upgrade

Hard Forks, Soft Forks, Defaults and Coercion

One of the important arguments in the blockchain space is that of whether hard forks or soft forks are the preferred protocol upgrade mechanism. The basic difference between the two is that soft forks change the rules of a protocol by strictly reducing the set of transactions that is valid, so nodes following the old rules will still get on the new chain (provided that the majority of miners/validators implements the fork), whereas hard forks allow previously invalid transactions and blocks to become valid, so clients must upgrade their clients

Ennova Holdings Launches Upgrade ‘TIER’ to Empower Africa’s Financial Future Through Blockchain Innovation

Revolutionary Blockchain Initiative Seeks to Eradicate Financial Inequality in Africa Highlights: Financial Freedom Vision: Ennova Holdings 'TIER’ introduces blockchain solutions to empower Africa's unbanked population. Educational Empowerment: The organization prioritizes blockchain education for African and Asian youth, fostering economic growth. Innovative Payment Solutions: A multi-tiered app offers accessible, rewarding financial transactions, surpassing traditional remittance services. Global Inclusion: Future plans include a global credit rating agency for the unbanked, bridging international financial gaps. Cape Town, South Africa, 18th September 2023: Ennova Holdings, a forward-thinking organization committed to addressing financial inequality in

Paribus: Mainnet Ver.1 Live

The creators of a brand new cross-chain decentralized borrowing and lending protocol are set to release their Mainnet v1 today, March 28th. The launch marks the first step in their journey to be the go-to borrowing and lending platform for NFTs. Initially, the protocol will offer wBTC, ETH, and USDT, however, engineers are currently working on integrating NFTs into the next iteration of the protocol. The unique approach Paribus takes toward these more exotic assets is to leverage artificial intelligence (AI) and machine learning (ML) systems to assess an accurate