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Stellar price before possible breakthrough: signal for strong rally!
Stellar (XLM) shows bullish potential with increasing TVL and a possible price rally after the outbreak from a falling wedge.
Stellar price before possible breakthrough: signal for strong rally!
On October 1, 2025, a look at the Stellar (XLM) cryptocurrency, which currently trade with a price of about $ 0.370 within a falling wedge pattern. According to information from Fxstreet A outbreak from this pattern could favor positive bullish dynamics.
A remarkable factor that influences the development of XLM is the increase in Total Value Locked (TVL) in Stellar’s ecosystem. This has increased from $ 139.1 million to $ 144.4 million and thus approaches the record high of $ 153.6 million, which was reached in August. An increasing TVL is an indicator of increasing activity and interest in XLM-based protocols.
Technical analysis
The technical indicators also show promising signs. The bullish bets among the dealers have reached the highest level for over a month, with the long-to-short ratio being at 1.07. The price of XLM is currently near the upper trend line of the falling wedge pattern, around $ 0.367.
An outbreak over this upper trend line and a closing course over $ 0.382 could lead to a rally towards the high of July 18 at $ 0.520. The relative strength index (RSI) is currently 45, which indicates a decreasing bear dynamic, but it has to rise over 50 to enable a sustainable outbreak. In addition, the Moving Average Convergence Divergence (MACD) shows signs of an upcoming bullish intersection, which indicates a possible change in the market movement.
Market forecast
If there is a correction, XLM could fall back to the 200-day Exponential Moving Average (EMA) at $ 0.341. The coming days could be crucial for the course of the XLM course and the overall market mood.
The current situation of Stellar reflects the growing interest and the activities within his network, which is important for investors and dealers. Observations and analyzes from different sources will continue to be pursued in order to optimally understand and predict the development of XLM.