gimmick bolted onto a wallet. It’s a natural extension of how Core was already thinking about UX. From day one, Core was designed to bridge Web2 simplicity with Web3 power. It’s one of the few self-custody wallets that supports Bitcoin, Ethereum, and Avalanche natively, while offering features like gas-free swaps and staking, a clean interface, and tight integration with the Avalanche ecosystem.

That foundation makes Concierge possible. Now, with AI layered in, it’s going a step further: making intent the interface. You don’t need to know what a wrapped token is, or which chain you’re on, or what the best route for a swap might be. You just say what you want to do, and Core figures it out, without compromising custody or transparency.

It’s a different model than traditional wallets. Where others optimize for power users, Core is betting that the next wave of adoption will come from people who want clarity. People who want to participate in crypto, not debug it. And with Avalanche’s low fees, fast finality, and modular design, Core has the technical room to make that bet real.

What’s Next for Crypto Wallets

Core Concierge is the beginning of a broader trend: AI-native interfaces are going to redefine how users interact with Web3. The agent economy is no longer theoretical. MarketsAndMarkets estimates the AI agent market will grow to $47.1 billion by 2030. In crypto, that future is accelerating. 

Protocols are racing to build embedded agents. Wallets are integrating AI to simplify UX. AI-native dApps are emerging that no longer expect users to read docs, click through dropdowns, or even know what chain they’re on. Just describe the outcome you want. The agent figures it out.

In that landscape, Core’s early launch of Concierge is a positioning move. The team is leading the AI trend. Wallets are the gateway to crypto. Whoever builds the most intuitive, trusted, intelligent wallet wins. Core knows that.

The post Avalanche Adds AI to Its Wallet: What to Expect? appeared first on Metaverse Post.

Payments infrastructure provider and USDC stablecoin issuer Circle announced that it has announced the launch of USDC on the XRP Ledger (XRPL) mainnet, marking the stablecoin’s availability to developers, institutions, and users without requiring a bridge. With this integration, USDC can now be accessed directly through Circle Mint and Circle APIs on XRPL, enabling streamlined liquidity access and utilization of the ledger’s performance features.

The XRPL operates as a decentralized Layer-1 blockchain, optimized for the issuance and exchange of tokenized assets, including both digital currencies and traditional financial instruments. It is supported by a global ecosystem of contributors, including independent developers, validators, and organizations such as the XRPL Foundation, XRPL Labs, XRPL Commons, and Ripple. Since going live in 2012, the XRPL has handled more than 3.3 billion transactions across a variety of sectors and applications.

USDC Integration On XRPL Expands Use Cases Across Payments, DeFi, And On/Off-Ramps

Through Circle Mint and Circle APIs, exchanges, digital wallets, institutional participants, and developers can now access USDC on the XRPL to support various use cases. These include enabling near-instant global payments and remittances, developing decentralized finance applications such as asset swaps, trading platforms, and credit protocols, and facilitating low-cost conversion between fiat currencies and digital assets.

Access to USDC on the XRPL for businesses is available by registering for a Circle Mint account, which provides fiat-to-USDC on/off-ramp capabilities. Smaller institutions and individual users can obtain USDC through third-party providers listed on USDC.com. Developers interested in building on the XRPL with USDC can utilize resources such as Circle’s Faucet for testnet tokens or consult available developer documentation. USDC operates as an open-source protocol with no permission requirements, allowing unrestricted integration into XRPL-based applications.

USDC is now live on the XRP Ledger (@RippleXDev)!

With the launch of native @USDC on the XRPL, developers, institutions, and users gain the support of the world’s largest regulated stablecoin.

Enterprise B2B payments: Use USDC for global money movement and improve capital… pic.twitter.com/WjXr7ui2Kp

— Circle (@circle) June 12, 2025

Circle functions as a global financial technology firm that offers infrastructure to facilitate the use of digital currencies and public blockchain networks in areas such as international payments, commerce, and financial services. Its platform supports the issuance and operation of regulated stablecoins, including USDC and EURC, through licensed subsidiaries. The company is positioning its platform to become one of the most comprehensive and widely utilized stablecoin systems in the market. 

Recently, Circle has completed its transition to a publicly traded entity and is now listed on the New York Stock Exchange under the symbol CRCL.

The post Circle Brings USDC On XRP Ledger, Delivering Institutional-Grade Stablecoin Infrastructure To Support Global Payments And DeFi Growth appeared first on Metaverse Post.

In 2025, many governments and national banks are working on CBDCs — central bank digital currencies. These are digital forms of government money that can be used like cash or bank transfers but in a digital system. The goal is to update how money works in each country and prepare for a world where cash is no longer the main way people pay.

Different countries are moving at their own pace. Some have already launched CBDCs. Others are still writing the rules or testing the technology. The biggest focus areas are how to protect people’s privacy, how much control central banks should have, and how to make digital money work with existing systems.

For earlier milestones and background on the global CBDC race, including China’s early pilots and the EU’s investigation phase, refer to this detailed overview.

This article looks at how the United States, China, European Union, and Israel are building their CBDC systems — and how each one reflects a different political and technical strategy.

The U.S. Approach: Policy First, Privacy Still the Priority

The United States has not yet launched a digital dollar, but there have been many discussions. In the last few years, the Federal Reserve has released multiple documents explaining what a future CBDC might look like in the U.S.

The U.S. is focused on these three points:

Protecting user privacy and freedom;

Stopping illegal activity using digital money;

Keeping the U.S. dollar as the leading currency in the world.

In 2022, the U.S. Congress introduced the eCASH Act — short for Electronic Currency and Secure Hardware Act. This bill suggests creating a digital dollar that works like cash. It would be private, work offline, and not be controlled by one central database. Users could make payments without linking their identity, similar to how physical cash works today.

But this bill is still under review. There’s no official digital dollar yet. The Federal Reserve and other agencies like the U.S. Treasury and Congress are still working out how to design it. Their approach is slower than in other countries because they want to make sure it fits the U.S. Constitution and public expectations.

China: Moving Fast with Central Control

China is far ahead in creating and testing its CBDC, called the digital yuan or e-CNY. It started small in 2020 and expanded quickly. The People’s Bank of China (PBoC) has tested the digital yuan in many big cities. People can already use it to pay for buses, shop online, and even receive salaries.

By 2023, over 260 million people had access to e-CNY. That makes it the largest CBDC pilot in the world.

But China’s model is very different from the U.S. It is fully centralized. The government can track how the money is used. It can follow each transaction in real time and stop money from moving if needed. Chinese leaders say this helps stop fraud, tax evasion, and corruption. Critics worry that it gives the government too much control and not enough privacy to users.

European Union: Privacy Comes First

The European Central Bank (ECB) is building a digital euro. Unlike China, the EU puts privacy and personal choice at the center of its plan.

In October 2023, the ECB finished its research phase and started working on a real version. The digital euro will be:

Usable both online and offline;

Protected by privacy settings;

Built to work in all EU countries;

Designed with limited data sharing, only what’s needed for law enforcement.

Banks and other companies that handle the digital euro will only collect the minimum information required by anti-money laundering rules. Users will have more freedom to choose how private their payments are.

This plan matches the EU’s usual rules that protect user rights and give people more control over how their information is used.

Israel: Building and Testing, but Not Rushing

In March 2025, the Bank of Israel introduced a full draft of the digital shekel. It includes many new features like:

Smart contracts, which let money follow certain rules;

Offline mode, so payments still work without the internet;

Faster and cheaper payments for local and cross-border uses.

Israel also created the Digital Shekel Challenge, which invites tech companies to test the currency in creative ways. But even though the design is ready, Israel is waiting to see how things develop in the European Union before launching its own CBDC.

This shows that Israel is taking a careful, step-by-step approach. It wants to be ready but not go first.

The Rise of No-KYC Crypto Wallets as an Alternative

While governments build their own digital currencies, some users are turning in a different direction. They want more privacy than what CBDCs can offer.

This is where no-KYC crypto wallets come in. These tools allow people to buy Bitcoin without KYC — meaning they don’t have to show ID or personal information. Unlike traditional banks, these wallets don’t collect user data. That makes them attractive to those who care about privacy and freedom.

Many privacy-focused investors believe government-issued currencies, even in digital form, could increase financial surveillance. This has created more interest in non-custodial wallets and decentralized exchanges that give full control to the user.

Smaller Countries Already Live — But Still Face Challenges

While the world watches the U.S., China, and the EU, some smaller countries have already gone live with CBDCs. These include:

The Bahamas — with the Sand Dollar;

Nigeria — with the eNaira;

Jamaica — with Jam-Dex.

These early movers showed that launching a digital currency is possible. But their systems have faced issues. Many people still use cash. Merchants are slow to accept digital money. And some areas have limited internet coverage.

Still, they offer a test case for others, showing what works and what needs improvement.

The Bigger Picture: CBDC Plans Around the World

According to the latest data, 134 countries are working on CBDCs in some form — whether it’s research, pilot programs, or full-scale design. Most central banks are trying to figure out how to make digital money that works safely and respects their country’s laws.

A 2024 report by the International Monetary Fund (IMF) says that CBDCs could reduce the cost of money transfers by 30–40%. They could also make public spending more transparent and cut down delays in government payments. But there are also risks: cyberattacks, technical failures, and over-centralization of user data.

One Global Trend, Many Local Paths

In March 2025, Christine Lagarde, President of the European Central Bank, stated during her speech:

“A digital euro could help to ensure a socially optimal level of data protection and would enable citizens to transact in the digital economy while enjoying the privacy benefits associated with cash.”

Her words highlight the central question governments now face: how to bring digital currency into everyday use without losing the freedoms people associate with traditional money. Trust will not come from speed or innovation alone — it will depend on how well new systems reflect the values they’re meant to serve.

The shift is already underway. As digital currencies move from theory to practice, public confidence will shape their future more than policy timelines.

The post CBDC Tracker 2025: US, China, EU, And Israel Shape The Future Of Government-Backed Digital Currency appeared first on Metaverse Post.

Platform centered on AI agents in gaming and entertainment, Virtuals Protocol introduced a revised Genesis Points system intended to better align rewards with meaningful engagement across the ecosystem. Activities such as staking, trading, developing, or participating in discussions will now contribute more directly to point accumulation.

The latest update includes adjustments to the staking duration multiplier, the introduction of new features such as a multiplier for secondary staked purchases and net buy activity, and the removal of the developer lock multiplier. Additionally, a net buy multiplier has been added for community discussions, and further clarification has been provided regarding the evaluation of discussion quality and project reviews.

This update refines the original Genesis Points structure, which serves as the core mechanism for tracking user contributions. The system categorizes points into two forms: the Daily Active Bonus (DAB), which requires manual claiming each day, and the Daily Direct Points (DDP), which are distributed automatically. These points influence eligibility for participation in Genesis-related launches and represent a user’s involvement in the development of AI agent-driven economies.

https://t.co/Dmium0DXXE

— Virtuals Protocol (@virtuals_io) June 12, 2025

Daily Active Bonus, or DAB, represents a manually claimed point stream available once per day through the Virtuals platform. Points under DAB are accumulated primarily through the staking of various agent tokens, including Genesis, Airdrop, Regular, and Secondary types. The system applies a revised multiplier for staking duration, where longer staking periods now yield increased rewards sooner, incentivizing sustained engagement. A newly added multiplier also applies to tokens staked that were acquired through secondary market purchases, providing additional points. Users with a positive net buy balance—calculated as total purchases minus total sales—are now eligible for bonus points. Trading activity also contributes to point generation, although the platform monitors for suspicious behavior, such as wash trading, which may result in penalties. The previously active developer lock multiplier has been removed, although the green dev lock remains in use for managing cooldowns. Project reviews have been clarified, and Virtuals Protocol continues to assess projects based on their ongoing contributions, with favorable outcomes leading to ecosystem support.

Daily Direct Points, or DDP, are automatically distributed to user wallets without the need for manual claiming. These are earned through staking tokens such as VIRTUAL, which generates veVIRTUAL, and VADER. Users can also earn points through platform discussions—referred to as ‘yapping’—though only posts meeting certain content quality thresholds are eligible. An additional multiplier has been introduced for users with a positive net buy balance who also contribute through yapping, potentially enhancing their overall point allocation.

How To Earn Stake Agent Tokens 

In order to be eligible for DAB, staking of agent tokens is required. Without active staking, no DAB points are awarded. Staking can be completed via the default Virtuals staking contract, accessible on the main site through the user profile section, or through approved project-specific contracts. These whitelisted contracts must adhere to a mandatory 14-day unstaking cooldown. If a staking option is not available for a specific agent token, users may request the project be reviewed for whitelist approval.

Dev Lock serves as a publicly visible indicator showing how much time remains before a developer wallet can unlock its associated agent tokens. Although it no longer influences point multipliers, it remains essential for determining eligibility for TP Cooldown. This mechanism supports the enforcement of fairness within the ecosystem while providing users with a transparent view of project commitment and potential risk. There are three main Dev Lock statuses: a Green Lock indicates tokens will remain locked for more than seven days, with no multiplier benefits and triggers on selling; a Yellow Lock shows that tokens will unlock in fewer than seven days, carrying no multiplier and exempt from TP Cooldown; and the DYOR status reflects already-unlocked tokens, with neither multiplier nor cooldown conditions applied.

TP Cooldown, or Take Profit Cooldown, refers to a 10-day penalty period that activates when a user’s Genesis token holdings fall below their original allocation from a Genesis launch. This can result from either selling or transferring tokens, and it directly affects all streams of point accumulation, including Daily Active Bonus and Daily Direct Points. The impact of TP Cooldown is tied to the connected X account, ensuring consistent enforcement across identity-linked activity. While users can continue to earn points during this period, the rate is reduced in proportion to how much of the allocation was sold. For those who offload a large percentage of their allocation, point earnings may drop sharply—potentially to zero at the start of the cooldown—before gradually recovering. Regardless of the severity, the cooldown period is fixed at ten days. Participation in Genesis launches remains permitted during this time, but all point income is affected when the original allocation threshold is breached.

Developer Wallet Rules 

Developer wallet guidelines remain consistent. These wallets can earn Genesis Points through activities such as yapping for points, staking by locking VIRTUAL to obtain veVIRTUAL, and participating in staking within other agents’ ecosystems by holding tokens that are not their own. However, developer wallets are not awarded points for staking their own tokens. This limitation is intended to avoid conflicts of interest and to ensure that points are earned through genuine community involvement.

High-quality, original content continues to be rewarded, with an internal leaderboard that ranks contributors daily based on the value of their contributions rather than mere engagement metrics. Practices like wallet hopping and point farming are monitored and subject to penalties.

Virtuals Protocol maintains ongoing oversight of Genesis and OG projects, assessing their active development, contributions, and alignment with the broader ecosystem. Projects demonstrating consistent progress may receive additional support from the protocol. There is a long-term goal to decentralize this evaluation process while maintaining fairness and integrity throughout all assessments.

The post Virtuals Protocol Announces Genesis Points System Update With Revised Staking Multiplier And New Features appeared first on Metaverse Post.

According to Mounir Benchemled, founder of Velora and an early innovator in decentralized exchange aggregation, despite billions of dollars locked in DeFi and years of technical progress, decentralized finance still feels broken for the average user.

Gas fees fluctuate wildly. Wallets require constant attention. Bridges are fragile. And navigating across multiple chains often feels more like debugging than investing.

In theory, DeFi should be simple: permissionless, global, and intuitive. In reality, it’s anything but.

“Crypto was designed for protocols, not for people,” says Benchemled. “We’ve made big strides in scalability and composability, but the average user still has to think like a blockchain engineer just to make a basic trade.”

He argues that we’ve reached the limit of what minor UX improvements and protocol tweaks can achieve. What DeFi really needs, Benchemled believes, is a fundamental shift in how users interact with blockchains.

His proposed solution? Intents — a seemingly simple but potentially revolutionary idea that could finally make DeFi feel complete.

From Protocol Complexity to User Intent

The concept of intents is simple: rather than requiring users to manually create transactions, such as selecting chains, choosing liquidity sources, approving tokens, and paying gas, they should just express their objective and allow the network to determine how to achieve it.

Envision using a DeFi application and typing, “Swap 1,000 USDC for ETH at the best price.” That’s all there is to it. There’s no need to identify a DEX, chain, or slippage tolerance. An intent engine processes your request, and a network of competing agents works swiftly to fulfill it for you, optimizing for price, speed, and security along the way.

“It’s like switching from command line to GUI,” Benchemled explains. “You don’t instruct the computer on the exact steps to take; you simply indicate what you want to accomplish.”

This model goes beyond merely simplifying UX; it eliminates the operational intricacies that have made DeFi difficult for the general public to access. Gas fees are estimated in advance, and cross-chain executions happen automatically. Additionally, many intent-based frameworks incorporate protection against frontrunning (MEV), usually through private off-chain auction mechanisms.

The outcome is an experience reminiscent of Venmo rather than Solidity, all while preserving the decentralization and transparency that are fundamental to cryptocurrency’s value.

The Coinbase Breach As a Reminder

If there was any uncertainty regarding the price of prioritizing convenience over control, recent events have made this tradeoff starkly evident. Just last week, Coinbase reported a $20 million data breach involving rogue customer support staff. Sensitive user information was affected, and an internal ransom was demanded.

Such incidents highlight the delicate trust model inherent in centralized platforms and stress the importance of self-custodial tools, such as those utilizing intent-based infrastructure.

“With intents, we can finally provide the convenience of a centralized exchange,” Benchemled points out, “without losing control to a middleman who could be hacked, act deceitfully, or vanish.”

A Developer Flywheel, Finally

Intents not only enhance the usability of DeFi but also simplify the building process. 

In the past, DeFi developers faced challenges such as navigating different chains, liquidity fragmentation, gas optimization, and ensuring smart contract compatibility. The 2024 Crypto Developer Report by Electric Capital reveals that only one-third of crypto developers work across multiple chains. Furthermore, this practice carries risks: a 2025 Arvix study of over 900,000 smart contracts discovered that almost 18% malfunctioned when copied across networks.

Intents change that equation.

By separating application logic from protocol execution, developers can create DeFi applications without the concern of where or how their logic operates. Rather than crafting Solidity contracts that have to be redeployed and re-audited on each chain, they can simply establish intent schemas and connect to the existing execution layers.

“Think of how Web2 developers build apps,” says Benchemled. “They don’t stress about DNS settings or server architecture. They just call APIs. That’s what intents make possible in crypto.”

This abstraction unlocks faster development cycles, better composability, and, critically, a smoother onboarding path for traditional developers who’ve been put off by crypto’s steep learning curve.

Unlocking New Use Cases

Intents also pave the way for a new class of financial strategies—ones that were previously only available to centralized players or highly technical users.

Users can now place conditional limit orders, execute time-based strategies, or build crosschain arbitrage bots without writing custom smart contracts. Everything becomes a matter of defining “what” you want to do, and letting the network coordinate the “how.”

“DeFi shouldn’t just replicate TradFi, it should outperform it,” Benchemled adds. “And that’s only possible if we remove the bottlenecks that slow users and developers down.”

By abstracting complexity while improving execution quality, intents help make advanced onchain strategies accessible to everyday users, not just power traders.

The Road to the Next 100 Million Users

If cryptocurrency is to become the financial backbone of the future, it must abandon the attitude of early adopters and begin developing for average people.

That implies the experience must be clean, straightforward, and focused on outcomes rather than execution. Intents and their supporting infrastructure, from agent networks to private auctions—provide a viable, scalable road ahead.

“Mass adoption isn’t going to happen because we ship more chains,” Benchemled tells me. “It’ll happen when users stop thinking about chains entirely.”

In that way, intentions are not only a new technology. They are a reset button, allowing DeFi to be rebuilt in a way that finally makes sense to those who use it.

The post The One Idea That Could Finally Make Crypto Work for Everyone appeared first on Metaverse Post.

Layer 2 scaling solution for Ethereum, Immutable announced a collaboration with the IMX Ecosystem Foundation to introduce direct staking on Immutable zkEVM, scheduled to begin on June 19th. This development will allow participants to qualify for IMX token rewards, which will be distributed on a biweekly basis as an incentive for continued engagement within the Immutable ecosystem. Concurrently, staking on Immutable X will be discontinued on the same date, aligning with the ongoing integration of Immutable X and Immutable zkEVM into a unified Immutable chain.

Starting June 19th, holders of IMX tokens will be able to stake on Immutable zkEVM and take part in the ecosystem by engaging in at least one NFT trade during each reward cycle. This staking process will now also accommodate users with Passport wallets. To be eligible for rewards, users must have staked IMX and executed at least one qualifying NFT trade within the relevant two-week period on a marketplace supported by the Immutable zkEVM orderbook. Marketplaces such as TokenTrove, OKX, and Sphere are among those currently integrated with this orderbook.

Under the updated reward framework, 20% of protocol fees—derived from the 2% trading fee levied by Immutable—will be distributed to stakers. The amount of IMX rewards distributed to each participant will depend on two main factors: the quantity of IMX tokens staked and the length of time those tokens remain staked throughout the biweekly cycle.

Immutable X Staking To Conclude On June 19

Staking on Immutable X is scheduled to conclude with the end of the 73rd epoch on June 19th. At that point, rewards will be distributed and all user funds will be automatically unstaked and returned to their respective wallets. After this time, initiating new staking positions on Immutable X will no longer be possible.

Users have two available migration paths to Immutable zkEVM to continue staking. They may either transfer their assets in advance via a supported bridge and begin staking immediately, or wait for the automatic migration of funds that will occur once the Immutable X chain is integrated into Immutable zkEVM. In the latter case, manual staking on Immutable zkEVM will still be required after the transfer. Migrating IMX holdings ahead of the chain merge is advised in order to ensure eligibility for staking rewards on the new network.

IMX staking is coming to Immutable zkEVM on the 19th of June.

As part of the merge of Immutable X and Immutable zkEVM, staking on Immutable X will end on the 19th of June.

Here's what you need to know pic.twitter.com/G4EcqE8o7Y

— Immutable (@Immutable) June 12, 2025

In order to transfer IMX tokens from Immutable X to Immutable zkEVM, users have two main options: they can either bridge assets directly through Layerswap, or first bridge from Immutable X to Ethereum and then proceed to bridge into Immutable zkEVM.

Immutable zkEVM is a Layer 2 blockchain developed by Immutable in partnership with Polygon, designed to support Web3 gaming applications. It incorporates zero-knowledge rollup technology along with full compatibility with the Ethereum Virtual Machine (EVM). This infrastructure enables developers to deploy existing Ethereum-based smart contracts without requiring changes, while also benefiting from reduced transaction costs and increased speed, all underpinned by Ethereum’s security model. 

In contrast to Immutable X—which is optimized for gas-free NFT minting and trading but does not support smart contracts—Immutable zkEVM offers a more comprehensive framework, allowing for the integration of complex in-game logic and economic systems within a scalable environment.

The post Immutable Launches Direct Staking On zkEVM, Will End Immutable X Staking On June 19 appeared first on Metaverse Post.

Cryptocurrency exchange Binance has introduced a redesigned application interface called Binance UI Refined, aimed at delivering a more adaptable and personalized trading experience. The updated user interface and user experience (UI/UX) incorporate AI-driven customization, allowing the app’s homepage to reflect individual user preferences.

The release coincides with Binance’s upcoming eighth anniversary and follows a beta testing phase in which 91% of participants provided positive feedback. The platform’s updated design introduces a clearer structure that allows users to navigate from basic to advanced features according to their level of experience. Those new to crypto can engage with a streamlined version focused on learning, while more experienced users can tailor their interface to access advanced tools and functions.

Binance’s latest update also reflects a broader aim to align with the regional and cultural preferences of its global user base. Features such as customizable layouts and adjustable information density are intended to support diverse usage styles. Moving away from a uniform design, the company positions this release as a step toward setting new UI/UX standards in the digital asset space through personalized and context-aware interaction design.

“Binance UI Refined marks a fundamental shift in how users engage with crypto. Instead of forcing everyone into the same layout, we’re giving each of our millions of users the power to shape their own experience — with AI-powered widgets, personalized layouts, and smart recommendations that reflect their level, interests, and region,” said Jeff Li, VP of Product at Binance, in a written statement. “As the crypto industry evolves, we’re setting a new standard for intuitive, inclusive, and intelligent product design,” he added.

Refined Interface: AI, Personalized Homepage, And Enhanced Design Features

With its updated interface, Binance has integrated AI-driven functionality into its app to enhance user interaction and navigation. The system recommends widgets aligned with a user’s experience level, enabling beginners to focus on foundational features, while more experienced users can access advanced trading views, including enhanced market depth and detailed order book displays. Region-specific widget suggestions further support a localized experience that reflects the diverse trading habits of Binance’s international user base.

The new Binance UI supports homepage customization, where users can add, organize, and resize widgets to meet their individual preferences. The platform includes drag-and-drop tools and layout flexibility that adapt to various devices and screen formats, ensuring a consistent and responsive experience.

Included in the redesign is a comprehensive collection of widgets intended to support trading activity, learning, and market monitoring—all directly from the homepage. Among the key features is the AI Trending Widget, which scans platforms like X (formerly Twitter) and Binance Square in real time to highlight tokens gaining social attention. Users are also offered continuous updates on market sentiment, including detailed bullish and bearish indicators drawn from social media activity.

Additional widgets cover a range of features such as portfolio tracking across different categories (spot, futures, and new listings), monitoring high-performing traders, viewing ETF flows, and accessing yield products. A dedicated “For You” section within the widget library uses user profiles to recommend suitable tools, streamlining the personalization process. Binance has indicated plans to expand this widget offering in the future.

The updated interface introduces a refined visual design that prioritizes clarity and visual comfort. Adjustments to spacing, typefaces, and iconography contribute to a more modern, consistent appearance. Users can also select from multiple theme options to reduce screen glare. For iOS users, a new Midnight Black theme offers a darker display option aimed at minimizing eye strain.

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Japan-based AI firm Sakana AI has introduced a new approach called Text-to-LoRA, a hypernetwork architecture designed to generate task-specific Low-Rank Adaptation (LoRA) modules for large language models (LLMs) based on textual task descriptions.

This method draws inspiration from biological systems, particularly the way living organisms can quickly adapt to environmental stimuli using limited input—such as how human vision adjusts to varying light conditions. In contrast, modern LLMs, while capable and broad in knowledge, typically require labor-intensive fine-tuning and large datasets to adapt to specific tasks.

Text-to-LoRA, or T2L, addresses this challenge by training a hypernetwork to interpret a natural language prompt describing a task and then produce a corresponding LoRA adapter optimized for that task. Experimental results suggest that T2L can effectively encode a wide range of pre-existing LoRA modules. While the compression introduces some loss, the resulting adapters still achieve comparable performance to those tuned directly for the task.

Additionally, T2L demonstrates the ability to generalize to new tasks not seen during training, provided a clear text-based description is available. The system’s strength lies in its efficiency—it produces LoRA adapters through a single, lightweight generation step, requiring no further task-specific fine-tuning.

This development reduces the barriers associated with customizing foundation models, making it feasible for users with minimal technical expertise or limited computational resources to create specialized model behaviors using only natural language.

We’re excited to introduce Text-to-LoRA: a Hypernetwork that generates task-specific LLM adapters (LoRAs) based on a text description of the task. Catch our presentation at #ICML2025!

Paper: https://t.co/2FRiVF1UXJ
Code: https://t.co/rx4G7dq1SW

Biological systems are capable of… pic.twitter.com/UdUYfqRXBS

— Sakana AI (@SakanaAILabs) June 12, 2025

Sakana Advances Nature-Inspired AI 

Sakana AI is a Tokyo-based AI research organization that explores AI development through methodologies influenced by natural systems. Rather than relying on singular, large-scale models, the company focuses on combining multiple smaller, autonomous models to function as a coordinated collective, drawing conceptual parallels to biological systems such as schools of fish. This strategy emphasizes adaptability, efficiency in resource usage, and long-term scalability.

The company recently introduced the Darwin Gödel Machine, a self-modifying AI agent capable of revising its own code. Inspired by evolutionary theory, this system maintains a lineage of variant agents, allowing continuous experimentation and refinement across a broad spectrum of self-improving architectures.

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Open-source AI identity platform Second Me released its repositories on GitHub, designed to enhance automation and efficiency across AI workflows. 

The feature allows individuals to develop a personalized AI digital twin by training it on their own data. The system is designed to model a user’s knowledge, communication patterns, and personal preferences in order to produce an AI agent that closely represents their individual characteristics. It operates entirely on local devices, such as personal laptops, ensuring full privacy and user control over the training process and resulting data.

Mindverse is launching Second Me: The First Open Source AI Network.

Key Benefits:
1. Train Your AI Self
2. Scale Your Intelligence
3. Connect with a Network of AI entities
4. 100% Privacy and Control

Here's how they made it pic.twitter.com/N5kpKZvN8R

— Second Me (@SecondMe_AI1) March 20, 2025

Second Me operates as a decentralized AI identity layer, enabling users to maintain control over their data while interacting within a broader network of AI agents. Trained and hosted locally, it allows individual users to manage their own AI instances without sacrificing privacy, while remaining interoperable at a global scale.

The system is designed to serve developers, AI practitioners, and domain experts as a foundation for extending cognitive capabilities into digital environments. It functions as both a personal AI interface and a framework for creating context-aware, identity-linked applications.

Key features of the platform include the ability to train AI agents with user-specific information through Hierarchical Memory Modeling and a proprietary Me-Alignment Algorithm. These mechanisms allow each instance to develop a contextual understanding of the individual it represents, supporting accurate and personalized responses.

Deployment capabilities allow users to launch their AI identity from local machines onto a decentralized network, where permissions govern interactions and context sharing with third-party applications or services.

The platform also enables development of applications that include dynamic role-switching for context-sensitive representation, and collaborative environments where multiple AI agents—referred to as “Second Mes”—interact to exchange ideas or co-create solutions.

In contrast to centralized AI services, Second Me prioritizes privacy and autonomy, keeping training data and identity models entirely within the user’s control.

Second Me Introduces Version Control, Performance Enhancements, And Additional Features

As part of its ongoing development, Second Me is advancing its position as an open-source infrastructure for AI-based identity systems. The platform’s roadmap includes several recent technical updates such as a refined version control system aimed at managing different iterations of memory and identity states more effectively. In addition, continuous training pipelines are being introduced to ensure that AI agents can evolve progressively through the integration of new memory data.

System-level improvements are targeting areas such as inference efficiency, model alignment accuracy, and upgrades to underlying model architecture. These updates are designed to improve the reliability and performance of deployed agents.

Furthermore, cloud-based capabilities are being explored to support model training and deployment, offering users an alternative to local infrastructure and reducing the computational load typically required on personal devices.

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Ethereum-equivalent zero-knowledge (ZK) rollup Taiko introduced preconfirmations on its Hekla testnet, aiming to improve transaction speed ahead of full deployment on the Alethia mainnet. This stage employs a temporary whitelist system and features  configurable block durations with users expected to observe improved responsiveness due to targeted block times of two seconds. These timings may be further reduced depending on network throughput, data availability advancements, and ongoing efficiency gains in ZK-proof technology.

This rollout represents the initial phase of a planned two-part upgrade. The current implementation limits sequencing to approved participants, while the subsequent phase will introduce permissionless sequencing. This phased structure mirrors the network’s earlier transition to open block proposing.

In order to support resilience and infrastructure diversity, the testnet utilizes three distinct sequencing clients developed by Nethermind, Chainbound, and Gatacca. Each of these clients is actively contributing to the network under the whitelist model and has been released as open source.

Based preconfirmations are now live on our Hekla testnet!

We're one major step closer to bringing speed without compromise to the Taiko Alethia Mainnet. The future is fast, and the future is based.

1/ https://t.co/iXQ5M3BweS

— Taiko.eth (@taikoxyz) June 11, 2025

According to Taiko, this development marks an early step in Taiko Alethia’s broader strategy to enhance user experience without compromising the core principles of its based rollup design. Public access to the Hekla testnet is open, and users can interact with the environment as usual without additional steps.

What Is Taiko Alethia? 

Taiko functions as a Layer 2 scaling protocol for Ethereum that is fully open-source and permissionless, utilizing a Type‑1 ZK Ethereum Virtual Machine (EVM) to maintain full equivalence with the Ethereum mainnet.

The name “Taiko Alethia” refers to the rebranded version of the original Taiko mainnet, a change implemented in February 2025. Alethia represents the continued development of Taiko’s decentralized rollup infrastructure, which operates without a centralized sequencer and is built to scale Ethereum-compatible applications while preserving trustless execution. Since its initial deployment in May 2024, the Taiko network has recorded substantial transactional activity, surpassing 550 million transactions across the system.

The Hekla testnet, also identified as Alpha‑7, serves as the last primary testing environment before the full launch of Taiko Alethia. Introduced in April 2024, Hekla remains available as a live testbed where both users and developers can interact with features scheduled for eventual inclusion in the production network.

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Provider of blockchain shortcuts, Enso announced its community funding round on the token issuance platform CoinList. Four percent of the project’s total supply of 100 million ENSO tokens will be offered to the public in a $5 million round.

Enso has created a fast solution for building and deploying on-chain applications by integrating various blockchain frameworks into a single unified network. Supported by prominent Web3 venture capital firms such as Polychain Capital, Multicoin Capital, Spartan, Dialectic, Cyberfund, and IdeoVentures, the platform allows developers to access, write, and interact with smart contracts across multiple chains through one integration point.

The community round will launch on CoinList on June 12th, at 5pm UTC and conclude on June 19th, at 5pm UTC. This event provides community members the chance to acquire ENSO tokens at a fully diluted valuation of $125 million, which is lower than a previous VC round, offering participants more favorable entry terms. The round is designed to support the decentralization of Enso’s protocol by enabling a wide range of users to participate.

“The ENSO token plays a critical role within the Enso ecosystem, and the CoinList community round will be pivotal in democratizing access to it,” said Connor Howe, Co-Founder of Enso, in a written statement. “With the support of our growing community, we’re on course to launch a new era for blockchain interoperability that’s easier for developers and users alike to interact with,” he added.

Enso Empowers Over 100 Enterprises With Unified Blockchain Development Platform, Advancing Seamless Omnichain Integration

Enso is utilized by more than 100 enterprises across various sectors, including AI agents, blockchains, restaking, asset management, cross-chain infrastructure, decentralized exchanges, perpetual contracts, Telegram bots, money markets, staking platforms, automation tools, and AI frameworks. The platform is designed not only to support large organizations but also to serve hobbyist developers and startups seeking to develop blockchain applications quickly.

Developers in the blockchain space face challenges due to complex integrations and the fragmentation caused by the rapid growth of omnichain ecosystems. Enso addresses these issues by providing a unified access point for blockchain development, enabling both read and write operations through a single interface.

The platform enables developers to specify intents that represent their desired outcomes, which are then translated into executable workflows interacting with smart contracts across multiple blockchains. By offering a universal abstraction layer, Enso standardizes diverse on-chain operations, eliminating the need for developers to manage the complexities of individual protocols or networks.

As an open-source network, Enso allows developers and AI engines to contribute necessary data feeds and smart contract information for execution. This integration of ecosystem features into one tool aims to facilitate the onboarding of new web3 developers. The upcoming CoinList community round is intended to support this mission, advancing the industry toward a seamless omnichain environment.

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AI-powered search engine Genspark has launched the Genspark AI Browser, a new browser designed to integrate advanced AI capabilities directly into the web browsing experience. This browser aims to enhance user interaction with the internet by automating tasks such as research, comparison, and information organization, reducing the need to switch between multiple tabs or sites.

The browser is engineered for high-speed performance, enabling pages to load instantly and AI-driven features to operate in real time, maintaining a seamless and efficient user experience. It incorporates advanced ad-blocking technology that automatically removes numerous advertisements, creating a cleaner and less distracting browsing environment.

Additionally, the browser includes a built-in AI assistant that provides intelligent tools accessible on any webpage. This feature supports various activities like shopping, video watching, and research by offering convenient AI-driven assistance designed to simplify and improve overall productivity on the web.

Comprehensive AI Tools Enhancing Every Aspect Of User Web Experience

Online shopping becomes more convenient when AI manages the complex tasks involved. While viewing any product page, Genspark offers assistance by helping users find better deals across the web with a single click. It enables comparisons of similar products by presenting key features side by side and provides genuine user reviews sourced from forums, Reddit, and major shopping websites, all summarized for easy understanding.

Watching videos can be transformed into an efficient learning experience. When using YouTube, Genspark can quickly generate content summaries, extract transcripts, and create professional slide presentations. It allows users to convert lengthy interviews and presentations into well-organized slide decks and automatically downloads relevant papers or documents mentioned within the videos.

Genspark also takes over routine browsing tasks. Whether monitoring social media feeds, keeping up with news websites, or managing access to premium subscription services, the AI can navigate sites autonomously and retrieve the needed information.

Additionally, Genspark integrates with a wide range of popular applications via its MCP Store. It facilitates seamless connections between various workflow tools, including communication platforms, project management software, calendars, and note-taking apps, enabling users to create efficient multi-platform workflows through straightforward commands.

Introducing Genspark AI Browser – Lightning Fast, Ad-Free, with Super Agent does everything for you.

Download Genspark AI Browser today: https://t.co/AVVfdh2doH

Currently Mac-only, but Windows support dropping soon！#genspark #GENSPEED pic.twitter.com/DH86oNsrUP

— Genspark (@genspark_ai) June 10, 2025

Genspark seeks to transform information retrieval by creating dynamic, personalized summary pages called “Sparkpages” in response to user inquiries. Instead of offering a conventional list of links, the platform employs multiple specialized AI agents to integrate content from diverse credible sources, providing users with a unified, detailed overview tailored to their specific needs. 

The company has quickly attracted a large user base, reaching over 2 million monthly active users. It has also raised substantial capital, including a $60 million seed funding round followed by a $100 million Series A round, resulting in a valuation of $530 million.

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Japan-based blockchain platform Astar Network has announced the adoption of the SuperchainERC20 standard for its native token, ASTR. This marks the first instance of a project deploying a fully interoperable ERC-7802 token that integrates Chainlink’s Cross-Chain Interoperability Protocol (CCIP), enabling enhanced compatibility across blockchain networks.

“As part of Astar Evolution, expanding into the Superchain ecosystem marks a pivotal step in our journey. With ASTR now upgraded to a CCIP-SuperchainERC20 token, it’s technically primed for seamless transfers across the Superchain ecosystem once interoperability is enabled and both the origin and destination networks reach Stage 1 status,” said Maarten Henskens, Head of Astar Foundation, in an interview with Mpost. “For users, this unlocks more reliable, secure cross-chain transactions, without the need to bridge or wrap tokens. We’re proud to be the first ones to join the revolutionary and secure cross-chain ecosystem taking shape on Ethereum—and we’re just getting started,” he added.

This advancement enables the ASTR token to transition efficiently between Astar’s Polkadot-based Layer 1, Sony’s Soneium blockchain, and eventually across all Optimism-based Superchain networks, including Base, OP Mainnet, and World Chain. It also serves as one of the initial connections between the Polkadot and Ethereum ecosystems, supporting ASTR’s trajectory toward becoming a multichain asset with broad applicability throughout the Web3 landscape. 

The integration specifically addresses persistent issues in cross-chain token movement by introducing a direct burn-and-mint mechanism between chains, removing the dependence on liquidity pools. This approach eliminates the need for wrapped token versions across different platforms, a method that has historically contributed to various security vulnerabilities in bridge infrastructure. The use of a unified standard across Superchain networks adds cross-chain capability without incurring infrastructure costs. 

Chainlink’s CCIP underpins this system, offering a secure messaging framework that manages and verifies token transfers between blockchains. When a transfer is initiated, CCIP’s decentralized oracle network confirms the transaction on the source chain and transmits validated information to execute the minting process on the destination chain. This design enhances security by utilizing Chainlink’s decentralized infrastructure, while removing the reliance on centralized bridges or pooled liquidity solutions.

“ASTR has become a true multi-chain asset by leveraging the SuperchainERC20 standard,” said Sota Watanabe, CEO of Startale Group, in a written statement. “This breakthrough implementation eliminates the fragmentation and poor user experience of traditional wrapped tokens, and allows native movement of ASTR between ecosystems instead of relying on liquidity pools or wrapping mechanisms,” he added.

The ASTR token is now capable of cross-chain transfers from Astar Network to Soneium using Chainlink’s CCIP through the Astar Portal, requiring only a single transaction. Once Superchain interoperability within the Optimism ecosystem becomes fully operational, token transfers to any Superchain network are expected to be equally streamlined, with users able to move ASTR across the broader Superchain and CCIP-supported networks through a simplified two-click process. 

This integration addresses persistent cross-chain transfer challenges by implementing a direct burn-and-mint mechanism between networks, removing the need for liquidity pools or wrapped tokens—methods that have historically been linked to numerous security vulnerabilities. By adopting a standardized approach across all Superchain networks, the system enables consistent cross-chain functionality without additional infrastructure costs.

Chainlink CCIP facilitates this advancement by supporting secure communication and asset movement across both public and private blockchains. When a user initiates a transfer from Astar Network to Soneium, the protocol verifies the transaction on the source chain and transmits this data securely to execute a native minting process on the destination chain. The process is supported by Chainlink’s decentralized oracle infrastructure, which utilizes multiple Decentralized Oracle Networks to ensure the secure handling of token transfers.

“As Superchain interop rolls out, assets like ASTR will benefit from frictionless movement between chains, with 1-block finality, zero slippage, and a unified security model. This creates an ideal foundation for DeFi growth across Ethereum and the Superchain,” said Zain Bacchus, Staff Product Manager at OP Labs, in a written statement.

SuperchainERC20 Implementation Enables Multi-Chain App Development And Offers Advantages Over Traditional Cross-Chain Bridges

This implementation functions as a model for other blockchain initiatives aiming to achieve effective cross-chain interoperability. It enables developers within the Astar, Soneium, and wider Superchain ecosystems to create multi-chain applications utilizing ASTR tokens, while avoiding complications related to fragmented liquidity or complex bridging procedures.

Instead of relying on wrapped tokens or dividing liquidity across networks, ASTR adopts a unified token model that enables its native presence on both Astar and Soneium through a burn-and-mint mechanism. In this system, when tokens are transferred from Astar to Soneium, they are burned on the originating chain and minted on the destination chain, preserving a consistent overall supply. 

The design incorporates functions such as CrosschainMint and CrosschainBurn, allowing authorized bridge protocols to manage the token supply across networks. Role-based access control ensures that only Chainlink’s cross-chain contracts are permitted to perform minting or burning operations. Security of the implementation is supported by an external audit conducted by Cyfrin. 

The SuperchainERC20 framework offers key advantages over conventional cross-chain bridges, as it allows the same token to be used seamlessly across all supported chains without the need for wrapping. This approach also improves capital efficiency by eliminating the requirement to lock assets in bridge contracts or liquidity pools, while maintaining consistent token behavior across networks.

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AI-driven Hyper-Fabric Network Datagram launched its Alpha Testnet, offering participants the opportunity to engage in node operation and network validation within a coordination framework aimed at enhancing interoperability across Decentralized Physical Infrastructure Network (DePIN) systems. The testnet allows users to support network performance and receive incentives for uptime and referrals. 

Developed in response to concerns over the reliance on centralized internet infrastructure, Datagram introduces a runtime layer designed to host, route, and verify workloads across decentralized networks. The system operates on verifiable proofs rather than trust-based models, with an emphasis on transparency, measurable input, and reduced dependence on centralized service providers.

Datagram Testnet To Offer Token Rewards And Referral Incentives To Node Operators

The Alpha Testnet operates on a custom Layer 1 blockchain built using Avalanche technology. Participants can install node software that performs automated status and availability checks four times daily. Each successful check-in accumulates airdrop points, which are expected to convert into DGRAM tokens following the anticipated Token Generation Event (TGE) in Q3 2025. 

Approximately 2.25% of the total token supply has been allocated to reward node operators involved in the Alpha phase. High-performing contributors with consistent uptime will also be eligible for additional hardware incentives. 

In order to support ecosystem expansion, Datagram has introduced a referral mechanism. Referrers earn bonuses when invited participants complete at least 28 successful check-ins—equivalent to roughly one week of node uptime. Further incentives apply if the referred user later acquires a Full Core license, allowing the referrer to receive a portion of both the license sale and the node’s future rewards. 

This referral structure is intended to foster organic network growth through ongoing community engagement. Running a node does not require prior blockchain knowledge, and all operators contribute to the network’s operational capacity while earning token-based incentives proportionate to their uptime. Early involvement grants access to a greater share of rewards distributed during the initial phase.

Participants can register on the official Datagram platform at datagram.network to begin operating a node on the Alpha Testnet. The initiative includes a referral feature that provides users with bonuses and the opportunity to earn ongoing incentives. As part of the testnet, users can accumulate airdrop points that are expected to convert into DGRAM tokens during the TGE. The Alpha Testnet serves as the initial public launch phase, aimed at collecting performance data, encouraging broader engagement, and shaping future development of Datagram’s decentralized coordination infrastructure for physical networks.

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Cryptocurrency exchange Binance introduced a new series of digital collectibles titled “Forever To The Moon,” aimed at highlighting the intersection of Web3 technologies and global sports culture. 

Developed in collaboration with professional footballer Cristiano Ronaldo, the collection continues an ongoing partnership that reflects attributes commonly associated with competitive athletics, such as speed, accuracy, and determination. 

As part of the initiative, seven holders of the collectibles will be selected for in-person access to a “7 Minutes with CR7” experience. Additional distribution includes 770 tickets to Binance Blockchain Week, 77 jerseys, and 17 footballs signed by Ronaldo, offered to a broader group of participants.

“It’s always a pleasure to share special moments with my fans, and that’s what happens with my partnership with Binance, where we bridge the digital space of Web3 and unforgettable physical experiences in a powerful and engaging way,” said Cristiano Ronaldo in a written statement. “This new collection further brings real-world benefits to the fingertips of my fans while rewarding those who have been on this amazing, innovative journey with us. It is an honor and a privilege to be part of that,” he added.

Binance Opens Registration For Limited CR7 Digital Collectibles With Exclusive Rewards And Mystery Boxes

Individuals who register for a Binance account and complete identity verification between June 11th and June 27th, may be eligible to claim a limited supply of 7,777 free digital collectibles, available while supplies last. Participants who hold any of the CR7 collectibles from Drops 1 through 5 will receive five mystery boxes each. Additionally, those who possess at least one CR7 collectible from any series can access mystery boxes by engaging in designated activities within the official closed Telegram group for holders. Full eligibility criteria and participation details are outlined on the “Forever Zone” platform.

“Football fans are passionate and very engaged with their idols worldwide, and collaborations like the one we have with Cristiano Ronaldo demonstrate our long-term commitment to embedding Web3 technology and experiences into sports culture,” said Sarah Dale, Binance’s Global Head of Partnerships, in a written statement. “With Web3 adoption rising, we are proud to lead on technology that more than 270 million of our users trust to power the next frontier of fan engagement—one that is universal, adaptable to any sport, and accessible from anywhere in the world,” she added.

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Landing at #79 on the Sifted 100 list, Mercuryo is growing fast, but that growth hasn’t come without big changes behind the scenes. Greg Waisman talks about what it really takes to scale: shifting from doing everything yourself to building systems that last. He shares lessons from tough markets, global expansion, and launching the Spend card with Ledger and Mastercard — all while keeping the company’s core mission front and center.

You’ve emphasized the importance of changing your mindset for scaling. What does that mental shift look like in practical terms for early-stage founders?

Of course, our mindset has changed as we grow rapidly. Today Mercuryo achieved a position of 79 on the Sifted 100: France & Southern Europe Leaderboard, recognising the 100 fastest-growing startups in 2025. This recognition is, of course, a testament to the incredible work of our team and partners as our business continues to evolve. 

This achievement also makes you reflect on just how far you’ve come. For early-stage founders, the shift is about moving from a scrappy, do-everything-yourself mentality to a more structured perspective characterized by a long-term mindset. In practical terms, this means prioritizing systems over chaos: building repeatable processes for hiring, product development, and customer acquisition.

You’re still allowed to move fast, but you can no longer break stuff. In other words, the challenge is to maintain the agility and creativity that’s carried you this far, but to combine it with a level of maturity and planning that befits a more mature company.

You stop improvising and start asking yourself, “Does this align with our core mission?” This phase of a startup’s life cycle also calls for embracing data over gut instinct, which means tracking metrics like customer retention or unit economics early, even if they’re rough. At Mercuryo, we learned to focus on what we could control, like operational efficiency, with the goal of extending our runway so that even if we failed to close another round, we could still get from zero to one.

In today’s economic climate, what are the key traits a startup leader must cultivate to maintain confidence and discipline in uncertain times?

Two things: resilience and the power to say no. The former is self-explanatory: when you’ve been working 18-hour days and have partners, investors, and a growing army of users to placate, only resilience will carry you through. It’s important to remember in these times that the you of three years ago would have killed to be where you are right now. So be grateful, grit your teeth, and carry on.

Discipline, meanwhile, means sticking to a plan, even when panic tempts you to pivot wildly. This is where the ability to utter those two simple letters will save you months of toil from getting embroiled in ventures you let yourself get talked into against your better judgment. Never be afraid to say “No.” You can’t do everything, fix everything, and please everyone. So stick to your core mission and don’t get distracted by sideshows.

This laser focus is a quality that will filter down into the rest of your team. Staying disciplined doesn’t just make your life easier: it makes it easier for staff to follow your lead and remain attentive to the task at hand.

How do you personally define a “clear and coherent strategy,” and how should a founder go about developing one?

To me, a clear and coherent strategy is a roadmap that ties your vision to actionable steps: everyone on the team should understand the “why” and the “how.” So no wishy-washy goals or unqualifiable statements like “We’re gonna 2x annual revenue for the next three years.”

Instead, strategizing means outlining specific goals, like “increase active users by 20% in Europe this quarter,” backed by a detailed breakdown of how this is going to happen. That way, you’re not making predictions: you’re making plans.

To zoom out a little, when it comes to strategy, founders should always start by nailing down their unique edge: what problem do you solve better than anyone? Then, talk to customers, study the market, and test assumptions. Involve your team; they’ll spot blind spots. At Mercuryo, we mapped our crypto-fiat bridge to customer pain points and iterated based on feedback. 

There’s an assumption that since you know your product better than anyone, only you and your team are qualified to appraise it. Actually, by the second or third year of business, there’ll be a group of super-users who know the product even better than you because they’re not just tinkering with it: they’re using it every day in their lives to solve specific problems. They’re the people you need to talk to.

Can you share how your long-term vision helped you navigate through the challenges of 2023’s funding downturn?

It feels like a lifetime ago now, but it’s easy to forget, now we’re in more favorable market conditions, just how tough 2023 was. Global startup funding dropped by something like 38%, and everyone felt the squeeze. Our long-term vision at Mercuryo – bridging crypto and fiat for seamless global payments – kept us grounded. We knew that whatever happened in the future, whatever price Bitcoin was trading at, this was a need that wasn’t gonna go away.

We didn’t chase quick fixes or trendy pivots. Instead, we doubled down on efficiency: trimming costs and focusing on profitable products like our on-ramp and off-ramp solutions. That vision gave us clarity since every decision had to support scalable, sustainable growth. We leaned on existing partnerships and built trust with clients, which carried us through. It wasn’t glamorous, but sticking to our North Star paid off.

You’ve moved away from the “growth at all costs” model. How can startups find the balance between ambition and financial responsibility?

The old “growth at all costs” mindset burned a lot of startups: spending cash you don’t have only works until the well runs dry. Balance comes from aligning ambition with reality. Set bold goals, sure, but tie them to cash flow and profitability. Start by knowing your burn rate and runway – don’t guess, calculate. Prioritize revenue-generating moves over vanity metrics like user count. At Mercuryo, we shifted to focus on margins and customer lifetime value, not just transaction volume. Test small, scale what works, and cut what doesn’t. Ambition drives you, but financial discipline is what keeps you alive.

What metrics should startups now focus on to ensure sustainable growth, and how did Mercuryo shift those metrics internally?

Startups need to track metrics that show real health, not just hype. Focus on revenue growth, gross margins, and customer acquisition cost versus lifetime value. Those tell you if your model works. Burn rate and runway are critical too; you can’t grow if you’re broke. At Mercuryo, we moved away from just tracking transaction volume, which looked good but hid inefficiencies. We zeroed in on unit economics – profit per transaction – and churn rate, to keep customers longer. We built dashboards, reviewed weekly, and adjusted fast. It’s not sexy, but it’s how you grow without imploding.

In expanding Mercuryo’s footprint beyond Europe, what lessons have you learned about navigating different regional markets?

Every region’s a puzzle since regulations, customer habits, and infrastructure vary wildly. In Europe, compliance was key; we got licenses and built trust with banks. In Brazil, we saw huge fintech adoption, so we tailored our crypto-fiat solutions to local needs, like fast payouts. Lesson one: do your homework – study local laws and payment preferences. Lesson two: partners matter – find reliable ones who know the turf. Lesson three: Be patient; building trust takes time, especially in crypto. We stumbled early, underestimating cultural nuances, but listening to local teams and adapting got us traction in LatAm and beyond.

How has leadership coaching shaped your role and decision-making as Mercuryo has scaled?

Leadership coaching was a game-changer. It taught me to step back, delegate, and trust my team, which doesn’t come naturally to a founder who’s used to doing it all. I learned to listen better and become better at delegating decision-making instead of micromanaging. It also helped me handle stress: scaling’s intense, and coaching gave me tools to stay clear-headed. As a result of this, I now prioritize data and team input over snap judgments or gut instinct. It’s humbling to admit you don’t have all the answers, but it’s made me a better COO and, more importantly, it’s made our company stronger.

At what point should a founder seriously consider transitioning away from operational roles into a strategic leadership position?

It’s time when the business outgrows your bandwidth. If you’re still fixing bugs and answering emails, then you can’t see the forest for the trees. For me, it was when Mercuryo hit 200 team members and multiple markets. You know it’s time when processes break or your team’s waiting on you too often. Transition by hiring specialists such as engineers and regional managers, and then shift to strategy: partnerships, growth, and all the other big picture stuff. It’s tough to let go, but founders add most value marshalling the firefighters, not fighting the fires.

What does the recent launch of the Spend card with Ledger and Mastercard represent for Mercuryo’s broader vision in fintech?

Spend, a Mastercard crypto debit card, has been a big step in realizing our vision of making crypto and fiat seamless for everyone. This means that users can spend crypto like cash anywhere Mastercard’s accepted. It aligns with our mission to simplify payments and to blur the lines between blockchain and traditional finance. Spend is also tangible proof that Mercuryo is more than just middleware for crypto-native businesses: we’re equally adept at B2C, which is a vertical that we’re looking to grow further.

How do you see Spend shifting consumer behavior around crypto adoption and everyday usability?

Spend makes crypto practical and demystifies the act of using your ETH to buy coffee or groceries. Millions of Ledger users have developed a HODL mentality that has enabled them to build up a valuable digital portfolio over time. The Spend Mastercard crypto debit card shows that it’s okay to relax that grip and occasionally treat yourself, without forsaking the discipline that’s brought you to this point in the first place.

The card will shift behavior by removing friction since people won’t fear volatility or complexity if they can spend easily. Adoption grows when crypto is as simple as a debit card. I expect Spend to accelerate a trend that will see more folks hold crypto for spending, not just trading, nudging it toward mainstream use.

From a leadership perspective, what challenges did your team face in getting the Spend card from idea to market, and how were they overcome?

Launching Spend was intense since coordinating with giants such as Ledger and Mastercard meant aligning on compliance, tech, and a whole bunch of other stuff. Regulatory hurdles were big; every region had different rules, and thus, our respective legal teams were kept busy. Integration, in comparison, was comparatively simple, but we still had to go to great lengths to ensure UX remained consistent and unbroken throughout the customer experience moving between Ledger and Mercuryo.

The Ledger team were great to work with, it must be said: their knowledge of the industry, from both a technical and compliance perspective, is second-to-none, and we learned a lot from working with them – and were hopefully able to share some of our own expertise in return.

The post Inside Mercuryo’s Strategy to Grow Fast Without Losing Focus appeared first on Metaverse Post.

Non-profit organization involved in advancing the Ethereum blockchain, Ethereum Foundation introduced the plan for its Trillion Dollar Security (1TS) initiative. The project emphasizes that in order for Ethereum to progress into its next phase of global adoption, enhancements are still required. 

The initiative envisions an environment where billions of individuals can confidently hold over $1,000 on-chain, contributing to a total value in the trillions secured on the Ethereum network. Additionally, it aims for companies, institutions, and governments to be at ease storing over a trillion dollars in a single contract or application, and to conduct transactions of similar magnitude.

The 1TS plan represents a collaborative effort across the ecosystem to elevate Ethereum’s security standards. 

Overview Of Current Challenges In Ethereum Ecosystem

The report presents an overview of key findings across six major domains. It examines aspects of user experience that influence the secure handling of private keys, engagement with onchain applications, and the process of signing transactions. 

The assessment of smart contract security focuses on the integrity of Ethereum application components and the broader software development lifecycle that shapes them. Infrastructure and cloud security are also addressed, including vulnerabilities in both blockchain-specific and traditional systems that support Ethereum applications, such as Layer 2 solutions, RPC endpoints, and cloud service providers. 

The report evaluates the consensus protocol, analyzing the foundational mechanisms that protect the Ethereum blockchain from manipulation or attacks. It further discusses issues related to monitoring, incident response, and mitigation, particularly the difficulties faced in managing breaches, recovering assets, and responding effectively. 

Additionally, the report covers the social and governance framework of Ethereum, including its open-source structure, community dynamics, and organizational ecosystem. It concentrates on outlining existing challenges. Subsequent phases will involve prioritizing these issues, identifying appropriate solutions, and engaging the wider ecosystem to implement improvements.

0. Last month we announced the Trillion Dollar Security (1TS) initiative: an ecosystem-wide effort to upgrade Ethereum’s security.

Today we’re releasing the first 1TS report: an overview of the existing security challenges in the Ethereum ecosystem. pic.twitter.com/R1dhY34pDT

— Ethereum Foundation (@ethereumfndn) June 10, 2025

Because Ethereum operates as a decentralized network, its security cannot be ensured by any single organization. The various layers of Ethereum’s technology are developed and maintained by a wide array of independent entities worldwide, encompassing components such as wallets, infrastructure, and development tools. Although the 1TS initiative is being coordinated by the Ethereum Foundation, contributions from across the ecosystem are essential to strengthen the platform’s security. 

Ethereum Foundation is now welcoming input from the community regarding overlooked issues in Ethereum’s security landscape, perspectives on which areas should be prioritized, and suggestions or potential approaches that could help resolve these identified challenges

The post Ethereum Foundation Releases ‘Trillion Dollar Security’ Report Identifying Areas For Enhancement In Ethereum’s Growth appeared first on Metaverse Post.

AI art has evolved far beyond simple filters. In 2025, AI-powered apps let you generate artwork from text prompts, stylize selfies into digital masterpieces, and even create video and 3D visuals from stills. Whether you’re a creative professional or just curious, there’s an app for everyone. Here’s our updated list of the top 10 mobile AI art generator apps for Android and iOS this year.

Dream by WOMBO

Dream by WOMBO remains one of the most trusted and visually impressive AI art generator apps in 2025. It converts simple text prompts into vivid, high-resolution artworks in seconds. 

Whether you’re crafting fantasy landscapes, futuristic portraits, or surreal scenes, Dream supports dozens of styles—from realism to abstract. Its updated interface now allows for prompt chaining and animation, making it perfect for social media sharing and creative storytelling. It also supports advanced upscaling and custom canvas sizes. 

Artists and hobbyists alike love its simplicity and powerful results. Dream also includes a “community feed” for sharing and inspiration. While some features require a premium subscription, the free version is powerful enough to get started.

Android

iOS

StarryAI

StarryAI stands out in 2025 as one of the few AI art generators that grant users full commercial rights to their creations. It’s a go-to for digital artists, indie creators, and even small business owners looking to produce professional-quality visuals. 

StarryAI supports both text-to-image generation and style transfers with dozens of preset themes—ranging from anime and cyberpunk to oil painting and charcoal sketch. In its latest update, it introduced 4K rendering, image upscaling, and background object removal. 

Its interface is beginner-friendly, yet customizable for advanced users. StarryAI is ideal for those who need consistent quality and legal clarity, especially when selling art or using it in commercial designs. Projects are also exportable as NFTs.

Android

iOS

Lensa AI

Lensa AI continues to be a favorite in 2025 for AI-powered portraits and image stylization. Known for its Magic Avatars, Lensa uses selfies to generate artistic interpretations in dozens of styles—including sci-fi, cartoon, and high-fashion. 

Version 2.0 of Magic Avatars now includes facial refinement, dynamic backgrounds, and better handling of multi-subject photos. Lensa also offers AI photo editing tools like skin retouching, lighting correction, and smart object removal. While not a full text-to-image app, it excels in turning real images into unique artwork. 

Its data handling and privacy settings have also improved significantly, making it one of the safer choices for personal photos. Lensa is perfect for users looking to create stunning profile pics and social avatars.

Android

iOS

Imagine AI Art Generator

Imagine is a breakout hit in 2025, praised for its sleek design, ease of use, and highly customizable output. It converts text prompts into artwork in just seconds, offering dozens of art styles—from Ghibli and Pixar-inspired to gothic and vaporwave. 

It features fine-tuning controls like brush intensity, canvas mood, and layered rendering, which help users craft more refined images. Imagine also includes a “Live Prompt Preview” showing what your prompt might look like before generating. It supports batch generation, background removal, and direct social sharing. 

You can even export creations as NFT-compatible assets. Whether you’re making concept art, fantasy worlds, or promotional visuals, Imagine is one of the most flexible and creative tools available on mobile.

Android

iOS

Picsart AI Photo Editor

Picsart is more than just a photo editor—it’s now a full creative suite with powerful AI features. In 2025, it offers AI text-to-image generation, stylized photo editing, background changers, and AI avatars all in one app. The addition of animated stickers and video art generation sets it apart for social media creators. 

The AI Image Generator uses prompts to build visuals from scratch, while the Magic Effects tool applies artistic filters to real photos. Picsart is ideal for influencers, marketers, or content creators who want an all-in-one toolkit. 

Its built-in templates, stickers, and font library help users design quick graphics or entire social posts. Collaboration features let you co-edit projects with others in real time.

Android

iOS

Wonder – AI Art Generator

Wonder by Codeway is a versatile text-to-image generator that gained major popularity in 2025 for its minimalist interface and wide range of art styles. Whether you’re into vaporwave, gothic horror, anime, or oil painting, Wonder has a preset style that matches your vision. Just enter a short prompt, choose a style, and it generates striking digital art in seconds. 

One standout feature is the “Remix” function, allowing users to iterate on previous artworks with new styles or tweaks. It also includes a canvas preview and batch export for creators managing multiple pieces. 

Wonder’s latest version integrates community challenges and trending prompts, making it perfect for inspiration and daily practice. It’s especially loved by beginners and casual users who want fast, aesthetic results.

Android

iOS

Fotor AI Art Generator

Fotor’s 2025 version blends AI-powered text-to-image capabilities with professional-grade photo editing. Known for its clean interface and powerful backend, it allows you to generate artworks in styles like 3D, pixel art, hand-drawn sketches, and watercolors. You can type a custom prompt or use its inspiration feed to explore trending ideas. 

Fotor also excels in photo-to-art conversion, letting users upload personal photos and apply AI effects to transform them into paintings or concept art. It’s ideal for social media creators, bloggers, and e-commerce sellers who want to create product mockups or attention-grabbing thumbnails. 

You also get tools like background remover, image enhancer, and batch editing—all powered by AI. Fotor offers both free and pro options with extensive customization.

Android

iOS

DeepArt Effects

DeepArt Effects is a unique AI art app that emphasizes artistic style transfer rather than pure text-to-image generation. It turns real photos into digital paintings based on famous artists’ styles—from Van Gogh and Picasso to modern digital trends. 

The 2025 version includes more than 120 unique styles and supports high-resolution downloads up to 4K, making it suitable for professional printing. What sets it apart is its real-time preview and fast rendering speed. Users can tweak stroke intensity, texture depth, and color balance. It’s ideal for photographers, artists, or anyone who wants to give personal photos an elegant, artistic flair. 

DeepArt is often used for personalized gifts, posters, or social media content. The app also ensures that users retain full usage rights over their creations.

Android

iOS

Artbreeder

Artbreeder is a pioneer in collaborative AI-generated imagery and 2025 brings a refined mobile experience. 

Rather than generating art from scratch with prompts, Artbreeder lets you “breed” images using sliders to adjust genetics like age, gender, mood, color, and style. It’s especially popular in character design, world-building, and concept art. 

The latest app version includes facial animation tools, background blending, and the ability to export creations as layered PSDs for advanced editing. 

You can remix other users’ work, explore trending genes, or even import base images for transformation. Artbreeder is perfect for creatives, game developers, and storytellers who want more control than typical text-to-image apps allow. It requires a login but offers free and premium tiers.

Web-first tool

Canva AI Art Generator

Canva’s 2025 AI features have transformed the app from a design tool into a complete creative powerhouse. 

Its built-in AI Art Generator allows users to turn text prompts into custom images, perfect for use in presentations, posters, social media, and ads. Choose from dozens of image styles and customize directly in Canva’s drag-and-drop editor. The AI-generated visuals blend seamlessly with the app’s templates, fonts, and brand kits. 

Canva also significantly updated “Magic Media” this year, which uses AI to animate images and generate short branded video loops. It’s particularly useful for entrepreneurs, educators, and marketers. 

As part of the broader Canva ecosystem, this AI tool fits naturally into workflows, allowing users to scale creative production without needing a separate design tool.

Android

iOS

The AI art generation is more accessible and creative than ever. Whether you want to build digital avatars, spice up social media, or explore your imagination, these top 10 apps offer something for everyone. The best part? Many are free to try, so dive in and start creating.

The post Top 10 Mobile AI Art Generator Apps in 2025 for Android and iOS appeared first on Metaverse Post.

OpenAI (the developer behind the GPT series of AI language models) officially activated memory for ChatGPT (their conversational AI assistant), expanding the feature to Free users. Previously, only users of Plus and Pro subscription tiers could use memory, a feature that helps ChatGPT recall facts and preferences across separate chats. From now on, every logged-in Free user will receive short-term continuity, making interactions feel more cohesive and tailored.

We’re starting to roll out a lightweight version of memory improvements to Free users. In addition to existing saved memories, ChatGPT now references your recent conversations to provide more personalized responses. https://t.co/RZFYUC9JAT https://t.co/O8lubCBNZO

— OpenAI (@OpenAI) June 3, 2025

This marks a major shift: memory is no longer a luxury hidden behind a paywall — it is becoming part of everyday chat experiences for everyone. The update gives ChatGPT the ability to remember your name, diet preferences, project context, and more, leading to smarter, more relevant responses. Whether you’re working on a small business proposal or asking for recipe ideas, memory enhances usability without requiring a subscription.

The rollout is global, though in certain regions like the EEA (EU + UK), Switzerland, Norway, Iceland, and Liechtenstein, users may need to give permission before memory features are activated. Elsewhere, the update rolls out by default for all free users unless they choose to turn it off.

A Deeper Look: How Memory Now Works for Free Users

Memory is essentially ChatGPT’s ability to retain and reuse helpful context across chats. It comes in two main forms:

Saved Memories: These are details you directly ask ChatGPT to remember. For example, “Remember that I live in Berlin” or “Remember I don’t eat dairy.”

Reference Chat History: This allows ChatGPT to pick up subtle details from recent chats — like that you’re a developer or prefer shorter answers — and apply them without you needing to ask again.

Now, Free users can benefit from both, but with lighter scope than Plus and Pro users. Free-tier memory mostly revolves around short-term continuity — retaining key points from recent conversations to provide more coherent replies next time you engage.

Users in the EEA (EU + UK), Switzerland, Norway, Iceland, or Liechtenstein will be asked to enable this manually via Settings > Personalization > Memory. Elsewhere, memory is on by default unless disabled manually.

From One-Time Helper to Ongoing Assistant

This change redefines how Free users interact with ChatGPT. No longer a disposable chatbot that resets with every window, it’s now capable of providing:

Continuity: When you return after a break, ChatGPT recalls what you discussed earlier;

Contextual accuracy: If you told ChatGPT you were vegetarian, it will factor that in when suggesting dinner recipes — no reminder needed;

Efficiency: Less time repeating yourself. More time getting value.

Importantly, you’re always in control. Users can delete specific memories, disable memory altogether, or use Temporary Chat to ensure a conversation doesn’t get remembered at all.

Starting today, memory in ChatGPT can now reference all of your past chats to provide more personalized responses, drawing on your preferences and interests to make it even more helpful for writing, getting advice, learning, and beyond. pic.twitter.com/s9BrWl94iY

— OpenAI (@OpenAI) April 10, 2025

“You can ask ChatGPT: ‘What do you remember about me?’ and get a real-time snapshot of its active memory,” OpenAI explains in its Memory FAQ.

What Makes This So Significant?

By unlocking memory for all users, OpenAI effectively levels the field — allowing anyone, regardless of subscription status, to enjoy personalized AI experiences. Here’s why this matters:

More natural interactions: Conversations feel less robotic and more human when the AI remembers who you are;

Usability boost: Memory helps ChatGPT work like an assistant, not a blank-slate tool;

Accessibility for all: You no longer need to pay to have deeper engagement.

Even more, this prepares the model for broader use cases: journaling, coaching, writing assistance, and even mental health support — where memory adds depth and relevance.

Control and Privacy Remain Core

Despite these powerful updates, OpenAI has emphasized that memory is optional and transparent:

You control what’s remembered: Nothing is saved without permission in sensitive regions, and manual deletion is always possible;

Temporary Chat Mode exists for full privacy: No history, no memory updates — just a single-use session;

Saved Memories can be viewed and deleted at any time.

To manage memory: Go to Settings > Personalization > Memory and toggle “Reference chat history” or “Saved memories.”

Useful Prompts to Explore Memory

With this new memory feature now active, you can test the personalization features more meaningfully. Here are several real-world prompts to try:

“Based on our past conversations, what are my common mental blocks, and how can I work through them?”;

“Remember that I’m vegetarian and allergic to soy.” (Then later: “Recommend me a dinner idea.”);

“I’m a small business owner, remind me weekly about tracking inventory.”

“What do you remember about my goals from earlier this month?”

“Help me reflect on patterns in my mood over our last 3 chats.”

As the model develops deeper understanding over time, these prompts become even more effective.

Why This Is a Turning Point for OpenAI?

This update is more than a product tweak — it represents a philosophical shift in how AI is delivered. In its latest product update, OpenAI wrote:

“The more you use ChatGPT, the more useful it becomes. You’ll start to notice improvements over time as it builds a better understanding of what works best for you.”

By rolling memory out to the Free tier, OpenAI sends a clear message: smart AI should be personal — and universally available.

This also lays the foundation for even more intelligent agents in the future. Imagine AI tools that know your goals, support your routines, and adapt to your evolving needs — all while keeping you in charge.

A Personalized Future for All

This memory upgrade transforms the Free‑tier experience, bringing ChatGPT closer to a true assistant rather than just a helpful chatbot. Free users now enjoy continuity, context, and personalization—features that were previously limited to the Plus plan. But this is only the beginning.

With each iteration, ChatGPT becomes less of a tool and more of a thinking partner. As memory deepens and multimodal support expands, users can build workflows and retain context across sessions, platforms, and even device types.

OpenAI explains the upgrade as follows:

“In addition to the saved memories that were there before, ChatGPT now references your recent conversations to deliver responses that feel more relevant and tailored to you.”

This shift is already being noticed in the real world. Rahul Mathur (Pre-Seed Investor at DeVC Global and former founder of Verak Insurance, acquired by IDfy) recently shared how his non-tech-savvy mom uses ChatGPT to plan her travel::

Mom has been using ChatGPT as her travel planner / travel guide for trip to Germany so far.

The latest memory feature has been the key unlock: It remembers our hotel locations, mom's dietary requirements and my love for historic locations.

ChatGPT has fully eliminated the need…

— Rahul Mathur (@Rahul_J_Mathur) June 10, 2025

This is the direction in which AI is developing: smarter answers and context-aware assistance that feels human, helpful and personalised – even for users who do not consider themselves to be “tech people”.

Memory is an essential component for achieving truly humanised, embedded AI experiences.

The post Free Users Get Memory In ChatGPT: Here’s What Changes appeared first on Metaverse Post.