Cryptocurrency exchange Bitget announced that it has expanded its spot market by introducing a new set of Ondo Global Markets tokenized securities, integrating major US equities, index ETFs, and precious metals into a single trading environment alongside digital assets. The move adds a further layer to Bitget’s multi-asset model, enabling users to trade both cryptocurrency and traditional market exposures around the clock within a single USDT-based account.

The new listings feature some of the most widely followed companies in global markets, including Tesla (TSLAon), NVIDIA (NVDAon), Apple (AAPLon), Alphabet (GOOGLon), Microsoft (MSFTon), Amazon (AMZNon), Meta (METAon), and AMD (AMDon). In addition, the expansion introduces broader market access through index ETFs such as SPYon, IVVon, QQQon, IWMon, and ITOTon, alongside commodity-linked instruments including IAUon and SLVon, providing traders with a direct way to engage with gold- and silver-linked products from the same interface used for crypto trading.

This launch builds upon the ongoing partnership between Bitget and Ondo, which has steadily grown over the past several months. In September 2025, Bitget and Bitget Wallet enabled access to over 100 tokenized assets via Ondo Finance, and the collaboration recently deepened with the addition of 98 new tokenized U.S. stocks and ETFs. Bitget has reported strong adoption in this category, noting that Ondo tokenized stock trading on its platform captured approximately 73% of the market share in early December before increasing to roughly 89% later in the month, illustrating rapid user demand for blockchain-based access to global markets. Ondo Global Markets has since emerged as the largest provider of tokenized stocks worldwide.

Tokenized Assets Enable 24/7 Global Market Access

Unlike conventional market access, which is restricted by brokerage networks and fixed trading hours, these new spot listings are designed for uninterrupted, 24/7 trading. This allows users to react in real time to macroeconomic events, earnings announcements, and weekend market developments, eliminating the wait associated with traditional exchange schedules. The approach aligns with the broader trend in tokenized assets, where investors increasingly expect global market instruments to be as fast and accessible as cryptocurrencies.

“Market movements are no longer bound by date and time, user expectations no longer stop at the boundary between crypto and traditional finance. This expansion with Ondo brings some of the world’s most watched equities, index products, and precious metals into our spot market in a way that feels native to how modern users already trade,” said Gracy Chen, CEO of Bitget in a written statement.

“Bitget is now offering tokenized equities alongside crypto and becoming the everything app, powered by Ondo,” said Ian De Bode, President of Ondo Finance. “Ondo tokenized stocks, ETFs, and commodities are available for trading on every Bitget platform, in size,” he added. 

This rollout represents the next stage in Bitget’s Global Alpha in One strategy, adding depth to its Universal Exchange model by uniting crypto, tokenized real-world assets, and traditional market instruments in a single platform, reflecting the growing integration of digital and conventional finance in modern trading environments.

The post Bitget Expands Spot Market With Ondo Tokenized Securities, Integrating US Equities, ETFs, And Commodities appeared first on Metaverse Post.

When market momentum returns, early-stage opportunities often outperform established assets. Investors typically look for projects combining utility, community momentum, and strong tokenomics.

Three projects currently drawing attention include DOGEBALL crypto presale 2026, Arbitrum, and Internet Computer. Each represents a different segment of the market—from infrastructure chains to emerging gaming ecosystems. However, the presale model behind DOGEBALL introduces a unique opportunity for investors seeking early-stage upside before exchange listings.

DOGEBALL Crypto Presale 2026: A Utility Gaming Ecosystem With Early Investor Upside

DOGEBALL crypto presale 2026 introduces a hybrid approach combining meme-coin community strength with real gaming infrastructure. The project is built around DOGECHAIN, a custom-built Ethereum Layer-2 blockchain designed specifically for online gaming applications. This infrastructure allows near-zero gas fees, sub-2-second block times, and full EVM compatibility—making it practical for high-frequency gaming transactions.

At the center of the ecosystem is the DOGEBALL game, an online competitive dodgeball-style game available on mobile, tablet, and PC. Players compete on a leaderboard to win from a $1M prize pool, with the top player eligible for $500K in $DOGEBALL tokens. This model ties token demand directly to gameplay activity rather than speculation alone.

From an investment perspective, the DOGEBALL crypto presale 2026 offers several strategic advantages over traditional launches. The presale started 2 January 2026 and ends 2 May 2026, creating a focused four-month window that aligns with the anticipated Q1–Q2 altcoin cycle. Stage 1 has already sold out at $0.0003, while Stage 2 is currently priced at $0.0004 with $157K+ raised and over 550 participants.

Investors also gain exposure to the gaming ecosystem through the first ETH L2 blockchain built specifically for online gaming, already live and testable on the presale website—something most presales claim but rarely deliver.

Presale ROI Potential for DOGEBALL Crypto Presale 2026

The DOGEBALL crypto presale 2026 presents a clear early-investor pricing advantage. The current Stage 2 price is $0.0004, while the planned listing price is $0.015.

This represents a potential increase of 3,650% (37.5x) between the current presale stage and launch price. For example, a $1,000 investment today would equal roughly 2.5 million tokens, which could be valued at approximately $37,500 at listing price.

The project further amplifies early-investor rewards through the DB75 bonus code, which provides 75% extra $DOGEBALL tokens on every purchase. Because the code is time-limited and demand is increasing, it significantly increases the effective token allocation for buyers entering during the current stage.

Competition among investors is already visible. During the past week’s “Buyer of the Week” competition, a last-minute purchase of $2,131 at 23:58 UTC briefly took the lead before a $2,320 purchase at 23:59 UTC secured the top position. The winner receives 100% additional tokens for their entire weekly spend, reinforcing the incentive structure within the presale.

Quick Start Guide: How to Join the DOGEBALL Crypto Presale 2026

Joining the DOGEBALL crypto presale 2026 takes only a few steps:

1. Visit the official DOGEBALL presale website
2. Connect a crypto wallet or choose credit/debit card payment
3. Select a supported currency such as ETH, USDT, BNB, BTC, SOL, XRP, or DOGE
4. Enter the bonus code DB75 to receive 75% extra $DOGEBALL tokens
5. Confirm the purchase and track tokens via the presale dashboard

Participants can also compete for the Buyer of the Week reward, where top buyers receive 100% bonus tokens for their purchases.

With the next presale stage expected once $490K is raised, investors entering now may capture the final low-price window before the next price increase.

Arbitrum (ARB): Ethereum’s Leading Layer-2 Scaling Network

Arbitrum remains one of the most widely adopted Layer-2 scaling solutions for Ethereum. Built using Optimistic Rollup technology, Arbitrum significantly reduces transaction costs while maintaining compatibility with Ethereum smart contracts.

The network currently supports a wide ecosystem of decentralized applications, including DeFi platforms, NFT markets, and gaming projects. Arbitrum’s growing adoption is driven by the increasing demand for lower fees and higher throughput compared with Ethereum’s base layer.

Recent developments highlight expanding ecosystem activity and developer interest, reinforcing Arbitrum’s role as a critical infrastructure layer for Ethereum. However, as a large-cap token, its growth trajectory is often tied to overall market expansion rather than explosive early-stage returns.

Internet Computer (ICP): Ambitious Web3 Infrastructure Vision

Internet Computer aims to decentralize cloud computing by allowing developers to host applications directly on the blockchain. The project seeks to create a fully decentralized internet infrastructure where websites, enterprise software, and services operate without traditional hosting providers.

Price prediction models suggest ICP could see gradual growth depending on adoption and broader market conditions. However, its long-term valuation remains closely tied to developer activity and ecosystem expansion.

While the technology vision behind Internet Computer is ambitious, large-scale adoption in decentralized cloud computing typically unfolds over longer timeframes compared with early-stage token launches.

Market Momentum Meets Early Entry: Why DOGEBALL Crypto Presale 2026 Stands Out

With Bitcoin’s rally reigniting optimism across the market, investors are actively searching for the best cryptos to invest in 2026 before the next altcoin expansion begins.

Infrastructure projects like Arbitrum and Internet Computer provide long-term ecosystem value, but DOGEBALL presale opportunities deliver a different investment dynamic—early access before public exchange pricing.

The DOGEBALL crypto presale 2026 combines several strong fundamentals:

• Custom ETH L2 blockchain already live
• Playable game with $1M prize pool
• Gaming partnerships such as Falcon Interactive
• Four-month presale timeline
• Clear tokenomics with 80B supply
• Potential 37x launch price gap
• Bonus code DB75 offering 75% extra tokens

With Stage 3 approaching once $490K is raised, investors entering today can still secure tokens near the early presale price.

For investors seeking exposure to utility-driven gaming ecosystems before exchange listings, the DOGEBALL presale represents a high-momentum entry point ahead of the broader altcoin cycle.

Find Out More Information Here

Website: https://dogeballtoken.com/

X: https://x.com/dogeballtoken 

Telegram Chat: https://t.me/dogeballtoken

FAQs for Best Cryptos to Invest in 2026

Which crypto has the best future for 2026?

Many analysts highlight gaming and Layer-2 ecosystems among the best cryptos to invest in 2026. Projects like DOGEBALL combine blockchain infrastructure, gaming utility, and early presale access, creating stronger growth potential than many late-stage tokens.

Which crypto will go 1000x in 2026?

Extreme returns are rare, but early presales historically offer the highest upside. The DOGEBALL crypto presale 2026 offers a large gap between presale price and launch price, which is why investors are watching it closely.

Which crypto will hit $1?

Tokens with strong adoption and utility have the best chance. Projects building ecosystems—like DOGEBALL’s gaming blockchain and reward system—can grow faster because token demand is tied to platform usage rather than speculation alone.

The post Best Cryptos to Invest in 2026 as Crypto Markets Rise: DOGEBALL Crypto Presale 2026 Gains Investors Over ARB and ICP appeared first on Metaverse Post.

Ocean Network today announced the official Beta launch of its decentralized peer-to-peer (P2P) compute orchestration layer. This marks a shift from fragmented hardware to a highly liquid market where compute is available on-demand, without the overhead of centralized gatekeepers. Powered by this architecture, Ocean Network allows modern data scientists and developers to bypass traditional cloud bottlenecks and move directly from code to execution.

Solving the “coordination problem” of decentralized compute

While the demand for high-performance GPUs has reached a fever pitch, decentralized compute has historically struggled with a usability gap. Most developers do not want to manage remote nodes, configure complex SSH keys, or gamble on unreliable uptime; they want to run code.

Ocean Network bridges this gap by focusing on the Orchestration Layer. To ensure top-tier reliability and performance from day one of Beta, Ocean Network is renting high-performance GPUs from Aethir, based on the partnership the two entered in 2025. This gives users immediate access to a massive fleet of industry-leading hardware, ranging from powerhouse NVIDIA H200s, H100s, and A100s to highly accessible 1060s and more.

“We aren’t just giving data scientists and developers access to GPUs; we are giving them an orchestration layer that makes decentralized compute feel like a local execution,” says the Ocean Network team. “This is the transition from manual infrastructure management to pure automatiON.”

Moving forward, Ocean Network will start aggregating global, idle GPUs into a unified P2P network, allowing anyone to set up an Ocean Node and monetize their high-performing underutilized compute resources. 

The Ocean Orchestrator: A resident of popular IDEs

Central to the Beta launch is the Ocean Orchestrator (formerly the Ocean VS Code Extension). Recognizing that the modern user’s workflow lives within their editor, the Orchestrator integrates natively with VS Code, Cursor, Windsurf, and Antigravity.

Unlike traditional cloud monopolies that force developers into expensive, rigid hardware tiers, Ocean Network offers total flexibility in resource allocation with no preset bundles. The UX is designed for granular control and speed:

1. Custom Selection: Filter and select specific hardware models (e.g., Nvidia H200, A100, Tesla 4) and set the exact minimum requirements for CPU and RAM;
2. ONe-Click Submission: Deploy containerized jobs (Python or JavaScript) with a single click once the precise environment is mapped;
3. Real-Time Retrieval: Monitor the job live and automatically pull results back to the user’s local environment.

Pure AutomatiON: The Pay-Per-Use economics

Ocean Network challenges the “Reserved Instance” models of AWS and GCP. In traditional cloud environments, users pay for the time a machine is “ON,” regardless of whether it is actively computing or sitting idle.

Ocean Network introduces a Pay-Per-Use Escrow Mechanism deployed on Base (Ethereum L2) for low-fee, high-speed settlements. Funds are held in escrow and only released once the node successfully completes the job and returns the output. Users are charged strictly for the resources consumed by the specific job (time, hardware, and environment), effectively eliminating the cost of idle compute. All access and rewards are secured via wallet-based identity provided by Alchemy.

Security through Compute-to-Data (C2D)

For Web2 data scientists and AI agent aficionados handling sensitive data, Ocean utilizes Compute-to-Data (C2D). This architecture runs algorithms in isolated containers where the data resides. The raw data never leaves its perimeter; only the secure compute outputs are returned to the user. 

Building the future of liquid compute

The Beta launch invites Web2 Data Scientists, Data Analysts, and Web3 Builders to experience a world where compute is a utility, not a bottleneck. While the initial Beta focus is on the demand side, that is empowering users to run jobs, the network will soon after expand to allow Node runners to monetize their idle high-power GPU and CPU capacity by joining the worker layer.

About Ocean Network

Ocean Network is a decentralized, peer-to-peer (P2P) compute network for pay-per-use compute jobs that turns idle or underutilized GPUs into usable distributed compute resources. It lets users choose a preferred Ocean Node with the resources the users need, submit a containerized job, and get results back without managing servers or infrastructure

CONTACT:
Name: Andreea Neagu
Job title: Marketing lead

Company: Ocean Network
Website: https://www.oncompute.ai/

Country: Singapore

Email: [email protected]

The post Ocean Network launches beta for affordable P2P GPU orchestration appeared first on Metaverse Post.

The blockchain technology is in a changing environment, and there is a paradigm shift that has piqued the imagination of developers, businesses, and investors. This direction is the abandonment of classic monolithic blockchains, in which all network functionality is unified into a single layer, in favor of modular blockchain architecture, which splits these functionalities into dedicated layers. 

The architectural change is a growing pattern in usage, infrastructure development, and ecosystem behaviors witnessed in 2026, making modular blockchains one of the most discussed trends in decentralized systems nowadays.

How Modular Blockchains Work

The modular blockchain paradigm is fundamentally based on the recognition that the initial paradigm of blockchain design that arose with the early blockchain networks, such as Bitcoin and the early versions of Ethereum, starts to reveal its flaws as it expands its adoption.

Monolithic blockchains were engineered to have and ensure all the necessary functions, execution of transactions, data availability, consensus, and settlement, to be contained in a single system. This simplicity came with its own benefits, such as being able to easily secure the systems and having a single governance, but it had its own barriers to performance and scalability.

This is the way the modular blockchains rethink the traditional design. They decouple core functions into isolated layers, which can be scaled and optimized. Rather than requiring a single network to manage it all, a modular design could include a settlement layer that provides the security of the chain, a data availability layer that provides the ability to verify transaction data with sufficient efficiency, and a range of execution layers or rollups, which are used to execute applications and smart contracts. These elements communicate by standardized interfaces and cryptographic demonstrations, allowing flexibility and innovation without integrity loss.

Scalability Without Sacrificing Security

One of the most compelling reasons modular blockchains are gaining attention is their ability to improve scalability without compromising security or decentralization. This trio, often referred to as the “scalability trilemma”, posits that blockchains can only optimize two of the three properties at once.

Modular designs avoid this particular restriction by executing and processing data off-base settlement layer, which is preoccupied with consensus and security. The most visible implementation of this strategy is rollups, which combine transactions off-chain and use compressed proofs submitted back to a base layer to process large throughputs of decentralized applications, inheriting the security of underlying networks.

By the beginning of 2026, the payoff of modularity was starting to be realized in actual measures. Niche data availability layers have emerged, such as Celestia, which are processing large amounts of rollup data and are a substantial portion of the modular data availability market.

Meanwhile, newer models of shared security are reducing the obstacles to network security of smaller projects, including EigenLayer, which allows restaking assets across networks. This enables new blockchain projects to use existing security infrastructure as opposed to constructing their validator networks directly.

Application-Specific Chains and Ecosystem Growth

The effect of modularity goes beyond the pure performance measures. It has triggered a new set of blockchain environments and applications that are specific to applications. Application-specific chains, or appchains, are vertically-focused modular blockchains, designed to support verticals such as games, financial derivatives, social applications, or artificial intelligence-enhanced transaction systems. 

The advantage of these networks is that they have a highly customized execution environment, model of fees, and governance structures, which monolithic networks seldom can provide.

The move towards modular architectures is also economically motivated. With the execution being shifted off-base layer, users are experiencing reduced transaction fees, and blockchain environments are becoming more appealing to mainstream and enterprise applications. This provides developers with the flexibility they need to optimize each layer to meet their needs in terms of speed, cost, and functionality, and this speeds up the development and deployment of new blockchain applications.

Interoperability is also another major benefit of modular blockchains. These systems are designed using common protocols that can allow them to communicate seamlessly with other networks, so that decentralized applications on one network can interact with assets or services on a different network. Cross-chain messaging protocols and common sequencing systems are coming of age and coordination between modular parts is being facilitated, and the vision of a connected multi-layered blockchain ecosystem is becoming a reality. 

Challenges and the Path Forward

Modular blockchains have challenges in spite of their benefits. As highlighted by Ethereum’s founder, Vitalik Buterin, the multi-layer coordination introduces some complexity of architecture, and dependencies imply that weaknesses in one layer may have an impact on others. Also, cross-layer communication may bring latency when not done efficiently. 

Nevertheless, these engineering issues are deemed to have a solution, and interoperability, scalability, flexibility, and modular systems make them very appealing in the long term. 

Modular blockchains are also receiving momentum due to their ability to address the inherent shortcomings of early blockchain designs through the improvement of scalability, cost-reduction, specialization, and network interoperability. With infrastructure tools and shared security models, as well as adoption metrics, still evolving, modular architectures will probably continue to take center stage in defining the next generation of blockchain systems, providing the flexible base required by Web3 and beyond.

The post Why Modular Blockchains Are Gaining Attention In 2026 appeared first on Metaverse Post.

UNAI Engine, an onchain execution system operating on the UniversePro decentralized exchange (DEX), has released performance data showing significant traction in its first seven weeks of operation, positioning itself as an institutional-grade alternative to token-incentive models in decentralized finance.

Launched on January 25, 2026, UNAI Engine represents a departure from traditional DeFi revenue models by generating returns through trading execution rather than speculative token appreciation. The system integrates multiple revenue strategies into a single execution layer, addressing what has become a critical question in blockchain-based finance: whether onchain systems can establish sustainable cash flow structures independent of market conditions.

Phased Deployment Strategy

The platform’s rollout followed a deliberate two-phase approach. The initial deployment activated only the Maximum Extractable Value (MEV) execution layer—a sophisticated arbitrage capture system that identifies and executes profit opportunities through transaction reordering and spread capture. Over 50 days, this module processed 102,248 transactions generating $824,200 in profits, averaging $8.06 per transaction.

On March 8, UNAI activated its DEX market-making module, which provides continuous bid-ask liquidity to capture trading fees and spreads. In its first week, this layer executed 251,668 transactions producing $97,900 in profits at an average of $0.39 per trade—a structure characteristic of high-frequency trading operations in traditional markets.

Current Performance Metrics

As of March 15, UNAI Engine reports assets under management (AUM) of $3.15 million across 4,581 participants, with a 30-day return on investment of 27.41%. The system’s architecture distributes capital across three execution layers: DEX market-making for fee capture, MEV and high-frequency execution for arbitrage opportunities, and a forthcoming payment settlement layer for stablecoin liquidity operations. 

“Sustainable Web3 growth cannot depend on inflationary rewards or speculative cycles,” said Mr. Phil, Founder and CEO of UniversePro. “UNAI Engine demonstrates that onchain systems can generate consistent returns through infrastructure, execution efficiency, and capital productivity—the same fundamentals that drive traditional quantitative trading operations.”

Mr. Phil, a blockchain business development veteran with over a decade of experience in Web3 ecosystem acceleration, has previously collaborated with industry leaders including Animoca Brands, Binance Labs, and UniSat. He founded UniversePro to build capital-efficient onchain trading infrastructure designed for institutional-grade performance.

Institutional Infrastructure Model

Unlike retail-focused trading bots, UNAI Engine functions as a coordination system that dynamically allocates capital based on real-time onchain data and liquidity analysis. This approach mirrors quantitative trading infrastructure in traditional finance, where returns derive from transaction flow rather than directional market bets.

The system’s design addresses a structural challenge in DeFi: sustainability beyond bull market cycles. While liquidity mining and token incentives can drive rapid growth during favorable market conditions, they typically struggle to maintain participation during downturns. UNAI’s execution-based model generates revenue from trading activity itself, creating what the company characterizes as a “market-structure-native” revenue stream.

The platform’s third execution layer—payment settlement infrastructure—remains in development and is expected to integrate stablecoin liquidity into clearing networks, further diversifying the system’s revenue sources.

About UniversePro

UniversePro is a Web3 project dedicated to decentralized trading and perpetual contracts. Through an all-in-one architecture, the platform aims to make onchain trading more transparent, efficient, and accessible—providing foundational infrastructure for the next phase of decentralized finance.

Media Contact

Company Name: Universe Pro

Contact Person: Mark Bergen

Email: [email protected]

Website: https://www.universepro.co

City: Dubai

Country: United Arab Emirates

The post Universe Pro’s UNAI Engine Demonstrates Institutional-Grade Trading Infrastructure on Decentralized Exchange Platform appeared first on Metaverse Post.

George Town, British Virgin Islands, March 17th, 2026, Chainwire

Aster, a privacy-focused trading ecosystem backed by YZi Labs, today announced the official launch of Aster Chain Mainnet. This purpose-built Layer 1 blockchain is designed to dismantle the “transparency trap” of modern DeFi, offering institutional-grade privacy and CEX-level performance to professional and retail traders worldwide.

Ending the Era of Onchain Position Hunting

Transparency is a defining characteristic of decentralized finance, supported by public ledgers, verifiable transactions, and open protocols. However, transparency between protocols and users differs from transparency among market participants. When trading activity, including order placement, position size, and liquidation levels, is fully visible on-chain, such information may be observed and used by other participants in the market.

Position hunting – where traders identify a large position, see its liquidation price, and coordinate to trigger a forced liquidation – has cost traders millions of dollars on fully transparent platforms. Infamously, in March 2025, a trader opened a $375 million BTC 40x short on a fully transparent platform. Traders quickly began openly coordinating on Twitter to pool funds and hunt the position.

Aster’s default privacy removes that attack surface entirely.

The Aster Thesis: Privacy is a Fundamental Right

Unlike existing solutions that treat privacy as an opt-in feature or a third-party wrapper, Aster Chain embeds encryption directly into the execution layer. On Aster, privacy is the default, not a privilege.

The Aster privacy stack utilizes a ZK-verifiable encrypted architecture:

• ZK-Verifiable Encryption + Stealth Address Mechanism: Every order is ZK-verifiable encrypted before it reaches the chain; with Account Privacy enabled, orders are routed through unique stealth addresses, ensuring no link between users’ wallets and their trading activity, and preventing any third party from tracing, correlating, or reconstructing trades.
• Selective Disclosure: While asset transfers remain traceable for compliance, the execution layer shields strategic intent. Users who want their activity visible can choose to make it public. With Account Privacy enabled, users can generate a Viewer Pass to share with selected parties, allowing only those with access to the pass to view their private orders.
• Zero Performance Trade-off: Aster Chain achieves peak throughput of 100,000+ TPS and a median block time of 50ms, all without gas – performance that matches the speed traders expect from a centralized exchange.

“Transparency between a protocol and its users is a fundamental feature, but transparency between a trader and their competitors is a critical vulnerability,” said Leonard, CEO at Aster. “Aster Chain is the only architecture that treats privacy as a fundamental requirement for a fair market, neutralizing predatory attacks at the base layer.”

CEX Speed Meets DEX Principles

Aster Chain delivers the sub-second finality and high-leverage experience of a CEX while upholding the core tenets of decentralization: self-custody, verifiability, and permissionless access. Trading privacy removes the last reason to stay on a centralized exchange. The network is supported by a native bridge to BNB Chain and proprietary oracles to ensure high-fidelity price data.

Fuelling the Next Wave of Innovation

The mainnet launch marks the start of a phased expansion. Beyond the flagship Aster trading UI, the ecosystem is inviting builders to create specialized vaults and collaborative DeFi products through Aster Code.

To coincide with the launch, Aster will initiate a Staking Program within a week to reward early supporters and liquidity providers.

About Aster

Aster is a privacy-first onchain trading platform backed by YZi Labs, with unique features like Hidden Orders to protect user trading activity. It offers perpetual contracts across crypto, stocks and commodities, as well as crypto spot trading, and is powered by Aster Chain, a Layer 1 blockchain built to power the future of decentralized finance.

Users can learn more about Aster on the official website or follow Aster on X.

Contact

PR & Content Manager
Lola Chen
Aster
[email protected]

The post Aster Chain Launch: Defining a New Era for Onchain Privacy and Transparency appeared first on Metaverse Post.

George Town, British Virgin Islands, March 17th, 2026, Chainwire

Aster, a privacy-focused trading ecosystem backed by YZi Labs, today announced the official launch of Aster Chain Mainnet. This purpose-built Layer 1 blockchain is designed to dismantle the “transparency trap” of modern DeFi, offering institutional-grade privacy and CEX-level performance to professional and retail traders worldwide.

Ending the Era of Onchain Position Hunting

Transparency is a defining characteristic of decentralized finance, supported by public ledgers, verifiable transactions, and open protocols. However, transparency between protocols and users differs from transparency among market participants. When trading activity, including order placement, position size, and liquidation levels, is fully visible on-chain, such information may be observed and used by other participants in the market.

Position hunting – where traders identify a large position, see its liquidation price, and coordinate to trigger a forced liquidation – has cost traders millions of dollars on fully transparent platforms. Infamously, in March 2025, a trader opened a $375 million BTC 40x short on a fully transparent platform. Traders quickly began openly coordinating on Twitter to pool funds and hunt the position.

Aster’s default privacy removes that attack surface entirely.

The Aster Thesis: Privacy is a Fundamental Right

Unlike existing solutions that treat privacy as an opt-in feature or a third-party wrapper, Aster Chain embeds encryption directly into the execution layer. On Aster, privacy is the default, not a privilege.

The Aster privacy stack utilizes a ZK-verifiable encrypted architecture:

• ZK-Verifiable Encryption + Stealth Address Mechanism: Every order is ZK-verifiable encrypted before it reaches the chain; with Account Privacy enabled, orders are routed through unique stealth addresses, ensuring no link between users’ wallets and their trading activity, and preventing any third party from tracing, correlating, or reconstructing trades.
• Selective Disclosure: While asset transfers remain traceable for compliance, the execution layer shields strategic intent. Users who want their activity visible can choose to make it public. With Account Privacy enabled, users can generate a Viewer Pass to share with selected parties, allowing only those with access to the pass to view their private orders.
• Zero Performance Trade-off: Aster Chain achieves peak throughput of 100,000+ TPS and a median block time of 50ms, all without gas – performance that matches the speed traders expect from a centralized exchange.

“Transparency between a protocol and its users is a fundamental feature, but transparency between a trader and their competitors is a critical vulnerability,” said Leonard, CEO at Aster. “Aster Chain is the only architecture that treats privacy as a fundamental requirement for a fair market, neutralizing predatory attacks at the base layer.”

CEX Speed Meets DEX Principles

Aster Chain delivers the sub-second finality and high-leverage experience of a CEX while upholding the core tenets of decentralization: self-custody, verifiability, and permissionless access. Trading privacy removes the last reason to stay on a centralized exchange. The network is supported by a native bridge to BNB Chain and proprietary oracles to ensure high-fidelity price data.

Fuelling the Next Wave of Innovation

The mainnet launch marks the start of a phased expansion. Beyond the flagship Aster trading UI, the ecosystem is inviting builders to create specialized vaults and collaborative DeFi products through Aster Code.

To coincide with the launch, Aster will initiate a Staking Program within a week to reward early supporters and liquidity providers.

About Aster

Aster is a privacy-first onchain trading platform backed by YZi Labs, with unique features like Hidden Orders to protect user trading activity. It offers perpetual contracts across crypto, stocks and commodities, as well as crypto spot trading, and is powered by Aster Chain, a Layer 1 blockchain built to power the future of decentralized finance.

Users can learn more about Aster on the official website or follow Aster on X.

Contact

PR & Content Manager
Lola Chen
Aster
[email protected]

The post Aster Chain Launch: Defining a New Era for Onchain Privacy and Transparency appeared first on Metaverse Post.

Layer 3 blockchain Orbs introduced Orbs Agentic, a new execution layer designed to support autonomous DeFi agents by providing secure, verifiable onchain trading infrastructure. Built on Orbs’ existing Layer-3 blockchain architecture, Agentic incorporates cosigned oracle verification to ensure that transactions initiated by agents comply with predefined execution constraints before being broadcast onchain.

As artificial intelligence increasingly manages portfolios, monitors markets, and executes strategies programmatically, the supporting infrastructure must prioritize safety, reliability, and execution quality. Orbs Agentic addresses these needs by functioning as an intermediary execution layer between AI agents and DeFi protocols, enabling structured actions such as swaps, limit orders, and time-weighted average price strategies through dedicated execution tools, including autoswap, execswap, and autolimit. Execution parameters are submitted through Orbs’ infrastructure for independent verification, rather than relying solely on agent-side logic.

At the core of the system is a cosigned oracle mechanism. Each transaction is validated against objective constraints, including slippage bounds, reference price checks, and trigger conditions using decentralized oracle data. Only transactions that pass these verifications are cosigned and permitted to proceed onchain. This design separates strategic logic from verification, mitigating risks associated with automated key management and unilateral execution.

Orbs Agentic Builds On Proven Layer 3 Infrastructure To Support Complex DeFi Strategies

The project leverages the same Layer-3 infrastructure that underpins Orbs’ existing DeFi execution products, such as dTWAP, dLIMIT, dSLTP, Liquidity Hub, and Perpetual Hub. These tools are integrated across major decentralized exchanges and have collectively processed over $2.2 billion in onchain volume, providing tested infrastructure for complex trading strategies. The platform is compatible with widely used agent frameworks, allowing developers to integrate structured trading tools without creating custom execution systems. By exposing parameterized tools, Agentic supports auditability, deterministic execution, and compatibility with policy-based guardrails.

“As DeFi evolves, we’re seeing a clear shift from manual trading toward automated, policy-driven execution,” said Ran Hammer, Head of Business Development at Orbs in a written statement. “We’ve spent years building execution infrastructure for DeFi. Orbs Agentic extends that foundation to a new class of users: autonomous agents,” he added.

The rollout will occur in stages. An initial proof of concept is live, allowing agents to execute swaps and orders through existing infrastructure. Later phases will implement the full cosigned oracle architecture, including executor wallet contracts, a hybrid multisignature security model, and an onchain trust score system to formalize standards for secure agent execution.

As automated systems account for a growing share of onchain activity, Orbs positions its Layer 3 network as a dedicated execution backend focused on measurable, verifiable, and stake-secured infrastructure. The ORBS token underpins the network through a Proof-of-Stake consensus model managed by independent validators, known as Guardians, who secure the services used for decentralized verification. By extending its execution stack to autonomous agents, Orbs aims to provide infrastructure optimized for continuous, policy-driven trading environments while maintaining decentralized oversight and verifiable operational constraints.

The post Orbs Launches Agentic, An Execution Layer For Autonomous DeFi Agents appeared first on Metaverse Post.

Vietnamese companies are intensifying their efforts to launch the country’s first licensed cryptocurrency exchanges, as the government moves to regulate trading on foreign platforms. This is part of a broader initiative to curb the flow of capital through overseas exchanges and establish a more controlled environment for crypto trading within one of the world’s most active crypto markets.

The Vietnamese government is planning to roll out a pilot program for domestically operated digital asset exchanges as early as this month. A government resolution issued in February outlines this move as a critical step toward tightening oversight of crypto trading and managing capital flows more effectively.

According to a document from the Ministry of Finance dated March 12th, five companies have passed the initial qualification round. These companies include affiliates of three private Vietnamese banks—Techcombank, VPBank, and LPBank—as well as the stockbroker VIX Securities and the Sun Group, one of Vietnam’s largest private conglomerates. Sun Group and VPBank have confirmed their applications, though the other firms have not yet commented on the matter. A ministry spokesperson confirmed the government’s ongoing work in this area but refrained from discussing specific applicants.

Government Push To Regulate Crypto Trading And Capital Flows

Vietnam has become one of the world’s most active crypto markets, ranking fourth globally in the latest Global Crypto Adoption Index from blockchain data firm Chainalysis. The firm estimated that transactions involving Vietnamese traders surpassed $200 billion in the year leading up to June 2022. However, authorities have become increasingly concerned about the use of cryptocurrencies and stablecoins, fearing the risks associated with unregulated capital outflows. As a result, the Ministry of Finance is drafting new rules that would prohibit Vietnamese nationals from trading on overseas platforms, further tightening control over the nation’s financial ecosystem.

This move comes at a time when Vietnam is dealing with an underdeveloped corporate bond market and a stock exchange that remains classified as frontier. These limitations have driven many domestic investors to seek alternative investment vehicles like gold and real estate. In fact, gold in Vietnam is traded at a premium of around 10% above global benchmarks, and the housing market has experienced periodic speculation, reflecting the scarcity of attractive, regulated investment opportunities for the local population.

Domestic Exchanges Seen As Key To Strengthening Vietnam’s Digital Economy

Although cryptocurrencies are not explicitly banned in Vietnam, they are not recognized as money or a legal means of payment. This lack of formal recognition has led many Vietnamese traders to use overseas centralized exchanges such as Binance, OKX, and Bybit.

Binance dominates the local market, accounting for more than 80% of exchange usage among Vietnamese traders, while Bybit and other platforms hold smaller shares. In terms of activity, Vietnamese users generate substantial traffic and trading volumes on these platforms, with tens of millions of visits recorded and the country ranking among the top global markets for Binance by trading volume.

These platforms are not used solely for speculative trading but also function as a financial infrastructure. Many users rely on peer-to-peer services to convert Vietnamese dong into stablecoins, enabling participation in global crypto markets.

Some experts suggest that successful domestic cryptocurrency exchanges in Vietnam could help retain transaction fees within the country and support the development of the nation’s digital financial services industry. Such a move could contribute to state budget revenues while promoting the growth of the domestic digital economy. However, the legal framework for cryptocurrencies in Vietnam remains incomplete, particularly regarding supervision, taxation, and risk management.

Vietnam is among a number of countries that are imposing restrictions on access to overseas cryptocurrency platforms for reasons tied to financial stability, capital flows and regulatory oversight. In China, domestic banks and payment providers are prohibited from supporting crypto trading, and foreign exchanges are instructed not to serve Chinese users. Thailand enforces site blocks, criminal complaints, and tighter rules on who can operate digital-asset services, while India requires offshore platforms to register locally and imposes strict KYC, reporting, and tax obligations that limit cross-border trading. Indonesia mandates local registration and compliance with asset approval, AML/CFT rules, and tax regimes for foreign exchanges. 

Common enforcement tools across these jurisdictions include geoblocking, bank restrictions, fines, and mandatory local compliance, often deployed in combination depending on regulatory authority and technical capacity. These measures are taken as governments seek to integrate digital asset trading into regulated financial systems rather than leave activity fully offshore.

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The fresh capital is earmarked for scaling Gency AI’s decentralized advertising execution and settlement network, hardening its privacy-preserving computing stack, and accelerating product deployment and ecosystem partnerships across North America, Asia, and Europe.

Building verifiable infrastructure for the advertising economy

The global digital advertising market continues to grow rapidly, but many execution and settlement processes still rely on centralized platforms. Industry participants have highlighted ongoing challenges related to attribution transparency, data ownership, and reconciliation cycles between advertisers, publishers, and agencies.

Gency AI aims to shift the industry from a model of “platform trust” to “protocol trust” by introducing on-chain verifiable credentials and automated revenue distribution mechanisms. Leveraging smart contracts and privacy-preserving computing technologies, ad impressions, conversion outcomes, and revenue allocation can be independently verified and settled automatically.

According to the company, the system is designed to automate reconciliation processes through smart contracts, with the goal of reducing settlement times and improving transparency in cross-border advertising transactions.

AI and blockchain–integrated technical architecture

Gency AI’s network architecture is built around four core modules:

Policy identity

Creates on-chain permission identities and usage boundaries for data, enabling transparent and traceable data authorization management.

ESQ privacy computing layer

Integrates technologies such as TEE, PSI, and MPC to support encrypted computation and privacy-preserving processing of advertising data.

PSG clearing and settlement protocol

Converts advertising actions and conversion outcomes into on-chain verifiable credentials and automatically executes revenue distribution through smart contracts.

AI optimization engine

Operates in an anonymous and encrypted environment to power advertising strategy prediction, audience matching, and campaign optimization. It also enables model training and attribution analysis without exposing raw user data, balancing privacy protection with operational efficiency.

Investor perspectives

Investors participating in the round said the convergence of AI automation and verifiable computing has the potential to reshape the core infrastructure of digital advertising, gradually shifting the industry from a model driven by closed data platforms to one powered by open protocols.

They also noted that as global privacy regulations tighten and demand for AI-powered automated advertising continues to grow, building a trusted, verifiable, and autonomously operating advertising network is likely to become a key direction for the industry.

About Gency AI

Gency AI is a sovereign advertising network purpose-built for the agentic economy — an environment where data ownership, permissions, execution, and settlement are designed to be programmable, verifiable, and controlled by users by default.

Unlike traditional adtech systems that depend on opaque data aggregation and trust-based reporting, Gency AI reimagines advertising as a verifiable coordination system. By combining cryptographic guarantees, on-chain policy enforcement, and measurable outcomes, it enables coordinated interactions among advertisers, publishers, AI agents, and users.

Media contact
Tan Chee Hoe
CMO at Gency AI
Official email: [email protected]

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With the rising popularity of decentralized finance, MEV bots are now one of the most significant participants that occur in the background of blockchain networks. The automated programs are used to scan mempools, the list of outstanding blockchain transactions, to identify any possible arbitrage, liquidation, or transaction ordering opportunities that yield profit.

By 2026, the MEV ecosystem will have been transformed into an advanced industry with specialized tools, infrastructure providers, and automated trading bots that will compete to gain value from decentralized exchanges and DeFi protocols. Part bots are better at arbitrage, sandwich, and others at sniping of newly launched tokens or carrying out liquidation opportunities.

The following are the most notable MEV bots and tools that are dominating the space in 2026.

MevX

MevX has become one of the most popular multi-chain MEV and trading bots in 2026, especially among the traders who trade on the fast-moving markets of meme coins.

The bot is implemented in various large blockchains such as Ethereum, Solana, BNB Chain, TRON, and Base. It provides the capabilities of automated buy and sell orders, limit orders, tracking of your wallet, and copy trading. These applications enable users to copy winning trading strategies of the high-performing wallets. 

MevX also offers real-time chart previews and portfolio monitoring directly on its Telegram platform, enabling traders to make transactions on the fly without leaving the chat application. The comparatively low trading costs of approximately 0.8% on Solana and 0.5% on BNB Chain have rendered it a favorite with traders who handle large volumes of transactions.

Although MevX has automated sniping functionality during new token launches, its complexity renders the product more suited to an advanced trader as opposed to a new trader.

Maestro

Maestro is now one of the most famous trading and MEV-related bots that have been deployed in multiple blockchain ecosystems.

The bot enables users to monitor multiple wallets at once, whale hunting, and have automated trades according to their own strategies. It can also dollar-cost average, use a trailing stop order, and even automated snipe new tokens.

The anti-MEV protection system is one of the best aspects of Maestro, as it tries to minimize the presence of sandwich attacks and frontrunning when trading. This defense operates by directing transactions through the economized routes to minimize risk to malicious bots that execute within the open mempools.

Maestro has gained sufficient popularity among traders who are interested in early access to volatile tokens due to its strong automation functionality and wallet-tracking functionality.

Trojan Bot

Another significant automated trading bot that is popular in the Solana ecosystem is Trojan.

The platform is attributed to its extreme execution speed, which can seize opportunities in high-frequency trading settings in which milliseconds can be the difference between profitability and loss. Trojan also supports sniping of tokens in a short period of time during the introduction of new projects in the Solana-based decentralized exchanges.

This advantage in speed makes it specifically useful in MEV-like strategies, like arbitrage and liquidity pool sniping. Nevertheless, like most trading bots, its performance is very sensitive to network conditions, gas prices, and network competition with other automated bots.

BONKBot

Being based mostly on the Solana ecosystem, BONKBot has become a popular trading and automation tool that is driven by speed and simplicity.

Through the bot, users can use Telegram to carry out trades and track the price fluctuations and token launches. In comparison to more elaborate platforms, BONKBot is easier to use with automated strategies like token sniping and high-speed trade execution.

Its competitive pricing model at approximately 1 percent per trade has enabled it to gain the attention of the traders who want a lightweight automated crypto trading tool. 

Flashbots

Although not a trading bot in the classical meaning of the term, Flashbots is an important component of the MEV ecosystem as it provides the infrastructure that facilitates MEV strategies.

Flashbots has MEV-Boost, relays, and block-building frameworks as part of its tools that enable searchers and validators to package transactions in a way that generates maximum profit. Flashbots’ software development kits are commonly used to create their own custom MEV bots and trading strategies by developers.

This infrastructure has been used to formalize MEV markets by establishing a transparent market in which block builders vie to put together the most profitable blocks.

The increasing Competition among MEV Bots

The current high increase in decentralized finance has increased competition among the MEV bots. With the increasing number of traders using automated strategies, there is a decreasing possibility of making a profitable opportunity.

Bots, in most cases, compete in a race of a few milliseconds. Quick infrastructure, improved nodes, and dedicated transaction relays can either make or break a bot seize an opportunity or be beaten by an opponent.

It is also a consequence of the competition that an arms race has emerged in blockchain infrastructure, with the developers constructing specialized networks and private mempools aimed at minimizing latency and increasing the speed of execution.

Controversy and Impact on the Market

MEV bots are seen as controversial in the crypto community despite their profitability. Some techniques or tricks, especially sandwich attacks, may damage regular users by exploiting the ordering of transactions in order to steal value out of their transactions. When such happens, the traders can be charged at a worse price than anticipated since the bots will buy and sell at the time they undertake the trade.

Simultaneously, certain types of MEV, including arbitrage, may contribute to increasing market efficiency through alleviating price disparities between decentralized markets.

Consequently, solution-oriented approaches like encrypted mempools, batch auction, and private transaction relays have been explored by a large number of blockchain developers to mitigate bad MEV behavior without minimizing useful trading behavior.

The Future of MEV Bots

In the future, MEV bots will probably get even smarter in the context of the redesign of decentralized finance by artificial intelligence, machine learning, and faster blockchain infrastructure.

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Layer 1 blockchain Sui announced that its new Sui Virtual Machine (VM) is now live and available for public testing, alongside the launch of an updated bug bounty program.

According to Sui, the VM, which serves as the execution layer for all Move programs on the network, has undergone a substantial upgrade aimed at improving performance and scalability. It represents an important advancement in Sui’s execution infrastructure. The code is publicly accessible on GitHub, and Mainnet deployment is planned for early April. 

While the existing VM has supported Sui’s operations effectively, the upgrade addresses structural limitations that have become increasingly restrictive as the network expands and the Move programming language evolves. 

Key improvements in the new VM include per-package caching to reduce load times and optimize memory usage, a restructured system for type storage and resolution, enhanced execution across packages, and a redesigned interpreter for processing instructions. These changes result in a cleaner, more efficient execution layer and provide a foundation for future Move language features that the current architecture could not easily support.

Sui’s Bug Bounty Program To Cover New Virtual Machine, Offering Mainnet-Level Rewards For Security Testing

In conjunction with this release, the bug bounty program has been updated to cover VM-related vulnerabilities at full Mainnet rates, even prior to the code reaching Testnet, in order to maximize engagement from the security community.

The program, hosted on Hackenproof, now accepts submissions related to the VM. Vulnerabilities identified through this program will be rewarded at Mainnet rates, encouraging the security community to engage with the code before it reaches production. Organizers emphasized that identifying meaningful vulnerabilities is critical and that participants will be compensated appropriately for their contributions.

The deployment of a new VM to Mainnet is considered a major milestone for the network. The upgrade has already passed internal reviews and multiple independent audits, and opening it to public scrutiny under full bounty conditions represents the next stage in validating its security. This initiative is intended to ensure that the upgraded execution layer is thoroughly tested and robust, positioning Sui for future growth and enabling broader adoption of its Move-based ecosystem.

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Playnance, a Web3 infrastructure company developing the expanding GCOIN ecosystem, has launched GCOIN Staking, a new program aimed at promoting long-term participation within its Web3 entertainment economy. The initiative is now live on PlayW3, the primary Web3 social gaming platform of the Playnance ecosystem, and saw 250 million tokens locked within hours of launch.

The launch provides GCOIN holders with an opportunity to engage directly in the ecosystem through staking and to earn rewards distributed via the platform ahead of the upcoming GCOIN Token Generation Event scheduled for March 18. The program is designed to reinforce the economic layer of the Playnance ecosystem while encouraging token holders to commit to longer-term participation.

Under the staking program, GCOIN holders can lock their tokens to receive ecosystem-driven rewards, promoting sustained token alignment, reducing circulating supply through voluntary locking, and supporting the overall sustainability of the GCOIN token economy. Participants can stake tokens through smart-contract staking pools, with a minimum requirement of 1,000 GCOIN, across four lock durations of six, nine, 12, and 18 months, with longer lock periods receiving higher reward weights. Rewards begin accruing 24 hours after activation and can be claimed at the end of the staking period, while early withdrawal remains possible with forfeiture of accumulated rewards.

GCOIN Staking To Empower Community And Drive Long-Term Growth In Web3 Entertainment

“Staking allows our community to grow together with the Playnance ecosystem,” said Pini Peter, CEO of Playnance, in a written statement. “As adoption expands, GCOIN holders can take a more active role in the network’s long-term evolution, participating in the ecosystem through staking rewards,” he added.

The program links users’ rewards directly to ecosystem activity rather than relying on fixed emissions or inflationary mechanisms. Rewards are distributed through an allocation tied to ecosystem operations, including platform products and services. As the ecosystem expands and more users participate, revenue generated by the platform flows back to stakers, aligning incentives between platform performance and user rewards.

GCOIN underpins a growing Web3 entertainment economy that spans social gaming, prediction markets, and trading environments. Playnance is advancing a structural shift toward decentralized entertainment economies, integrating the global entertainment industry on-chain and powered by GCOIN. Through the staking program, community members can contribute to the ecosystem’s long-term development while promoting stability and sustainability across the Playnance network.

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With the development of blockchain technology, a new type of architecture called modular blockchains is on the increase throughout the cryptocurrency ecosystem. In contrast to classic monolithic blockchains, where the execution, settlement, data availability, and consensus layers are performed at the same layer, modular blockchains divide those functions into special layers.

The design will help to enhance scalability, minimize congestion, and enable developers to create more effective customized blockchain environments. The modular systems are capable of processing more transactions by decentralizing and sharing the responsibilities across various networks, and still ensuring security.

Over the past several years, the modular blockchain thesis has gained a lot of attention among developers, venture capital companies, and crypto researchers. Several initiatives are becoming leaders in this field, and each of them brings something special to the industry, an infrastructure that enables the next generation of decentralized applications.

The following are some of the most conspicuous modular blockchain platforms that are currently forming the industry.

Celestia

Celestia is commonly considered to be one of the leaders of the modular blockchain movement. The network has a particular concern with data availability and consensus, and other blockchain systems are free to utilize its infrastructure and control their own execution environments.

Instead of running smart contracts directly, Celestia offers a base layer upon which rollups and other blockchain networks can post transaction data safely. This means that developers can easily roll out personalized blockchains without necessarily having to create their own consensus mechanism.

Scalable rollups are also available in the architecture of the platform and can process high volumes of transactions with the help of Celestia to verify and provide security. With the increasing popularity of the modular thesis, Celestia has become the nexus of numerous experimental blockchain ecosystems.

EigenLayer

Eigenlayer is another project that has a lot of impact on modular blockchain infrastructure. The protocol is developed on top of Ethereum and presents another concept called restaking that enables users to redeploy the assets they have staked to obtain other services and networks.

Developers can start new decentralized systems, which are commonly called Actively Validated Services (AVS), through EigenLayer without the need to construct their own networks of validators. They instead use the current security model in Ethereum.

This system is successful in providing latent Ethereum security to a joint infrastructure layer, which can serve a variety of modular services, such as data availability layers, bridges, and decentralized middleware.

As it expands the security features of Ethereum to other applications, EigenLayer has an essential part in facilitating the modular experimentation of blockchain.

Polygon

Optimism is currently one of the most popular Layer-2 rollup networks, which are implemented on Ethereum, and is becoming more popular with modular blockchain infrastructure.

It works with optimistic rollup technology, whereby the network processes transactions outside the Ethereum before sending the compressed information to Ethereum to be finally settled. This design also isolates execution and settlement, and conforms to the modular blockchain philosophy.

The optimism has also come up with a wider initiative called the Superchain, which works on the linking and sharing of several interoperable rollups that are integrated with infrastructure and governance systems.

Such a vision may eventually form a web of interconnected blockchains that have a common modular architecture.

Optimism

Arbitrum is another significant modular ecosystem participant, a high-performance Layer-2 network that scales Ethereum.

The network operates on an optimistic rollup technology that verifies transaction on-off-chain, and then allows the compressed data to be sent to Ethereum to settle the transaction. This architecture makes a distinction between execution and settlement and is consistent with the philosophy of modular blockchains.

Optimism has also presented an expanded project called the Superchain that tries to unify various interoperable rollups that share infrastructure and governance systems.

This vision might lead to a network of related blockchains that work based on a single modular architecture.

Arbitrum

Arbitrum, an Ethereum-scaled high-performance Layer-2 network, is another significant participant in the modular ecosystem.

Similar to Optimism, Arbitrum is also a rollup technology that executes transactions off-chain and is settled and secured by Ethereum. This modular architecture will enable the network to support much greater transactional volumes than the Ethereum base layer on its own.

Arbitrum has also extended its infrastructure with products that enable developers to roll out customizable chains in its ecosystem. They are able to have specialized configurations on these chains and still have connections to the larger network. This is what renders Arbitrum a major part of the programmable blockchain movement.

Why Developers Are Embracing Modular Systems

Modular blockchains are becoming more attractive to developers since they are more flexible in the development of decentralized applications.

Instead of developing completely new blockchains as-is, teams are able to take existing infrastructure pieces and develop tailored networks to their particular needs. This would save much time on development and would allow testing new scaling technologies.

Modular architecture also promotes innovation since advancement in a single layer, such as the availability of data or execution, would be useful to several networks at a time.

Source: X

Challenges Facing Modular Blockchains

Even though modular blockchains promise, a number of challenges are still encountered.

Interoperability of various layers may create complexity, especially in cases where a number of networks are required to coordinate the checking of transactions and the availability of data.

Security is another concern. Although shared security layers may be used by modular systems, one of the components may be vulnerable and consequently impact the ecosystem. 

Moreover, the increasing number of modular solutions could separate liquidity and developer activity across various networks. These concerns are still dynamic subjects of study due to developers’ perfecting modular architectures.

The Future of Blockchain Architecture

Many industry observers hold the view that the modular blockchain infrastructure may emerge as the new paradigm of scaling decentralized applications.

With the ever-growing decentralized finance sector, gaming, and tokenization of real-world assets, the demand for high-throughput blockchain networks is rising exponentially.

Modular systems can give an avenue to support millions of transactions and ensure that it adheres to the principles of decentralization that have been the backbone of blockchain technology.

Despite the fact that the modular thesis is still in development, those projects at the forefront of the movement are already redefining the design of blockchain infrastructure.

With further maturity of these systems, modular blockchains may be at the heart of the next generation of decentralized networks to drive the global digital economy.

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Paybis, a global fiat-to-crypto platform, has released a report titled “Traders and Fund Movers,” analyzing how crypto and fintech platforms build and lose trust, and how they influence repeated usage when money transfers are time-sensitive. The findings are based on 15 in-depth individual interviews and highlight recurring themes, contradictions, and edge-case scenarios. According to the report, the primary factors driving customer churn in this segment include unexpected total costs, unclear timelines, and insufficient proof during transactions.

The report introduces the concept of Fund Movers, referring to individuals and small businesses that frequently transfer money through banks, cards, digital wallets, exchanges, fintech applications, and partner platforms, often across international borders. Many of these users operate in regions where banking systems are inconsistent or unreliable, leading them to prioritize speed, predictability, and confirmation of successful transfers over exploring new features or maintaining loyalty to a single platform.

The study was conducted as a qualitative analysis focusing on participants who actively convert funds into cryptocurrency and depend on consistent transaction execution. Researchers examined how these users selected platforms for specific transfers, the tools they relied on, and the types of failures that caused them to abandon certain methods. The report emphasizes that negative experiences, particularly failed transfers, can extend beyond individual users, influencing broader networks and damaging platform reputation.

Transparency, Proof, And Predictability Emerge As Core Trust Drivers

One of the key findings indicates that users are not primarily concerned with high fees, but rather with discrepancies between quoted and final costs. Participants reported that unexpected fee adjustments, inconsistencies between spreads and fees, and promotions that were not applied as expected were perceived as signs of dishonesty. The study suggests that users interpret quoted prices as binding agreements, and that platforms must clearly communicate all charges across payment methods and providers. A lack of transparency, even in a single instance, can significantly reduce trust and discourage repeat usage.

The report also highlights the importance of proof in high-value and cross-border transactions. Many participants viewed transfers as equivalent to standard payments or bill settlements and considered them complete only upon confirmation by the recipient. Transaction hashes, which serve as identifiers for on-chain activity, were often insufficient on their own. Users expressed a preference for familiar, shareable receipts and traceable updates that could be presented to recipients, customers, or financial institutions. The findings suggest that while many crypto platforms emphasize on-chain status, users are more focused on verifiable real-world outcomes.

Another conclusion is that speed alone is not the primary factor in building trust. Instead, users value clearly defined timelines and consistent delivery within those expectations. Transparent updates were found to reduce anxiety, whereas vague or incomplete status information often led to dissatisfaction. In cases of delays, users expected realistic time estimates, clear next steps, and evidence of active support. Responses that attributed issues solely to third-party providers were often viewed negatively.

The report also examines how active traders select platforms when funding accounts or withdrawing funds. It finds that users prioritize the availability of payment methods and currencies, the speed at which funds become usable, certainty of total costs before confirmation, reliability during high-pressure situations, predictability of risk factors such as transaction holds, and responsiveness of customer support when issues arise.

“Crypto can’t mature if we design primarily for what the industry thinks users should want,” said Paul Afshar, Chief Marketing Officer at Paybis. “People moving real money across real-world constraints care most about predictability, transparent costs, and proof they can trust and share.”

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NVIDIA, a leading technology company, announced the launch of the NVIDIA NemoClaw stack for the OpenClaw agent platform, enabling users to install NVIDIA Nemotron models and the newly introduced NVIDIA OpenShell runtime in a single command. 

The platform incorporates privacy and security controls designed to make self-evolving, autonomous AI agents, referred to as claws, more reliable, scalable, and accessible.

Jensen Huang, founder and CEO of NVIDIA, described OpenClaw as opening “the next frontier of AI to everyone” and noted that it had become the fastest-growing open source project in history. He compared OpenClaw to operating systems for personal computers, stating that it represents an operating system for personal AI and marks “the beginning of a new renaissance in software.”

OpenClaw facilitates closer interaction with AI and enables a future in which individuals can maintain their own AI agents.  NVIDIA, along with the broader ecosystem, is establishing both the capabilities and the safeguards necessary to allow anyone to develop secure and powerful AI assistants.

NemoClaw Enhances Security And Accessibility For Autonomous AI Agents

The NemoClaw stack leverages NVIDIA’s Agent Toolkit software to optimize OpenClaw with a single command. It installs OpenShell, which provides access to open models and an isolated sandbox environment that enforces data privacy and security for autonomous agents. This infrastructure layer underpins claws, granting them the computational and operational access needed to perform tasks while maintaining policy-based security, network, and privacy controls.

NemoClaw is compatible with any coding agent. For open agents, it can utilize local models, including NVIDIA Nemotron, running on a user’s dedicated system. Through a privacy router, agents can also access frontier models hosted in the cloud. The integration of local and cloud-based models establishes a framework for agents to acquire new skills and complete tasks while adhering to defined privacy and security protocols.

The platform is designed to support always-on agents that require dedicated computing resources for software development, tool creation, and task completion. NemoClaw for OpenClaw can operate on a variety of dedicated platforms, including NVIDIA GeForce RTX PCs and laptops, NVIDIA RTX PRO-powered workstations, and high-performance AI systems such as NVIDIA DGX Station and NVIDIA DGX Spark supercomputers. These resources provide the local computing capacity necessary for autonomous agents to operate continuously.

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In early March 2026, shocking information leaked out of the AI-powered smart glasses of Meta, a product co-produced with EssilorLuxottica under the Ray-Ban brand. What was advertised as an innovative product with hands-free AI support and privacy features is a matter of continuous concern. 

Reporting on the issue, it was disclosed that intimate and personal video recordings of people wearing the glasses were being accessed by human contractors in Kenya to train the AI at Meta. It led to outrage among people and a class-action lawsuit in the United States.

Source: X

The smart glasses sold by Meta enable the user to record videos, take first-person shots, translate languages dynamically, and communicate with AI assistants. The product quickly became popular, and it is reported that seven million units of the product were sold in 2025. Meta emphasized privacy and control over the user in its promotional strategies, but there is not as much reality behind cloud processing and human review.

Human Review of Private Footage

Swedish media houses have discovered that recordings of the glasses, which at times contained nudity, sexual action, or personal financial data, were being directed to contractors in Nairobi, Kenya. This footage was watched by workers, who labeled and annotated it, which helped in the training of AI. The fact that highly personal contents were exposed to non-user consent areas of humanity brought about serious ethical and privacy issues.

It is alleged that many users never realized that they could review recordings with human eyes. The automatic upload of videos to train AI was also turned on by default, and the disclosures in long-term use documents were not enough to inform the user about the privacy risks. Critics believe that this is a failure to suitably expect privacy.

A federal class-action case was brought against Meta on March 5, 2026, in the United States, alleging that the company lied to consumers regarding the use of footage from its AI smart glasses. Plaintiffs claim that deceptive promises like designed-privacy and controlled-by-you are, in fact, deceptive, taking into consideration that footage can be directed to foreign human reviewers. The case aims to hold Meta liable with regard to its privacy practices and misrepresentation.

Regulatory Scrutiny

Regulators have also paid attention to this controversy. In Sweden, the government examined footage management, and similarly, the Information Commissioner’s Office in the UK is said to have launched an investigation. In Kenya, local advocacy groups sought the attention of the Data Protection Commissioner to establish whether the act of contractors accessing sensitive footage was against the local laws. These questions indicate the international nature of AI devices that analyze personal material internationally.

The scenario highlights a larger industry issue. Most AI systems use human annotation as a method of enhancing accuracy. Nonetheless, the size and intensity of the reviewed material in this case, such as nudity, bathrooms, and personal information, have heightened the fears. Though Meta states that AI training is a standard practice, and measures are provided to blur or anonymize sensitive data, critics believe that these are not enough.

Meta’s Defense

Meta has justified the actions by saying that human review is done to enhance the performance of AI and that the content is not at risk. The company mentions that the sharing of the media is controlled by the users, and blurring of the faces is available in cases where it is possible. However, the suits and social scrutiny demonstrate that there is a lack of alignment between the marketing promises and what it is doing.

The critics of AI wearables caution that first-person video capture wearables have never been more dangerous than they are today. The AI glasses are able to record very intimate environments in personal areas as opposed to smartphones or smart speakers. The case poses some underlying questions regarding consent, the ethics of human review outsourcing, and the boundaries of AI technology in personal life.

The case against Meta, which is a class-action lawsuit, is in progress, regulatory inquiries are ongoing and the question of privacy of wearable AI is gaining momentum in the public opinion. The case can provide significant precedents in the treatment of personal information by AI devices, user consent and the responsibility of technology companies to guarantee privacy. Today, Meta is in a tightrope of innovation and user confidence versus law-abiding and legal responsibility.

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The Hack Seasons Conference is back for its 13th edition in Cannes on April 1st at Canopy by Hilton, bringing together institutional leaders, digital-asset executives, and policymakers to explore the trends and opportunities shaping institutional blockchain finance.

Co-hosted with Spectrum Nodes, this year’s conference will cover a wide range of topics at the intersection of digital assets, Web3, and institutional finance. Key themes include capital allocation, trading venues and liquidity, institutional adoption of digital assets, RWA tokenization, stablecoins, and PayFi, among others.

The event will feature a full day of panel discussions, fireside chats, and keynote speeches with speakers from around the world. Notable participants include experts from S&P Global, Circle, Coinbase, EY, Ethereum Foundation, Offchain Labs, 21Shares, Grayscale Investments, and more. Among the key discussions are:

• “Where Smart Capital Is Moving in Web3: Infrastructure, AI, and Real-World Assets” featuring:
  • Harry Grant, DeFi Manager, Re7
  • Ciara Sun, Founder & GP, C² Ventures
  • Rafael Mastroberardino, Digital Assets Partnership Development & Strategy, Franklin Templeton
  • Lionel Pek, Director, The Spartan Group
• “The Future of Trading Venues: Hybrid Markets, Liquidity Fragmentation, and Institutional Flow”featuring:
  • Nikita Sachdev, Founder, LunaPR
  • Daniel Seifert, Vice President & Regional Managing Director, EMEA, Coinbase
  • Nenter Chow, Global CEO, Bitmart
  • Dorian Vincileoni, Head of Regional Growth, Kraken
• “Tokenizing the Real World: From Infrastructure to Global Capital Markets” featuring:
  • Tomer Sharoni, Co-Founder & CEO, Addressable
  • Matthew Dawson, Enterprise Lead, Ethereum Foundation
  • Theo Golden, Investment Manager & Tokenisation Lead, Baillie Gifford
  • Anya Nova, Director EMEA, GK8 by Galaxy
  • Liam Karwan, Head of Tokenization Business, Chainlink Labs
  • Pauline Shangett, CSO, ChangeNOW

“We are proud to create the premier forum where institutional players can explore the future of on-chain finance,” said Vadim Krekotin, Managing Partner, HSC Asset Group. “This year, with even more participants joining us, we aim to demonstrate how blockchain will redefine the very foundations of the financial industry,” he added. 

In addition to insightful discussions, the event offers exclusive networking opportunities, serving as a platform for participants to connect with global and regional capital, explore high-conviction curated projects, identify potential partners and market-entry pathways, and strengthen institutional-grade brand credibility.

Registrations are now open for participants seeking deep market insights and meaningful connections across digital assets and institutional finance.

HSC Solidifies Global Leadership In Digital Finance And Web3, Expanding To Dubai, Singapore, And Miami In 2026

The Cannes edition builds on the success of the previous event in Hong Kong this February, which focused on asset management and attracted over 2,500 attendees across two dedicated stages covering institutional trends and technological innovation, with more than 50 decision-makers participating.

The conference’s mission is to connect investors and innovators from around the globe, providing a hub for digital-native companies to showcase their vision and engage with top-tier investors and founders. It consistently delivers insights on today’s most relevant cryptocurrency trends, including AI, DeFi, tokenized RWAs, payment solutions, and blockchain infrastructure.

Over its twelve editions, Hack Seasons Conference has attracted more than 75,000 participants and generated over 10 million social media impressions, establishing itself as one of the premier gatherings for the digital finance and Web3 ecosystem. Upcoming editions are scheduled for Dubai, Singapore, and Miami in 2026.

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The crypto market is once again entering a phase where early positioning matters more than ever. With the next altcoin cycle approaching, investors are aggressively searching for projects that combine real technology, clear token utility, and strong upside before exchange listings. This shift explains why the top crypto presale in 2026 has become one of the most searched opportunities among early investors.

Two names illustrate how powerful early entry can be. BNB (BNB) transformed early believers into millionaires after its ICO, while the rapidly expanding DOGEBALL crypto presale 2026 is now drawing attention because it offers infrastructure, gaming utility, and a short presale timeline designed to accelerate momentum. Investors who understand how early-stage opportunities work are watching closely before this presale closes on 2 May 2026.

From $0.15 To Billions: How BNB Turned Early Investors Into Millionaires

In 2017, BNB (BNB) launched its ICO at approximately $0.15 per token. At the time, many investors dismissed the project because they did not believe exchange tokens would become important. However, those who recognized the potential of a growing ecosystem entered early and held their positions.

Over the following years BNB surged into the hundreds of dollars. Early buyers who invested only a few thousand dollars saw life changing returns. The lesson is simple. The crypto market rewards investors who identify strong ecosystems before the wider market pays attention. Missing BNB was painful for many investors, but the good news is that crypto continues to introduce new opportunities.

Today investors searching for the top crypto presale in 2026 are focusing on projects that already show real development and traction before launch. One of the presales currently attracting attention is DOGEBALL crypto presale 2026, which combines gaming infrastructure with its own Ethereum Layer 2 blockchain.

What Is DOGEBALL Crypto Presale 2026 And Why Investors Are Paying Attention

The DOGEBALL crypto presale 2026 is the early stage funding phase for the DOGECHAIN ecosystem, a custom Ethereum Layer 2 blockchain designed specifically for online gaming. Unlike many presale tokens that promise future technology, DOGECHAIN is already live and can be tested directly on the presale website where users can view transactions through the blockchain explorer.

The ecosystem also includes a fully developed DOGEBALL online game available for mobile, PC, and tablet. Players compete on a global leaderboard and fight for a $1 million $DOGEBALL prize pool, including $500,000 for the top player. This connection between gameplay and token usage creates real utility because tokens will be used for gaming transactions within the ecosystem.

The presale launched on 2 January 2026 and will end on 2 May 2026, creating a focused 4 month presale window. The project is currently in Stage 2 priced at $0.0004, after Stage 1 sold out at $0.0003. So far the presale has already raised $158,000+ from more than 560 participants, and the price will increase again when $490K is raised and Stage 3 begins.

For investors looking for the top crypto presale in 2026, this short presale timeline combined with rising price stages creates strong early participation incentives.

DOGEBALL Crypto Presale 2026 ROI Potential And Why Early Buyers Are Acting Now

The DOGEBALL crypto presale 2026 offers a very clear growth structure that attracts early investors. The current presale price is $0.0004, while the expected launch price is $0.015 once the token lists on exchanges.

If someone buys today at $0.0004 and the token launches at $0.015, the potential return would be approximately 37.5x from the current stage price. Investors who entered Stage 1 at $0.0003 could see even larger gains if the listing price target is achieved.

To increase the advantage for early buyers, the team has extended the limited time bonus code DB75, which gives 75% extra DOGEBALL tokens on every purchase. This means investors can significantly increase their token allocation today before the next price stage begins.

Another feature creating intense demand is the DOGEBALLERS Buyer Of The Week competition. The top buyer for each week receives 100% additional tokens on their entire weekly purchase, making them effectively double their investment allocation. During the most recent competition a buyer placed a $2,131 purchase at 23:58 UTC to briefly take the lead, only to be beaten by a $2,320 purchase at 23:59 UTC that secured the final position.

For investors considering entry, the message is simple. Large buyers are already competing for position before the next stage price increase.

How To Buy DOGEBALL Tokens Before Stage 3 Price Increase

Joining the DOGEBALL crypto presale 2026 is designed to be simple for both experienced crypto investors and new participants. The platform supports multiple payment methods including ETH, USDT, USDC, BNB, BTC, SOL, XRP, DOGE, TON, LTC, ADA and card payments, making participation easy from anywhere.

Step 1: Visit the official DOGEBALL presale website
Step 2: Connect your wallet
Step 3: Choose your preferred payment method
Step 4: Enter bonus code DB75 to receive 75% extra DOGEBALL tokens
Step 5: Confirm the purchase and view your tokens in your dashboard

Because the presale is already progressing quickly and Stage 3 will start once $490K is raised, many investors are choosing to buy now rather than risk entering at a higher price.

Why DOGEBALL Presale Could Become One Of The Top Crypto Presales In 2026

The success of BNB showed that strong ecosystems combined with early entry can create massive wealth for investors who position themselves before the wider market. While BNB’s early stage opportunity is long gone, the crypto market constantly produces new opportunities for those paying attention.

The DOGEBALL crypto presale 2026 stands out because it combines several key factors investors look for. It has a working Layer 2 blockchain, a playable game connected to token demand, strong gaming partnerships, and a short presale timeline designed to align with the upcoming altcoin cycle.

For investors researching the top crypto presale in 2026, the DOGEBALL presale offers a rare combination of infrastructure, utility, and early stage pricing before exchange listings begin. With the presale ending on 2 May 2026 and prices scheduled to increase at the next stage, early participation remains the primary way to capture the largest potential upside.

Find Out More Information Here

Website: https://dogeballtoken.com/

X: https://x.com/dogeballtoken 

Telegram Chat: https://t.me/dogeballtoken 

FAQs For Top Crypto Presale In 2026

What is the top crypto presale in 2026?

Many investors consider DOGEBALL crypto presale 2026 among the top crypto presales in 2026 because it offers a gaming focused Ethereum Layer 2 blockchain, strong presale demand, and a projected listing price significantly higher than the current presale price.

What crypto to buy early 2026?

Early stage projects with real utility attract attention. DOGEBALL crypto presale 2026 is gaining momentum because its gaming blockchain and playable game are already live before exchange listings begin.

What is the best presale crypto to buy now?

Investors searching for high potential early stage opportunities are watching DOGEBALL crypto presale 2026 because of its rising price stages, strong presale participation, and bonus incentives for early buyers.

The post Searching for the Top Crypto Presale in 2026? DOGEBALL Is Now on Investor Radar appeared first on Metaverse Post.

On 14–15 April 2026, Moscow will host Blockchain Forum 2026 — the largest crypto and Web3 event in the CIS, annually bringing together leaders of the digital economy. In recent years, the forum has become the region’s key platform where representatives of the crypto industry, the banking sector, investment funds, and technology companies convene.

More than a Conference — a Market Infrastructure Hub
Blockchain Forum is not merely a conference; it serves as an infrastructural hub for the market. Here, strategic directions for the development of digital assets are discussed, partnerships are forged, and projects shaping the industry agenda are launched.

Scale and Market Concentration
In 2026, the forum will gather over 20,000 participants from 100+ countries, 250 exhibiting companies, and 200+ exclusive speakers, many appearing in Russia for the first time. This creates a unique concentration of expertise, capital, and technology on a single platform.

Participants include investors, venture funds, banks, crypto exchanges, Web3 startups, and infrastructure companies. This combination makes the forum a space for direct dialogue between developers, businesses, and capital.

200+ Exclusive Speakers
The forum programme features presentations by leaders of crypto platforms, heads of investment funds, experts in digital asset regulation, and representatives of the technology sector. Many of the speakers rarely appear in the region, making the forum a significant opportunity to obtain first-hand information and engage directly.

Exhibition and Practical Case Studies
The exhibition area will bring together 250 leading crypto companies, showcasing infrastructure solutions, new products, and services. Participants will not only hear about trends on stage but also see technologies in action — from top projects to direct interaction with founders and teams.

AI Future Forum: The Synergy of AI and Web3
A dedicated section of the programme will be the AI Future Forum, a specialised platform focused on integrating artificial intelligence with blockchain technologies. The synergy between AI and Web3 is regarded by the market as one of the key vectors for the development of the digital economy in the coming years.

Networking as a Strategic Tool
Blockchain Forum is traditionally viewed by participants as a venue for strategic networking. Beyond the stages, negotiations take place, partnerships are formed, and investment decisions are discussed. The event format allows attendees to gain in two days a volume of contacts and practical insights that would otherwise require months of work.

Official Afterparty: L’One
The official afterparty will feature L’One, one of the brightest performers on the Russian stage. His live performance will serve as the forum’s climax, bringing participants together in an atmosphere of a large-scale show and premium networking. The afterparty traditionally continues the business programme in a more informal setting.

Blockchain Forum 2026 combines a business environment, a technological agenda, and an investment concentration, creating a space for decisions that shape the development of the market.

Tickets are available on the official website. Using the promo code blockman at purchase grants a 10% discount.

More details: https://blockchain.forum/ru/

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Crypto traders are searching for the best TradFi features on a crypto exchange for one reason. Markets no longer move in silos. When the same account can express a view on gold, an index benchmark, or major FX pairs, switching costs drop and decision-making feels more cohesive.

Traders want crypto and TradFi exposure in one account. Demand is also shifting toward AI-assisted discovery that helps surface set-ups, track macro-driven volatility, and turn cross-asset moves into actionable watchlists.

“TradFi integration” can still mean a thin product page that looks good but trades poorly. Index-linked contracts should sit next to commodities and major FX references, tradable with familiar derivatives tooling. Strategy layers like copy trading should not stop at crypto-only playbooks once users start thinking in broader market terms.

Below are the exchanges pushing hardest on TradFi features, with a focus on how each platform packages indices, FX, commodities, AI-led discovery, and tokenized real-world exposure into a crypto-native trading experience.

1) Binance

Binance’s TradFi angle sits inside Binance Futures under the dedicated TradFi tab, branded as TradFi Perpetual Contracts. The initial rollout has focused on metals-linked contracts like XAUUSDT and XAGUSDT, using the same USDT-settled perpetual mechanics most Binance derivatives users already know.

Leverage is a core part of the product experience. Binance Futures is often advertised with up to 125x leverage on certain contracts, while the usable maximum typically drops as position size increases. Fees follow a maker-taker schedule with tier-based discounts, which can help keep activity concentrated in the most traded markets.

Binance offers a clean way to express a macro hedge through a small set of familiar TradFi references without leaving a crypto-native futures workflow. The suite still reads as a focused extension rather than a TradFi-led experience that is consistently threaded through discovery, strategy participation, and tokenized real-world spot access.

2) BingX

BingX treats TradFi as a complete workflow rather than a standalone product shelf. Its TradFi-linked perpetual futures are positioned to let users trade familiar macro references through a crypto-native setup, spanning commodities and major FX, plus stock and index-linked contracts for broader market direction. Leverage is presented as part of that design on certain contracts, marketed up to 500x, though usable limits can vary by instrument, tier, and position size.

BingX has said its TradFi perpetual futures volume rose sharply over a short window, with heavy participation concentrated in perpetual gold, which it presents as a signal of active markets.

BingX also extends TradFi into copy trading, letting users follow traders and replicate strategies across those same market categories. On the tooling side, BingX says its TradFi suite is tied into BingX AI for AI-assisted discovery and market analysis. Spot access plays into the same narrative, with the platform saying it supports Ondo and xStocks as RWA-linked tokens.

3) Bybit

Bybit’s TradFi-style angle usually lands through a tighter, more curated set of macro references that feel familiar to a broad audience. Commodities-style exposure is often the clearest bridge, especially for traders who want something that behaves differently than crypto during risk shifts. Bybit also labels this lane as TradFi in its own product surfaces, which keeps the positioning straightforward.

Leverage is presented through published risk-limit tables rather than broad slogans. On certain major contracts, maximum leverage can reach up to 125x at smaller tiers, while the usable ceiling typically steps down as positions grow and margin requirements rise. Fees follow a maker-taker schedule with tier-based discounts, with terms that are usually easy to check before sizing in.

The TradFi component still reads as a focused lane that complements crypto trading, rather than a platform-wide identity built around a fully integrated TradFi workflow.

4) OKX

OKX leans into TradFi-adjacent access with clearer product framing, especially around tokenized stocks and what those instruments represent. That angle tends to appeal to traders who care about definitions and structure when “TradFi inside crypto” can vary widely by product design.

On the core trading side, OKX is built around perpetual futures in its biggest crypto markets, with an emphasis on execution quality and order book depth for active traders. Leverage is often presented alongside that depth, with headline figures reaching up to 125x on certain perps while usable leverage steps down across position tiers as size increases and margin requirements rise. Fees follow a maker-taker model with tier-based discounts.

The TradFi layer can still feel modular in day-to-day use. OKX offers ways to trade traditional market themes inside a crypto account, but the experience does not always read as a single continuous workflow from discovery to execution. OKX fits best for traders who want TradFi-linked exposure packaged with clearer definitions, even if the overall experience feels more component-based than a fully stitched “macro desk.”

How to Choose a TradFi-Ready Crypto Exchange

Adding TradFi tickers is easy. Making them tradable in real conditions is harder. When macro moves hit, you find out fast which platforms are built for cross-asset trading and which ones are simply listing references.

To choose the best platform for TradFi features in 2026, the focus should stay on mechanics over messaging. Risk limits and leverage should be checked against position size, funding and fee schedules should be compared contract by contract, and product availability should be verified for the relevant region.

Then look at the experience around the trade. TradFi starts to feel “integrated” when discovery, execution, and strategy live in the same place, so traders can react to a macro move without rebuilding their workflow. That is what turns a TradFi section into something worth using more than once.

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