Ripple initiated its scheduled monthly escrow unlock on August 1, releasing one billion XRP tokens. However, in a strategic adjustment, the company re-locked 700 million XRP back into escrow during the same transaction cycle, effectively adding only 300 million XRP to the circulating supply. This move diverged from the usual sequence, where unlocks often lead to larger open-market injections, and immediately eased investor concerns about heightened selling pressure at the start of a historically weak month for XRP.
Whale Alert first confirmed that 200 million XRP—valued at approximately $211.9 million—had been locked in escrow at Ripple, a routine event that underscores the company’s ongoing supply management. XRP Scan data then detailed the full cycle: Ripple placed 200 million and 500 million XRP back into escrow before completing the monthly release via three tranches of 500 million, 300 million, and 200 million XRP. The result was a net addition of just 300 million tokens, sharply limiting the typical supply overhang that traders anticipate each month.
Market reaction remained controlled. XRP held support at $1.0480, subsequently recovering toward $1.0818. This stability is notable given historical August performances: the token has ended the month lower in each of the past three years, with declines of 26.6% in 2023, 9.17% in 2024, and 8.15% in 2025. August’s median return stands at -6.15%, making the reduced supply injection a welcome relief for holders. The $1.0480–$1.0600 range has now strengthened as a buyer-defended zone, suggesting that the market absorbed the limited new supply without significant downside.
Ripple’s proactive escrow recalibration reflects its ongoing commitment to liquidity management. By returning a substantial portion of the unlocked tokens before the release was completed, the company mitigated what could have been a challenging start to the month. Analysts interpret the move as a stabilising factor that may bolster trader confidence, especially as the altcoin sector navigates mixed macro signals.
