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Somnia: The High-Performance Engine Built for the Metaverse

The promise of a truly scalable, real-time virtual society—the metaverse—has long been constrained by the limitations of existing blockchain technology. High transaction costs, slow finality, and network congestion have made it nearly impossible to run high-volume, interactive applications entirely on-chain. Stepping into this gap is the Somnia Network, an innovative Layer 1 blockchain and suite of omnichain protocols engineered to finally bridge the chasm between Web2 performance and Web3 decentralization.
Dubbed the "Dream Computer" for Web3, Somnia was launched by the Virtual Society Foundation (VSF), an organization initiated by the technology powerhouse Improbable. Its core mission is straightforward: to create a unified, lag-free virtual society capable of supporting millions of concurrent users with a seamless, cost-effective, and fully on-chain experience.

The Breakthrough: Solving the Scalability Trilemma

The primary barrier to mainstream Web3 adoption lies in the scalability crisis. Interactive applications like massive multiplayer online games and dynamic social platforms require immense throughput and near-instant confirmation times. Somnia directly addresses this by boasting a formidable architectural stack that delivers an unparalleled throughput of over 400,000 to 1,000,000+ transactions per second (TPS) with sub-second finality.
This monumental leap in performance is achieved through a combination of proprietary innovations:

MultiStream Consensus

Most traditional blockchains process transactions sequentially, creating a bottleneck as the network grows. Somnia's MultiStream Consensus Protocol changes the game by decoupling data production from the consensus process. Essentially, every network validator runs their own independent data chain, allowing transactions to be processed in parallel. A separate consensus chain then uses a modified Byzantine Fault Tolerance (PBFT) algorithm to securely aggregate and order the data from all validator streams. This parallel structure is the key to scaling the network for millions of users without sacrificing security.

Accelerated Execution and Custom Database

To ensure smart contracts run at speeds comparable to traditional software, Somnia introduces two critical components:
Compiled EVM: While maintaining full EVM-compatibility (making it easy for Ethereum developers to port applications), Somnia compiles frequently used EVM bytecode into highly optimized native machine code. This dramatically accelerates execution speed, making it suitable for the complex logic required by real-time games and high-frequency financial operations.IceDB: The network utilizes a custom-built database, IceDB, optimized for predictable, ultra-fast data access. With read/write times measured in mere nanoseconds (70-100 ns), IceDB ensures that the network state can be updated and queried rapidly, even under the heaviest loads.

Advanced Compression

Handling the sheer volume of data generated by over a million TPS requires smart data management. Somnia employs advanced techniques like streaming compression and signature aggregation. By leveraging the shared history between nodes, streaming compression significantly reduces the data size required for transmission, further lowering the network's bandwidth demands and boosting overall performance.

Fueling the Network: The SOMI Token

The native utility token, SOMI, is the economic engine and governance backbone of the Somnia ecosystem.
Ultra-Low Transaction Fees: Thanks to the network's incredible efficiency, transactions cost only sub-cent fees, removing the economic friction that plagues Web3 consumer applications. SOMI is used to pay for all transfers, smart contract executions, and NFT minting.Network Security: Somnia uses a delegated Proof-of-Stake (DPoS) model. Validators must stake a large amount of SOMI (5 million SOMI) to secure the network and process transactions, ensuring their incentives are aligned with the platform's stability.Deflationary Tokenomics: To counteract inflation and maintain value, the network incorporates a mechanism where 50% of all transaction fees are permanently burned.Governance: SOMI holders are granted decentralized governance rights, enabling them to vote on key proposals and directly influence the future direction of the network.

The Vision: A Truly On-Chain Virtual Society

Somnia’s high-performance architecture opens the door for applications that were previously confined to Web2 servers. Its core use cases define the future of the virtual society:

Revolutionary Gaming and Metaverse Experiences

Fully On-Chain Games: The high TPS and low latency mean every in-game action, from character movement to item creation, can be a secure, transparent, and instant on-chain transaction. This facilitates true digital ownership of player assets and enables game worlds that are fully community-modifiable (modding) and can theoretically run forever without central developer control.Seamless Interoperability: Somnia’s omnichain protocols are designed to facilitate the smooth transfer of assets, data, and digital identities across different blockchain ecosystems. This is the foundation of a real metaverse, allowing a user's avatar, items, and social reputation to be truly portable between different virtual worlds.

The New Era of Social and Finance

Decentralized Social Media (SocialFi): Somnia enables the creation of social platforms where user data—accounts, posts, and follower graphs—is stored on-chain. Users gain unprecedented control over their data, their audience, and their content, allowing them to freely port their social capital from one application to another.High-Performance DeFi: The speed and low cost make Somnia an ideal platform for advanced decentralized finance. It can support fully on-chain limit order books (LOBs) for trading, offering the real-time speed of centralized exchanges while preserving the transparency and self-custody that are central to Web3 principles.
By combining an EVM-compatible environment with next-generation throughput and cost-efficiency, Somnia is well-positioned to serve as the critical infrastructure that scales Web3 from a niche financial technology into a mass-market, consumer-friendly virtual society.
@Somnia Official #Somnia $SOMI

Plume Network is a new blockchain made to bring real-world assets (RWAs)—like real estate, gold, and government bonds—into the DeFi (Decentralized Finance) world. It’s built to work with the Ethereum Virtual Machine (EVM), which means developers can easily create apps on it. Plume’s goal is to make it simple and safe for people and institutions to turn real-world assets into digital tokens and use them in DeFi.

Focus on Real-World Assets (RWAs)

Plume’s main goal is to help turn valuable real-world things—such as property, loans, U.S. Treasuries, and commodities—into digital tokens that live on the blockchain.

This process, called tokenization, helps make these assets:
Easier to trade,More transparentAvailable to people around the world.
Unlike general-purpose blockchains, Plume is specially built for RWA finance (RWAfi), meaning it includes all the tools needed to manage tokenized assets from start to finish.
Main Features and Components
Plume’s system is modular, meaning it has different parts that work together to make tokenization and DeFi simple and smooth.

1. Arc (Tokenization Engine)

A no-code tool that lets companies easily create, upload, and manage tokenized versions of their real-world assets. It’s made to be ready for legal and compliance needs.

2. Built-in Compliance Tools

Since regulations are a big concern for RWAs, Plume includes tools for:
KYC (Know Your Customer)AML (Anti-Money Laundering)Tax compliance

These features make the platform safer and more attractive to professional investors and businesses.
3. Smart Wallets

These wallets have built-in compliance and security features, allowing users to safely hold and trade tokenized assets within DeFi apps.

4. Nexus (Data Highway)

Plume’s native oracle system connects blockchain data to real-world information, keeping asset values and financial data accurate and updated.

5. EVM Compatibility

Developers who already know Ethereum can easily build dApps (decentralized apps) on Plume without learning new tools.
#plume @Plume - RWA Chain $PLUME

The PLUME Token

Plume Network has its own token called PLUME, which is used for several purposes:

Transaction Fees: Used to pay for network operations (like gas on Ethereum).
Governance: Token holders can vote on network changes and proposals.
Staking & Security: Users can stake PLUME to help secure the network and earn rewards.
Collateral: PLUME can also be used as collateral in DeFi activities on the network.

The Bigger Vision: RWAfi

Plume aims to fix the main problems holding back real-world assets in crypto:

Complex onboarding,
Lack of clear regulations, and
Low liquidity (difficulty trading).

By solving these issues, Plume wants to make it easier for DeFi to use real-world value for things like:
Yield generation: Earning returns from tokenized bonds or private credit.Collateralization: Using real-world tokens as security for loans.Derivatives & new products: Creating new trading options based on real-world performance.

Conclusion
Plume Network is an important step toward connecting traditional finance and DeFi. With built-in compliance, easy tokenization, and full DeFi integration, it could open the door for trillions of dollars worth of real-world assets to move onto the blockchain in a safe and efficient way.

The MITO token is the native asset of the Mitosis blockchain. It plays several key roles within the ecosystem, from governance to staking, liquidity provision, and enabling cross-chain transactions. As Mitosis focuses on bringing together decentralized liquidity from multiple chains, MITO facilitates the transfer and management of assets across these various platforms, ensuring a seamless DeFi experience.
Key Features of MITO:
Cross-chain functionality: Enables seamless liquidity transfer across various blockchain networks.Governance: MITO token holders have voting rights in key protocol decisions.Staking: Users can stake MITO tokens to earn rewards and participate in ecosystem governance.Liquidity Provision: Supports liquidity pools within the Mitosis platform, improving capital efficiency.
How Does MITO Work?
Mitosis functions as a Layer-1 blockchain that unifies decentralized liquidity across multiple chains. The protocol is built on the principle of transforming DeFi liquidity positions into programmable components. This allows users to deposit assets into Mitosis Vaults and receive Hub Assets in return. These Hub Assets can then be used within various frameworks such as Ecosystem-Owned Liquidity or Matrix, where users can access specialized tokens representing their liquidity positions.
By utilizing these programmable liquidity positions, Mitosis provides a more efficient way to manage DeFi liquidity, offering democratized access to preferential yields. Furthermore, the system promotes collective management, enabling users to engage in sophisticated financial engineering.
Fundraising Info About MITO
Mitosis raised $7 million in a funding round led by Amber Group and Foresight Ventures, with participation from Big Brain Holdings, Folius Ventures, CitizenX Crypto Ventures, GSR Markets LTD, Cogitent Ventures, No Limit Holdings (NLH), Digital Asset Capital Management (DACM), Everstake, Pivot Global, Nonce Classic, Pulsar, MrBlock, Jasraj Bedi, Soby, Chjango Unchained, Sunny Aggarwal, and Eric Chen. These funds are aimed at supporting platform development and ecosystem growth, highlighting strong investor confidence in Mitosis' decentralized liquidity vision.
Tokenomics of MITO
The tokenomics of MITO plays a crucial role in its overall functionality within the Mitosis ecosystem. With a total supply of 1 billion tokens, MITO is distributed in a way that ensures continued development and a healthy, incentivized community.
The token distribution for MITO is as follows:
Initial Liquidity: 4%Builder Incentive: 2%Genesis Airdrop: 10%Ecosystem: 45.5%Team: 15%Foundation: 10%Exchange Marketing: 3.5%Investors: 8.76%R&D: 1.24%
Is MITO Worth Buying?
MITO presents an exciting opportunity for investors looking to gain exposure to a next-generation DeFi solution. With its innovative approach to cross-chain liquidity and programmable financial positions, Mitosis is well-positioned to capitalize on the growing demand for efficient DeFi solutions. The project’s focus on liquidity provision, staking, and governance makes it a valuable asset for users and investors alike.
The extensive token distribution, community incentives, and the growing ecosystem surrounding Mitosis create a strong foundation for future growth. For those interested in decentralized finance and the evolution of blockchain liquidity, MITO could prove to be a worthwhile investment.
@Mitosis Official #Mitosis $MITO

The ticker symbol HOLO and its social tag counterpart $HOLO present a common point of confusion for investors, as they refer to two entirely distinct assets in different markets: the decentralized AI token Holoworld AI and the NASDAQ-listed stock of MicroCloud Hologram Inc. Understanding these separate identities is crucial for making informed financial decisions.
1. Holoworld AI (HOLO): The Web3 AI Agent Token
Holoworld AI is a cutting-edge, decentralized platform and social marketplace at the convergence of AI, digital intellectual property (IP), and the Web3 ecosystem. It operates as an "agentic app store" where users can create, deploy, and monetize intelligent, virtual beings—or AI agents—without needing to write code.
* The Technology: Developed by Hologram Labs, the platform allows users to design interactive characters that communicate via text, voice, and 3D models. These agents are treated as verifiable digital assets, with their ownership recorded on a blockchain (such as Solana or BNB Smart Chain), ensuring true decentralized ownership. Tools like the Agent Market and Ava Studio facilitate content creation and trading of these unique AI IPs.
* The Token ($HOLO ): The $HOLO token is the native utility and governance asset of the Holoworld AI ecosystem. Its primary functions include:
* Transactions: Buying and licensing AI agents on the marketplace.
* Utility: Paying platform fees and accessing premium features.
* Incentives: Rewarding creators and developers for their contributions.
* Staking & Governance: Allowing holders to earn rewards and participate in project decisions.
* Market Dynamics: As a cryptocurrency, the $HOLO token is traded on digital asset exchanges and is subject to the high volatility and unique factors (e.g., community sentiment, tokenomics) of the crypto market.
2. MicroCloud Hologram Inc. (HOLO): The NASDAQ Stock
Conversely, MicroCloud Hologram Inc., trading under the ticker HOLO on the NASDAQ stock exchange, is a traditional publicly listed company with a focus on holographic technology services.
* The Business: The company provides technology services, including high-precision LiDAR solutions and digital twin technology. It is also notable for its recent strategic ventures into other advanced fields.
* Investment & Strategy: MicroCloud Hologram Inc. has garnered attention for its aggressive cash reserve allocation, which includes investing in quantum computing, quantum holography, and cryptocurrency-related securities (such as Bitcoin derivatives).
* Market Dynamics: The value of the HOLO stock is determined by conventional equity market factors, including corporate financial performance (earnings, revenue), macroeconomic conditions, company news regarding its quantum and crypto ventures, and overall stock market sentiment.
@HoloworldAI #HoloworldAI