#BinanceTurns8 Join us in the #BinanceTurns8 celebration and win a share of up to $888,888 in BNB! https://cf-workers-proxy-exu.pages.dev/activity/binance-turns-8?ref=GRO_19600_OPUBT
#BinanceTurns8 Join us in the #BinanceTurns8 celebration and win a share of up to $888,888 in BNB! https://cf-workers-proxy-exu.pages.dev/activity/binance-turns-8?ref=GRO_19600_OPUBT
#BinanceTurns8 Join us in the #BinanceTurns8 celebration and win a share of up to $888,888 in BNB! https://cf-workers-proxy-exu.pages.dev/activity/binance-turns-8?ref=GRO_19600_OPUBT
Join us in the #BinanceTurns8 celebration and win a share of up to $888,888 in BNB! https://cf-workers-proxy-exu.pages.dev/activity/binance-turns-8?ref=GRO_19600_OPUBT
#BinanceTurns8 Join us in the #BinanceTurns8 celebration and win a share of up to $888,888 in BNB! https://cf-workers-proxy-exu.pages.dev/activity/binance-turns-8?ref=GRO_19600_OPUBT
#BinanceTurns8 Join us in the #BinanceTurns8 celebration and win a share of up to $888,888 in BNB! https://cf-workers-proxy-exu.pages.dev/activity/binance-turns-8?ref=GRO_19600_OPUBT
#BinanceTurns8 Join us in the #BinanceTurns8 celebration and win a share of up to $888,888 in BNB! https://cf-workers-proxy-exu.pages.dev/activity/binance-turns-8?ref=GRO_19600_OPUBT
A Payment Finance (“PayFi”) protocol that tokenizes real‑world assets—like invoices, salaries, and remittances—to enable instant, stablecoin‑backed credit. Users receive USDC/USDT upfront based on future income or receivables, bypassing traditional collateral requirements reddit.com+14xt.com+14medium.com+14.
It operates on major blockchains such as Ethereum, Solana, Binance Smart Chain, and Stellar, facilitating real‑time settlement outside the legacy banking system .
🌍 Background & Funding Highlights
Founded in 2022 by ex-carrier tech and fintech leaders:
Richard Liu (formerly Google, EarnIn, Leap.ai)
Erbil Karaman (ex-Lyft, EarnIn, Meta)
Joined by Patrick Campos in 2025 as Chief Business Officer bitget.com+2messari.io+2coinengineer.net+2.
Fundraising milestones:
Seed (Feb 23, 2023): $8.3 M medium.com+3messari.io+3bitget.com+3
Series A (Sept 11, 2024): $38 M (notably from Distributed Global, HashKey Capital, Circle Ventures, Stellar Foundation, TIBAS Ventures, etc.) medium.com+5messari.io+5bitget.com+5.
Merger with Arf (Apr 2024): Strengthened liquidity solutions within its ecosystem f.invest.gov.tr+6messari.io+6medium.com+6.
⚙️ Product & Technology
Users deposit invoices or future income streams; the platform tokenizes them, providing instant USDC/USDT liquidity.
Liquidity providers (LPs) earn yield and HUMA token rewards; 50% of protocol fees automatically buy-burn HUMA to reduce circulating supply xt.com+1humafinance.org+1.
Cumulative on-chain volume exceeds $4–4.5 billion, with around $100 million in active liquidity pools, offering real yields around 10%, and up to 17× incentive multipliers bitget.com.
🔗 Blockchain Expansion & Integration
Live on Solana since November 2024, leveraging fast finality (≈400 ms) and ultra-low fees (~$0.0025) reddit.com.
Plans to integrate further with Stellar’s Soroban, Ethereum, BSC, reinforcing multi‑chain liquidity reddit.com.
#WalletConnect 1. **Core Protocol:** Functions as a communication bridge, not a wallet itself. It establishes a secure, encrypted tunnel between two peers. 2. **Connection Flow:** Typically involves: * A dApp generates a connection URI (often as a QR code). * The user scans this with their WalletConnect-compatible wallet app, approving the pairing request. * Alternative methods include deep links or copy-paste URIs. 3. **Communication:** Uses a public **relay server** to pass encrypted messages. The relay never sees private keys or sensitive data; it only routes encrypted payloads. 4. **End-to-End Encryption:** Session keys established during pairing encrypt all subsequent communication. Only the wallet and dApp possess these keys. 5. **Actions Supported:** Facilitates a wide range of interactions: * Sending transactions & viewing status. * Signing messages (for authentication or verification). * Interacting with smart contracts. * Switching blockchain networks. 6. **Key Security:** Private keys **never** leave the user's wallet device. WalletConnect only transmits transaction *requests* and receives
1. **Core Protocol:** Functions as a communication bridge, not a wallet itself. It establishes a secure, encrypted tunnel between two peers. 2. **Connection Flow:** Typically involves: * A dApp generates a connection URI (often as a QR code). * The user scans this with their WalletConnect-compatible wallet app, approving the pairing request. * Alternative methods include deep links or copy-paste URIs. 3. **Communication:** Uses a public **relay server** to pass encrypted messages. The relay never sees private keys or sensitive data; it only routes encrypted payloads. 4. **End-to-End Encryption:** Session keys established during pairing encrypt all subsequent communication. Only the wallet and dApp possess these keys. 5. **Actions Supported:** Facilitates a wide range of interactions: * Sending transactions & viewing status. * Signing messages (for authentication or verification). * Interacting with smart contracts. * Switching blockchain networks. 6. **Key Security:** Private keys **never** leave the user's wallet device. WalletConnect only transmits transaction *requests* and receives *signatures*. 7. **Multi-Chain & V2:** WalletConnect v2 significantly improved scalability, introduced multi-chain capabilities within a single session ("namespaces"), and offers a more decentralized relay network option. 8. **Adoption:** Widely supported by major crypto wallets (MetaMask, Trust Wallet, Rainbow, etc.) and thousands of dApps across Ethereum, Solana, Polygon, and other chains. 9. **Security Audits:** Undergoes regular security audits to maintain protocol integrity.
WalletConnect fundamentally enhances user security and cross-platform interoperability in Web3 by enabling dApp interactions without compromising private key custody.
#WalletConnect is an open-source protocol enabling secure connections between cryptocurrency wallets and decentralized applications (dApps) on different devices. Instead of exposing private keys, it uses encrypted end-to-end communication via shared keys established during a pairing session. Users typically initiate connections by scanning a QR code (displayed by the dApp) with their wallet, or vice-versa. This establishes a secure link through a public relay server. WalletConnect allows users to interact with dApps for transactions, signing messages, and more, while maintaining full control of their keys within their own wallet, enhancing security and cross-platform compatibility. Here's a deeper dive into WalletConnect:
1. **Core Protocol:** Functions as a communication bridge, not a wallet itself. It establishes a secure, encrypted tunnel between two peers. 2. **Connection Flow:** Typically involves: * A dApp generates a connection URI (often as a QR code). * The user scans this with their WalletConnect-compatible wallet app, approving the pairing request. * Alternative methods include deep links or copy-paste URIs. 3. **Communication:** Uses a public **relay server** to pass encrypted messages. The relay never sees private keys or sensitive data; it only routes encrypted payloads. 4. **End-to-End Encryption:** Session keys established during pairing encrypt all subsequent communication. Only the wallet and dApp possess these keys. 5. **Actions Supported:** Facilitates a wide range of interactions: * Sending transactions & viewing status. * Signing messages (for authentication or verification). * Interacting with smart contracts. * Switching blockchain networks. 6. **Key Security:** Private keys **never** leave the user's wallet device. WalletConnect only transmits transaction *requests* and receives *signatures*. 7. **Multi-Chain & V2:** WalletConnect v2 significantly improved scalability, introduced multi-chain capabilities within a single session ("namespaces"), and offers a more decentralized relay.
#walletconnect WalletConnect is an open-source protocol enabling secure connections between cryptocurrency wallets and decentralized applications (dApps) on different devices. Instead of exposing private keys, it uses encrypted end-to-end communication via shared keys established during a pairing session. Users typically initiate connections by scanning a QR code (displayed by the dApp) with their wallet, or vice-versa. This establishes a secure link through a public relay server. WalletConnect allows users to interact with dApps for transactions, signing messages, and more, while maintaining full control of their keys within their own wallet, enhancing security and cross-platform compatibility. this is good project