According to @EmberCN, Bitmine deposited 79,296 ETH into Ethereum PoS staking, bringing today’s total to 154,176 ETH valued around $451 million, indicating substantial on-chain allocation away from liquid spot balances. source: @EmberCN on X, Dec 27, 2025 At 32 ETH per validator, today’s total equals capacity for roughly 4,818 validators, a calculation based on the Ethereum staking requirement. source: Ethereum.org staking docs; calculation based on @EmberCN Traders tracking ETH liquidity can note that 154,176 ETH moved into staking today per the cited data, a measurable change in on-chain supply flows. source: @EmberCN on X, Dec 27, 2025

According to @alice_und_bob, private corporate blockchains can run on Proof-of-Authority to avoid expensive security budgets and bypass the need for Proof-of-Stake, source: @alice_und_bob on X, Aug 12, 2025. The author adds that users already trust USDC security, indicating centralized trust is acceptable for these networks, source: @alice_und_bob on X, Aug 12, 2025. For traders, this frames corporate private-chain designs as not requiring a native PoS token, with reliance centered on USDC rails instead, source: @alice_und_bob on X, Aug 12, 2025.

According to Justin Sun, the current interest rates offered by Huobi's financial products are too low. After personally experiencing these low rates, Sun plans to increase the interest rates on most POS (Proof of Stake) cryptocurrencies by 5-10% starting tomorrow. This move could impact the attractiveness of staking on Huobi and potentially influence the trading volumes and prices of associated POS cryptocurrencies.

According to @EmberCN, the focus is on the staking rewards for Proof of Stake (PoS) mechanisms. This highlights the potential earnings for investors who participate in staking within PoS blockchain networks.

According to EmberCN, there are notable returns from PoS staking, suggesting traders may find profitable opportunities in Proof of Stake mechanisms.

According to BitMEX Research, there's a common misconception that Proof of Stake (PoS) networks are significantly more expensive to attack compared to Proof of Work (PoW) networks. Their analysis suggests that, in theory, the economic costs to attack both types of networks are more similar than often assumed.