拉吉兄弟 1985 HAWK ARMY

@WalletConnect is an open-source protocol that acts as the "link" or bridge between a user's digital crypto wallet and decentralized applications (dApps). It allows users to securely connect their wallets—typically mobile wallets—to dApps running on a desktop browser or another platform.
The core function of WalletConnect is to enable this communication without ever exposing the user's sensitive information, like their private keys, to the dApp itself.
How WalletConnect Works
WalletConnect establishes a secure, end-to-end encrypted connection between the wallet and the dApp, which is often facilitated by a simple process:
Initiation: When a user wants to connect their wallet to a dApp (e.g., a DeFi platform or NFT marketplace), they select the WalletConnect option.
QR Code/Deep Link: The dApp generates a QR code (for desktop browser connections) or a deep link (for mobile-to-mobile connections). This code contains the encrypted connection request.
Connection: The user scans the QR code or clicks the deep link using their supported mobile wallet app.
Approval: The wallet prompts the user to approve the connection request.
Secure Session: Once approved, an encrypted session is established.
Interaction: The user can now interact with the dApp. When an action is required (like signing a transaction or approving a smart contract call), the request is sent securely through the WalletConnect bridge to the user's wallet. The user reviews and approves or rejects the action within their wallet, ensuring their private keys never leave their device.
Key Features and Benefits
Security: Private keys remain safe and never leave the user's wallet. All communication is encrypted.
Interoperability: It is a chain-agnostic standard, supporting a wide array of blockchains (like Ethereum, Solana, and others) and is compatible with hundreds of wallets and thousands of dApps.
User Experience (UX): It significantly simplifies the process of interacting with the decentralized web (Web3), especially for mobile users, eliminating the need for complex browser extensions for every wallet.
Decentralized Communication: The WalletConnect Network provides the underlying decentralized infrastructure that passes messages securely between the wallet and the application.
$WCT #walletconnect

@Somnia Official is a high-performance, EVM-compatible Layer 1 blockchain built specifically for Web3 entertainment, including gaming, metaverses, and social applications.
Its core focus is to power the next era of mass consumer adoption in Web3 by providing:
High Scalability and Speed: Engineered for high throughput (e.g., over 1 million transactions per second with sub-second finality) to support real-time, data-intensive applications like multiplayer games and virtual events.
Low Costs: Aims for ultra-low or sub-cent transaction fees to allow for frequent on-chain interactions without being cost-prohibitive for mass users.
User-Friendly Design: Designed to abstract away the complexity of blockchain for the everyday user, making digital experiences seamless and intuitive.
EVM Compatibility: Supports the Ethereum Virtual Machine, allowing developers familiar with Ethereum to easily build and deploy smart contracts on Somnia.
Essentially, Somnia aims to provide the robust, fast, and affordable infrastructure needed for the next generation of large-scale, interactive digital entertainment in the decentralized world.
$SOMI #Somnia

The role of @Boundless in powering omnichain applications is primarily to serve as a Verifiable Compute Layer that brings the power of Zero-Knowledge Proofs (ZKPs) to all blockchains, thereby enabling global composability and unlimited execution.
Here are the key aspects of Boundless's role in the omnichain ecosystem:
Enabling Unlimited, Verifiable Execution:
Boundless allows for complex computations to be performed off-chain and then verified cheaply on-chain by any blockchain using ZKPs.
This capability, known as verifiable computing, bypasses the traditional execution limits and high costs of existing blockchains (like gas limits), making complex applications and infinite compute possible at a fraction of the cost.
The verification guarantees are as strong as the security of the target chain itself.
Achieving Global Composability:
By leveraging ZKPs, Boundless enables seamless, native interaction between applications and data across multiple blockchains.
Omnichain applications built on Boundless can securely compute using data from any blockchain without sacrificing trust or security, moving beyond fragmented ecosystems. This allows developers to build unified application logic that spans multiple networks.
Providing Universal ZK Infrastructure:
Boundless acts as a decentralized protocol that provides permissionless ZK computation services to any blockchain (Ethereum, Bitcoin, Solana, etc.).
It decouples execution from consensus, meaning developers don't need to build a new chain or adopt new tools; Boundless works with existing chains by integrating via smart contracts.
Novel Consensus Mechanism (Proof of Verifiable Work):
Boundless utilizes a system called Proof of Verifiable Work (PoVW), which rewards "provers" for generating useful, verifiable proofs of computation. This aligns incentives with the production of valuable outcomes for the network rather than just raw hash power, as in traditional Proof-of-Work.
In essence, Boundless serves as a foundational layer that solves the scalability and interoperability challenges for omnichain applications by injecting highly secure, cheap, and unlimited verifiable compute capability into the multi-chain landscape.
$ZKC #boundless

$MITO
The acronym MITOSIS refers to a novel, practical approach for scaling permissioned blockchains that are typically constrained by poor scalability, despite offering low latency.
Inspired by the biological process of cell division (mitosis), the system allows for the dynamic creation of new, autonomous blockchains by splitting an existing one and its participants. This process is key to meeting practical scalability requirements as the network grows.
Key features and goals of the MITOSIS approach:
Dynamic Blockchain Creation (Splitting): MITOSIS enables an existing blockchain and its participants to be divided into two, essentially "giving birth" to new, separate blockchains as more participants join the system.
Scalability via Parallelism: By dividing the network, MITOSIS leverages parallel processing across the newly created chains. This preserves the low-latency characteristics of the original permissioned blockchain while achieving higher throughput.
Interoperability: The newly created chains are designed to be fully autonomous and can even choose their own consensus protocols. Crucially, they can still interact with each other to share information and assets, ensuring a high level of interoperability within the ecosystem
Practicality and Adaptability: MITOSIS was designed to be easily implemented with minimal modifications and manageable overhead on existing permissioned blockchain frameworks, such as Hyperledger Fabric, as demonstrated in academic evaluations.
In essence, MITOSIS offers a workable solution to increase the number of system participants arbitrarily while maintaining the high performance of a smaller-scale system, thus addressing a major barrier to the large-scale adoption of permissioned blockchain technology.
Note on Mitosis (MITO) as a DeFi Project:
It's important to distinguish the academic/research solution MITOSIS: Practically Scaling Permissioned Blockchains from a separate, more recent project named Mitosis (MITO), which is a Layer-1 blockchain protocol focused on unifying fragmented crypto liquidity across multiple chains for decentralized finance (DeFi). While this second project is also centered on scaling and cross-chain interaction, its focus is on capital efficiency and liquidity in the general multi-chain DeFi ecosystem, not specifically on dynamically scaling permissioned enterprise-grade blockchains via sharding.
$MITO #Mitosis @Mitosis Official

@BounceBit is redefining Bitcoin's utility through a concept called CeDeFi, which is a fusion of Centralized Finance (CeFi) and Decentralized Finance (DeFi).
Here's a breakdown of what that means and how it works:
Bitcoin Restaking Infrastructure: BounceBit functions as a Bitcoin restaking infrastructure, aiming to unlock the vast amount of currently "idle" Bitcoin liquidity.
The CeDeFi Approach:
It combines the security and regulated custody often associated with CeFi (using regulated custodians like Mainnet Digital and Ceffu) to secure user assets.
It merges this with the innovation, yield generation, and transparency of DeFi, allowing Bitcoin holders to earn returns.
Dual-Yield Generation: Bitcoin holders can generate yield from multiple avenues simultaneously:
CeFi Yield: Earning institutional-grade interest through strategies like funding rate arbitrage, managed within the secure custodial framework.
DeFi Yield: Participating in on-chain activities like restaking, validator staking, and farming on the BounceBit Layer 1 chain.
BounceBit Chain (Layer 1): The core of the system is a Proof-of-Stake Layer 1 blockchain secured by a dual-token staking mechanism. Validators stake both:
BBTC (tokenized staked Bitcoin)
BB (BounceBit's native token)
Liquid Custody Tokens (LCTs): Users deposit their BTC and receive Liquid Custody Tokens (e.g., BBTC). These tokens represent their securely held assets and allow them to retain liquidity while participating in DeFi activities, bridging the CeFi and DeFi worlds.
In essence, BounceBit aims to create a secure, regulated, and high-yield environment for Bitcoin, significantly expanding its use case beyond a simple store of value.
$BB #bouncebit