Ethereum Foundation OTC sold 10,000 ETH to Bitmine

The Ethereum Foundation (EF) has again conducted an OTC “dump” of ETH. On May 2, on-chain and official statements confirm EF sold 10,000 ETH to institutional counterparty Bitmine via OTC. Price and size: the deal cleared at an average of about $2,292.15 per ETH, totaling roughly $22.92m. This follows similar sales in the prior ~1.5 months, when EF reportedly offloaded 30,000 ETH in multiple transactions (including earlier OTC and one on-chain swap), for about $68.1m overall. Key timeline cited: 3/15 OTC 5,000 ETH (~$2,043); 4/11 on-chain swap 5,000 ETH (~$2,221); 4/24 OTC 10,000 ETH (~$2,387); 5/2 OTC 10,000 ETH (~$2,292). Bitmine is presented as the main buyer. Traders’ angle: EF typically sells ETH to fund ecosystem operations and developer programs. However, the repeated, large, well-timed ETH liquidity releases have renewed “sell-the-top” concerns among market participants, raising questions about short-term selling pressure even during small ETH rebounds.
Bearish
Bearish in the short term because the Ethereum Foundation is a large, credible seller. Another 10,000 ETH OTC sale (≈$22.9m) reinforces a pattern: concentrated, recurring ETH liquidity releases into the market. Similar past episodes where large scheduled or tracked treasury/ETF-like sellers appear during local rebounds often lead traders to front-run supply risk, widening short-term downside or limiting upside until absorption is confirmed. Mechanically, an OTC trade reduces direct order-book visibility, but it still creates circulating ETH supply that can later hit exchanges or derivatives. The market can react even without immediate spot-book impact, especially when observers tie the sell timing to “higher prices.” Long term, selling for program funding is not inherently negative, so the trend could be absorbed over time if demand (spot flows, staking/L2 activity) remains strong. But near term, repeated large ETH sales are more likely to pressure sentiment and raise the probability of sell-the-rip behavior.