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Altius Labs received strategic investment from the Solana Foundation in its Pre-Seed round of financing in 2025. As a project focused on building a universal high-performance execution layer, Altius Labs aligns closely with the goals of the Solana ecosystem—not just deploying applications on Solana, but committed to enabling various blockchains to achieve and surpass the existing 'Solana-level' performance experience.

From its technical architecture perspective, Altius Labs forms a unique connection with Solana through its modular execution stack (Altius Stack):

· Core Positioning: Performance Benchmarking and Empowerment
Altius views Solana as the benchmark for high-performance blockchains, aiming to develop a 'modular execution stack that is independent of virtual machines', allowing other public chains to gain similar high throughput and low latency transaction processing capabilities without the need to rewrite code. This is essentially the relationship between an infrastructure enabler and potential beneficiaries.

· Technical Path: Execution Layer as a Service
The project proposes an 'Execution Layer as a Service' model, optimizing execution efficiency through technologies such as parallel scalable storage and instruction-level parallelism. For Solana, in the future, the integration of Altius's Open Execution Network (OEN) could further enhance the processing capability and scalability of the execution layer.

· Financing Connection: Ecological Strategic Investment
The Solana Foundation participated in the financing as an angel investor, which not only provides financial support but also represents its ecosystem's recognition of Altius's technical direction and the potential to solve on-chain performance bottlenecks.

🔧 Solayer Labs, as a native re-staking protocol, is fully built on the Solana blockchain.

In 2024, Solayer Labs, focusing on blockchain performance scaling, launches its mainnet as a native re-staking protocol on Solana, marking a deep integration of capital efficiency and high-performance blockchain. This native construction allows Solayer Labs to fully leverage Solana's high throughput and extensive validator network, creating an infrastructure layer for its users and developers that enhances staking capital efficiency and network performance.

According to the technical roadmap, the architecture of Solayer Labs on Solana will significantly enhance network efficiency: through its core re-staking mechanism, it allows staked assets like SOL to be securely reused, providing economic security for other services within the Solana ecosystem; at the same time, its developed InfiniSVM performance scaling solution aims to elevate transaction processing capabilities to the million TPS level through technologies like hardware acceleration, and aims to reduce network settlement costs by several tens of times under high load. These improvements will directly benefit Solana's validators, stakers, and developers, enabling them to achieve higher capital returns while using more powerful and cost-effective underlying infrastructure.

As an innovator in the fields of blockchain re-staking and performance scaling, Solayer Labs' native deployment on Solana is seen as an important milestone in the expansion of the Solana ecosystem in terms of capital efficiency and performance breakthroughs. This integration not only provides Solayer Labs with the best high-performance environment to validate its cutting-edge technology but also introduces key components of "security as a service" and "performance scaling" to the Solana ecosystem.

⚔️ Hxro Network Deep Integration with Solana Blockchain

As a derivatives protocol transformed from a cryptocurrency trading platform, Hxro Network announced in 2021 the full adoption of Solana as its first-layer blockchain, marking the beginning of its fundamental strategic shift from a centralized service to a decentralized infrastructure based on a high-performance public chain. The core of this 'deep integration phase' is to build its future entirely on the technology stack and ecosystem of Solana.

During this phase, the integration of Hxro and Solana is reflected in three aspects:

1. Technical foundation and strategic choice: Hxro's choice of Solana is based on a clear demand for its high throughput, low latency, and extremely low cost performance, which are essential infrastructures supporting high-frequency and complex derivatives trading (such as options and futures). This is not a simple deployment but a strategic bet aimed at reconstructing its business foundation.

2. Native construction of core protocol: Hxro has developed and released its core 'Dexterity' protocol on Solana. It is designed as a highly modular set of smart contracts intended to serve as a universal foundation layer for derivatives, allowing the creation, trading, and settlement of various types of derivatives within a single framework, showcasing the intent for deep customization and leveraging underlying capabilities.

3. Deep integration with the native ecosystem: Hxro has not developed in isolation but has proactively engaged in deep integration with early core DeFi components of Solana. This includes plans to utilize Serum's on-chain limit order book to acquire liquidity and integrate Pyth Network's oracle price feeds to ensure the accuracy and security of derivatives pricing and settlement. This integration allows it to quickly embed itself into Solana's financial ecosystem.

⚔️ Drift Protocol Native Build and Lead Solana Derivatives Ecosystem

As a decentralized derivatives exchange native to the Solana ecosystem, Drift Protocol has been natively built on this blockchain since 2021 and has developed into the leading perpetual contract trading platform on Solana. Its V2 version, launched in 2025, marks its upgrade from a professional derivatives protocol to a comprehensive on-chain financial hub that integrates perpetual contracts, spot trading, and lending, aiming to deeply integrate Solana's high performance while providing a trading experience that balances capital efficiency and risk control.

Based on its technical architecture, Drift Protocol's core design deeply utilizes and adapts to the unique capabilities of the Solana blockchain:
It fully relies on Solana's high throughput and extremely low fees to provide a foundation for high-leverage trading. Its innovative hybrid liquidity model combines dynamic AMM with on-chain limit order books and introduces an instant auction mechanism to find the optimal execution price for traders through smart routing, effectively solving the liquidity depth problem of on-chain derivatives. At the same time, the protocol's built-in cross-margin system and decentralized insurance fund further enhance its robustness in handling complex financial products on Solana.

🔧 SOON: Led by Female Founder Joanna Zeng, a Solana Technology Expander

In the blockchain field, female founder Joanna Zeng (formerly known as Joanna) is leading the SOON project to accomplish a key mission: to transform the high-performance technology validated by the Solana ecosystem into modular infrastructure, serving a broader multi-chain world. The core relationship between SOON and Solana is a deep inheritance of technology and strategic expansion — it aims to bring Solana-level experiences to other blockchain networks through the 'decoupled SVM' core technology.

Joanna's career started on Wall Street, where she experienced the financial crisis of 2008 with the collapse of Lehman Brothers, which made her acutely aware of the vulnerabilities of centralized systems, prompting her to pivot to the cryptocurrency field. As a female entrepreneur, she has accumulated rich front-line experience in core institutions of the crypto industry (such as Coinbase and OP Labs), which gives her keen market insights.

SOON and Solana have established a close and unique symbiotic relationship:

1. Core Technology Inheritance: The cornerstone of the project is the 'decoupled SVM.' This innovation separates the Solana virtual machine from its native consensus, making it an independently deployable high-performance execution engine, thereby inheriting Solana's high throughput, low latency, and efficient parallel processing capabilities.

2. Strategic Positioning Expansion: SOON has upgraded from a single scaling solution to a 'full-stack infrastructure' provider. Its core product 'SOON Stack' is a modular suite that allows developers to conveniently deploy application chains or decentralized exchanges with Solana-level performance on other chains such as Ethereum.

⚔️ Zeta Markets is natively built and plans to deploy Layer 2 on Solana

As a leading decentralized derivatives exchange native to the Solana ecosystem, Zeta Markets has been natively built on the Solana blockchain since 2021 and has now evolved into the leading perpetual contract trading platform in the ecosystem. It plans to launch a dedicated Layer 2 Rollup (Zeta X) on Solana in 2025, marking its strategic evolution from deeply utilizing underlying performance to contributing high-performance infrastructure to the ecosystem.

According to its technical path, the integration of Zeta Markets with Solana is divided into two progressive phases:

In the native protocol phase, it fully relies on Solana's high throughput and extremely low fees, providing sub-second transaction settlement, and adopts an order book model and a dual oracle system to ensure operation. In the upcoming Layer 2 expansion phase, the Zeta X Rollup it plans to build aims to reduce transaction latency to about 5 milliseconds while still using Solana for settlement and data availability, enhancing Solana's infrastructure layer while achieving its own performance leap.

The relationship between Zeta Markets and Solana is shifting from "native dependence" to "symbiotic co-construction." It has risen from a successful ecosystem application to one of the first leading protocols exploring the application chain/L2 model on Solana. Its future is not only about its own development but will also become an important case for testing the feasibility of the "Solana L1 + dedicated application L2" model.

⚔️ Titan is deployed as a native meta-aggregator on the Solana blockchain

As a decentralized trading aggregator native to the Solana ecosystem, Titan was launched in 2025 and is positioned as the first "meta DEX aggregator" on Solana. This deployment aims to address the increasingly fragmented liquidity issue within the ecosystem by aggregating the liquidity of all aggregators and providing optimal trading prices to users with zero fees.

According to its technical architecture, Titan's core innovation lies in its "meta-aggregation" model and proprietary algorithm, aimed at optimizing the existing liquidity network on Solana:
it does not directly aggregate underlying DEXs but acts as an "aggregator of aggregators," fetching and comparing quotes from existing aggregators like Jupiter. Through a proprietary routing algorithm named Talos (Argos), it can provide better prices in most cases and updates quotes in real-time to reduce slippage, addressing transaction delay issues on the Solana chain.

As a new challenger in Solana's DeFi space, Titan directly targets the pain point of existing leaders charging fees, attempting to capture the market with a zero-fee model and algorithmic advantages. Despite securing significant funding and accumulating considerable trading volume in its early launch, its share of the overall ecosystem aggregator trading volume remains very small.

This indicates that Titan's relationship with Solana is a typical case of an "ecosystem-born innovative challenger." It deeply relies on Solana's prosperous yet fiercely competitive DeFi ecosystem as its soil, with its existence aimed at pushing the trading efficiency of the entire ecosystem towards "zero fees" and "optimal execution."

⚔️ Orca natively built on the Solana blockchain

As a core decentralized exchange (DEX) native to the Solana ecosystem, Orca was directly built and deployed on the Solana blockchain in 2020, marking its position as a key pioneer in automated market making (AMM) on this high-performance chain. This native deployment is the starting point for Orca's deep integration into the Solana technology stack, aiming to fully leverage the high-performance characteristics of the blockchain to provide users with fast, low-cost, and user-friendly trading services.

Based on its technical architecture, Orca's design and innovation are entirely centered around and maximally utilize the fundamental performance advantages of the Solana blockchain:

1. Underlying performance dependency: Orca relies entirely on Solana's high throughput (theoretical peak of 65,000 TPS) and proven historical (PoH) consensus mechanism, achieving extremely low latency from transaction submission to confirmation, making high-frequency trading and instant arbitrage possible.

2. Extremely low-cost environment: Thanks to Solana's very low transaction fees (usually below $0.0001), the cost for users to engage in frequent small transactions and liquidity adjustments on Orca becomes negligible, promoting long-tail asset trading and refined liquidity management.

3. Native innovative features: Based on Solana's high performance, Orca pioneered the Whirlpools liquidity solution. It allows liquidity providers (LPs) to concentrate funds within specific price ranges, significantly enhancing capital efficiency and providing traders with a low slippage experience comparable to centralized exchanges.

⚔️ PancakeSwap multi-chain service expands to Solana blockchain

As a leading decentralized exchange (DEX), PancakeSwap will deploy its core services to the Solana blockchain in phases starting in 2025, marking a significant transformation from a BNB Chain-dominated DEX to a fully multi-chain ecosystem. This expansion is a key strategy for PancakeSwap to build a seamless cross-chain trading network, aiming to combine its vast user base with Solana's high performance and rich assets.

According to its deployment path, PancakeSwap's integration on Solana adopts a progressive strategy of "liquidity first, functionality enhancement," directly leveraging and enhancing the interoperability features of the blockchain. First, its v3 liquidity pool officially launched on Solana mainnet in July 2025, allowing liquidity providers to offer liquidity for ecosystem assets like BONK and earn returns, laying a direct on-chain liquidity foundation. Subsequently, its "Crosschain Swaps" feature expanded support for Solana in September of the same year, enabling users to complete asset exchanges covering seven major blockchains including Ethereum, BNB Chain, and Solana in a single transaction using Relay technology. This series of integrations allows PancakeSwap users to access Solana's high throughput and low fee characteristics and the deep liquidity of other chains without directly using on-chain bridging.

As a decentralized exchange with one of the highest trading volumes in the industry, PancakeSwap's deep integration with Solana is seen as a landmark event in the multi-chain competition and ecological integration of DEXs.

The core difference between centralized exchanges (CEX) and decentralized exchanges (DEX) lies in their underlying trust models: the former relies on trusted intermediaries, while the latter relies on code and mathematical rules. However, DEX is significantly improving its traditional shortcomings through technological advancements.

The fundamental difference lies in asset control. CEX requires users to deposit assets into their custodial wallets, and transactions are essentially internal accounting within the platform. DEX, on the other hand, allows users to trade directly through their own wallets, maintaining full control of their assets throughout the process, embodying the principle of 'my keys, my assets.' This core advantage of DEX has never changed.

The trading mechanisms and performance are continuously evolving. CEX adopts a traditional order book system, with the platform centrally matching trades, providing clear speed and cost advantages. While the mainstream model of DEX remains automated market making, it has significantly improved trading throughput and reduced fees by adopting hybrid architectures and Layer 2 scaling solutions, making the trading experience nearly comparable to that of CEX.

Identity and risk structures differ. CEX requires users to undergo real-name verification, concentrating risk on the platform. DEX does not require identity verification, with risks mainly stemming from smart contract vulnerabilities and user operations. Notably, the new generation of DEX is beginning to build proactive risk control systems, attempting to enhance user protection through alerts and interventions while maintaining decentralization.

The contrast in transparency and listing logic is stark. CEX operates on private servers, functioning like a 'black box,' with listings being centrally audited by the operators. DEX makes all transactions and data verifiable on-chain, offering extremely high transparency, and maintains a permissionless listing logic, allowing any project to create trading pairs.

CEX sacrifices some control and privacy for an efficient and convenient experience; DEX, however, centers on user autonomy and is effectively lowering its technical barriers and trading costs through technological innovations (such as Layer 2).

⚔️ Aster officially deployed to the Solana blockchain

As a leading decentralized perpetual contract exchange, Aster officially deployed its core services to the Solana blockchain in October 2024, marking a key advancement in its multi-chain strategy and the deep integration of high-performance on-chain derivatives trading. This deployment is a core step for Aster in building a unified cross-chain trading network, aimed at combining Solana's high-performance features with its professional order book model to provide users with a fast, low-cost trading experience.

Based on its technical architecture, Aster's integration on Solana directly leverages the foundational performance advantages of the blockchain: by utilizing Solana's high throughput and Proof of History (PoH) consensus mechanism, the delay from transaction submission to confirmation has been significantly reduced, providing infrastructure for high leverage and algorithmic trading; at the same time, thanks to Solana's extremely low transaction fees, the cost for users to make frequent margin adjustments and settlements has become negligible. These technical improvements enable professional traders to achieve execution efficiency and capital efficiency on-chain that can compete with centralized exchanges.

As an important participant in the innovation of decentralized finance, Aster's deployment on Solana is seen as a milestone for the ecosystem in capturing high-end derivatives trading flow. This integration not only expands Aster's application scenarios for high-performance blockchains but also introduces mature trading products and an active trading user base to Solana.

💰 Sanctum officially built on the Solana blockchain

In 2025, the protocol Sanctum, focused on liquid staking tokens, successfully built its core network functionality on the Solana blockchain, marking its official status as a key component of liquidity infrastructure in the Solana ecosystem. This construction allows Sanctum to leverage Solana's high-performance architecture to address the liquidity fragmentation issue among different liquid staking tokens within the ecosystem, providing unified liquidity support for various LSTs.

According to data from third-party platforms, Sanctum's core features, including liquidity aggregation mechanisms, cross-LST exchange systems, and staking proof verification, have all been integrated into the Solana blockchain. By building on Solana, Sanctum overcomes the industry pain points of asset isolation and liquidity dispersion in traditional liquid staking ecosystems, fully utilizing Solana's high throughput and low transaction fee characteristics to provide more efficient and convenient LST liquidity and interoperability solutions for global staking users and DeFi protocols.

As an innovative protocol focused on solving the fragmentation of liquid staking tokens, Sanctum built on Solana is regarded as an important milestone in liquidity optimization within the DeFi space. This integration not only brings Sanctum stronger liquidity depth and better capital efficiency but also injects key liquidity aggregation components into the Solana ecosystem, providing essential infrastructure support for the healthy development of the entire liquid staking sector by enhancing interoperability and capital utilization efficiency among different LSTs.

🏦 Franklin Templeton's Solana Spot ETF SOEZ officially launched

According to BlockBeats, on December 3, global top asset management company Franklin Templeton announced that its Solana spot ETF—Franklin Solana Fund officially began trading on the same day, with the code $SOEZ. The expected management fee rate for the fund is 0.30% (i.e., 30 basis points).

It is worth noting that Franklin Templeton's entry into this ongoing Solana ETF layout signifies that another traditional asset management giant with a management scale exceeding one trillion dollars has officially entered the field. In addition to the newly launched SOEZ, there are already several similar products on the market.

The launch of SOEZ marks further recognition of the Solana ecosystem by mainstream financial institutions following Bitwise's $BSOL (currently with assets under management of approximately $450 million), VanEck's $VSOL, and Fidelity's $FSOL launched in November, providing investors with a regulated new channel to access the Solana crypto asset.

💧 Raydium officially built on the Solana blockchain

In 2025, Raydium, the main liquidity hub of the Solana ecosystem, successfully built its core network functions on the Solana blockchain, marking its official status as a key trading infrastructure component in the Solana ecosystem. This construction allows Raydium to fully leverage Solana's high-performance architecture to support its innovative automated market maker protocol and centralized limit order book integration services, providing deep liquidity support for the entire Solana DeFi ecosystem.

According to third-party platform data, Raydium's core functions, including automated market maker algorithms, liquidity pool management, and order book integration systems, have been deeply integrated into the Solana blockchain. By building on Solana, Raydium overcomes the limitations of traditional decentralized trading platforms in terms of capital efficiency and trading flexibility, fully utilizing Solana's high throughput and low latency characteristics to create a more efficient and flexible trading environment for traders and liquidity providers, while bringing an institutional-level trading experience through order book integration.

As a leading liquidity hub protocol in the Solana ecosystem, Raydium's construction on Solana is seen as an important milestone in the improvement of trading infrastructure in the DeFi field. This deep integration not only brings Raydium stronger liquidity and a better price discovery mechanism but also injects core trading infrastructure components into the Solana ecosystem, setting an industry benchmark for the future development of decentralized trading innovation by combining the convenience of AMM with the precise control capabilities of the order book.

🖥️ io.net officially built on the Solana blockchain

In 2025, the decentralized GPU network io.net successfully built its core network functions on the Solana blockchain, marking its formal establishment as an important infrastructure component of the Solana ecosystem. This construction enables io.net to leverage Solana's high-performance architecture to support its global decentralized GPU network, focusing on providing low-cost and highly available computing resources for AI and machine learning teams.

According to public information, io.net's core functions, including token economics, governance mechanisms, and network protocols, have been integrated into the Solana blockchain. By building on Solana, io.net has freed itself from the performance and cost constraints of traditional cloud computing services, fully utilizing Solana's high throughput and low transaction cost characteristics to provide more efficient and economical distributed computing services for its global GPU providers and AI developers.

As an innovative project in the field of decentralized physical infrastructure networks (DePIN), io.net built on Solana is seen as a key milestone in the development of DePIN in the direction of computing resources. This integration not only brings stronger scalability and lower operational costs to the io.net network but also adds high-performance computing components from the real world to the Solana ecosystem, setting an important example for the combination of blockchain technology with cutting-edge fields such as AI and machine learning.

🗺️ Hivemapper officially built on the Solana blockchain

In 2025, the decentralized mapping project Hivemapper successfully built its core network functionality on the Solana blockchain, marking its official establishment as an important infrastructure component of the Solana ecosystem. This construction enables Hivemapper to leverage Solana's high-performance architecture to support its global decentralized mapping network, incentivizing drivers to contribute dashcam data to build a real-time updated digital map.

According to public information, the core functions of Hivemapper, including token economic incentives, data verification mechanisms, and map update systems, have all been integrated into the Solana blockchain. By being built on Solana, Hivemapper overcomes the pain points of high costs and slow updates associated with traditional mapping, fully utilizing Solana's high throughput and low transaction fee characteristics to provide more efficient and timely map data services for its global contributor network and map users.

As a representative project of decentralized physical infrastructure networks (DePIN) in the mapping field, Hivemapper built on Solana is seen as an important milestone in the innovation of spatial data collection and mapping services. This integration not only brings stronger real-time data processing capabilities and lower operational costs to the Hivemapper network, but also adds real-world spatial geographic data components to the Solana ecosystem, providing an important practical example for the combination of blockchain technology with location services, autonomous driving, and other cutting-edge fields.

Forward Industries appoints Ryan Navi as Chief Investment Officer to execute Solana treasury strategy

Ryan Navi was officially appointed as Chief Investment Officer of Forward Industries (NASDAQ: FWDI) on December 1, 2025, responsible for leading and executing the company's treasury strategy focused on Solana. This appointment not only represents a key personnel arrangement following the company's transformation towards managing crypto asset treasuries but also highlights a new trend where publicly listed companies introduce professionals with backgrounds in traditional finance and top-tier crypto venture capital to systematically execute their crypto asset strategies. Navi's experience spans both traditional finance and the crypto space, with his most recent role as Managing Director and Head of Venture Capital at the digital asset management firm ParaFi Capital, and he previously had a robust six-year tenure as Principal at the top global investment firm KKR.

From the appointment background, Ryan Navi's joining is by no means an ordinary executive transition. His multifaceted background precisely aligns with the core needs of Forward Industries as a transforming company: it requires both the rigorous capital allocation and risk management capabilities of traditional finance (stemming from his experience at KKR and earlier in Citibank's M&A department) and a deep insight into the Solana ecosystem and investment execution capabilities (derived from his leadership role at ParaFi Capital). This means that the company aims to transform its holdings of 6910000000 SOL assets and validator node operations from passive treasury holdings into an actively managed growth engine led by a professional team, integrating capital market operations, staking returns, and ecological investments.

🌿 Grass officially built on the Solana blockchain

In 2025, the decentralized network data collection platform Grass successfully constructed its core network functionality on the Solana blockchain, marking its formal establishment as an important infrastructure component within the Solana ecosystem. This construction enables Grass to leverage Solana's high-performance architecture to support its global decentralized data collection network, incentivizing users to share unused network bandwidth to provide high-quality data resources for AI model training.

According to public information, Grass's core functions include a token incentive system, data validation mechanism, and network contribution evaluation system that have all been integrated into the Solana blockchain. By being built on Solana, Grass breaks through the limitations of traditional data collection methods in terms of cost efficiency and data quality, fully utilizing Solana's high throughput and low transaction fee characteristics to provide a more transparent and fair contribution reward mechanism for its global node participants and AI development institutions.

As a leading project in the data services field of decentralized physical infrastructure networks (DePIN), Grass built on Solana is regarded as an important milestone in AI data infrastructure innovation. This integration not only brings greater scalability and lower operational costs to the Grass network but also adds real-world network data resource components to the Solana ecosystem, providing an important practical example of the integration of blockchain technology with AI training data collection.

🌐 Jupiter Completes Strategic Upgrade in the Solana Ecosystem

In 2025, the mainstream decentralized exchange aggregator Jupiter in the Solana ecosystem successfully completed a strategic upgrade of its core trading processing functions, marking its official establishment as an indispensable key infrastructure within the Solana ecosystem. This upgrade enables Jupiter to fully leverage Solana's high-performance architecture to handle the massive DEX trading volume on its platform, consolidating its dominant position in the Solana ecosystem DEX aggregator market.

According to publicly available information, Jupiter's core functions, including trading route optimization, liquidity aggregation, and price discovery mechanisms, have been deeply integrated into the infrastructure of the Solana blockchain. Through a technology architecture based on Solana, Jupiter overcomes the performance bottlenecks faced by traditional DEX aggregators in a multi-chain environment, fully utilizing Solana's high throughput and low latency features to provide global trading users with a faster and lower slippage trading experience.

As an important participant in the decentralized finance infrastructure field, Jupiter's deep integration within the Solana ecosystem is seen as a key milestone in the development of DeFi aggregators. This strategic upgrade not only brings Jupiter stronger trading processing capabilities and a better user experience but also injects enormous liquidity and trading volume into the Solana ecosystem, setting an industry benchmark for the deep integration of blockchain financial infrastructure and decentralized trading services.

🎨 Magic Eden becomes the core NFT market of the Solana ecosystem

In 2025, the leading NFT trading market Magic Eden officially established its position as a core component of the Solana ecosystem, marking a new milestone in its deep integration with the Solana blockchain. This integration enables Magic Eden to fully leverage Solana's high-performance architectural advantages, providing low-cost and highly efficient digital asset trading services for global NFT creators and collectors.

According to public information, the core market functions of Magic Eden include an NFT trading system, a royalty distribution mechanism, and a creator economy protocol, all deeply integrated on the Solana blockchain. By building on Solana, Magic Eden overcomes the limitations of traditional NFT markets in high-frequency trading and user experience, fully utilizing Solana's low transaction fees and fast confirmation features, providing stable and reliable technical support for its rapidly growing user base and continuously increasing transaction volume.

As an important platform in the field of digital collectibles and blockchain game asset trading, Magic Eden's thriving development in the Solana ecosystem is seen as a key indicator of the maturation of NFT infrastructure. This successful integration has not only brought significant user growth and market share improvement for Magic Eden but also injected rich diversity and innovative vitality into the Solana ecosystem, providing a model case for the deep integration of blockchain technology with digital art and the metaverse economy.