Pi Network's Social Media Dominance Surges 200% Ahead of Pi Day 2

Generated by AI AgentCoin World
Wednesday, Jun 11, 2025 11:18 am ET1min read

The

Network is once again attracting significant attention, with its social media dominance surging to 0.276%, the highest level since May 21. This marks a substantial increase from the low point of 0.09% earlier this month. The heightened interest coincides with the upcoming "Pi Day 2" on June 28, which will feature events such as the .pi domain auction and the Open Network PiFest. These activities are anticipated to further boost the network's visibility and potentially drive the price higher.

Currently, Pi is trading around $0.64, reflecting a slight decline of approximately 2.35% for the month. The cryptocurrency is positioned at a crucial support level, with technical analysis indicating a potential triple-bottom pattern. This pattern suggests that a significant price rebound could be imminent. If Pi can surpass the $0.80 mark, it may experience a robust rally.

However, not all indicators are positive. Trading volume is decreasing, and some analysts are cautioning about bearish divergence, where the price is rising but the underlying strength is waning. This divergence could signal potential weakness in the market. Additionally, over 340 million Pi tokens are set to be unlocked in the next 30 days, which could increase trading activity but may also exert downward pressure on the price.

Recently, 200 million PI tokens were transferred from liquidity reserves to a new wallet, sparking speculation about a large over-the-counter (OTC) deal. This move has fueled discussions about the involvement of significant investors in the network. Furthermore, the ongoing debate surrounding Pi's dual value system continues to generate interest. While Pi trades at less than $1 on public markets, its Global Consensus Value (GCV) within the network is set at an astonishing $314,159 per coin. Despite the vast discrepancy, on-chain data reveals that real users are conducting transactions at this high GCV level, suggesting that the model may have practical applications in the real world.

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