Guys arguing BTC can be classified as a security under Howey test.
1/8: Let's explore why #Bitcoin and similar #cryptocurrencies aren't classified as securities under the Howey Test. This test assesses whether an arrangement involves an investment contract. #Crypto#HoweyTest
2/8: The Howey Test has 4 key points: an investment of money, expectation of profits, a common enterprise, and efforts of a promoter or third party. Let's break these down for Bitcoin. #CryptoRegulation#Bitcoin
3/8: Investment of Money: Yes, Bitcoin miners invest money in hardware and electricity, but they're not buying an investment contract from a third party. They contribute resources to validate transactions & secure the network. #CryptoMining
4/8: Expectation of Profits: Miners do expect profit, but not from a promoter or third party's efforts. Profits come directly from their efforts and the fixed rules of the protocol. #CryptoProfit#BitcoinMining
5/8: Common Enterprise: Miners' profits aren't tied to a common enterprise. Each miner operates independently; their profits aren't directly dependent on the success of a specific project or entity. #Decentralization#Crypto
6/8: Efforts of a Promoter or Third Party: In Bitcoin, the coin's value isn't dependent on a promoter or third party's efforts. It's determined by supply and demand in the market and pre-set protocol rules. #BitcoinValue#DecentralizedFinance
7/8: So, Bitcoin doesn't satisfy the Howey Test, as profits aren't primarily from others' efforts. Miners actively participate and their profits result from their direct efforts, not from a passive investment. #CryptoRegulation#SEC
8/8: Each cryptocurrency is unique, and different regulatory bodies may interpret these issues differently. While Bitcoin isn't considered a security by the SEC, other cryptocurrencies with different structures could be. #CryptoLaw
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Aa list of cryptocurrencies that the Securities & Exchange Commission (SEC)has officially designated as securities according to chatgpt
BNB
Binance USD (BUSD)
Solana (SOL)
Cardano (ADA)
Polygon (MATIC)
Cosmos (ATOM)
The Sandbox (SAND)
Decentraland (MANA)
Axie Infinity (AXS)
COTI
Att: goon squad, I have never come accross a bunch of individuals who hide behind the pretext of being just, while fighting to destory any person, that dosnt say or agree with their comments or behaviour.
I usually ignore such extremists, although I fear that their behaviour
Deliberate in nature & is coordinated to put fear in any person who wishes to support a Celsius best recovery approach. First, let's address the issues of the past and move on towards the future. We all agree, mismanagement and insider failure, including misrepresentation by all
Levels of celisus were one of the main reasons for the fall of celsius. What the goon squad seemed to fail to appreciate was that celisus had value and was a growing business in an unregulated industry. Although there were critical failures on cel managements risk assessment
1/8 The issues with proof of stake and scalability when planning on using the blockchain for large volumes of data and trying to scale up transactional speeds to over 100000 transactions a second.
Proof of Stake (PoS)is a consensus mechanism that offers several
2/8 advantages over Proof of Work (PoW) for blockchains, including lower energy consumption and higher scalability. However, when planning to use the blockchain for large volumes of data and trying to scale up transactional speeds to over 100,000 transactions per second,
3/8 there are several issues that need to be considered.
One of the main challenges with PoS is ensuring the security of the network. PoS relies on validators, who are chosen to create and validate new blocks, to hold a stake in the network. This creates an incentive for
1/5 The issues with proof of work and scalability when planning on using the blockchain for large volumes of data.
Proof of work (PoW) is a widely used consensus mechanism in blockchains that requires solving a complex computational puzzle to
2/5 validate transactions and create new blocks. This process can be computationally intensive, consuming large amounts of energy and making the blockchain less scalable. As more transactions are added to the blockchain, the amount of computational power required to validate them
3/5 increases, leading to slow transaction times and high fees. This can become a major issue when the blockchain is used to store large volumes of data, as it can lead to slow and inefficient operations.
Moreover, block size limitations in PoW-based blockchains also pose a
1/8 Blockchain sharding refers to the process of dividing a blockchain network into smaller units, known as shards, in order to increase its scalability. Although sharding has the potential to solve many of the scalability issues faced by blockchains, it also presents several
2/8 challenges that need to be addressed.
Complexity: Implementing sharding in a blockchain network is a complex process that requires a significant amount of technical expertise. There is a risk of introducing bugs and vulnerabilities into the system, which could negatively
3/8 impact the security and reliability of the network.
Inter-shard communication: Communication between different shards can be slow and difficult, especially if they are located on separate physical nodes. This can lead to inefficiencies and slowdowns in the processing of