This video provides a professional Elliott Wave and technical analysis of Dogecoin (DOGE), focusing on current market structure, key support and resistance zones, and potential bullish and bearish scenarios. The goal is to give viewers a clear, educational overview of DOGE’s current position within

AI-generated source summary

The analysis focuses on DOGEUSD. Currently, there is no breakout signal on the daily chart. Support is between 11.5 and 16 cents. A breakout is likely. A break above 22 cents would indicate a low. Shorter timeframes help to identify short-term levels. The analyst mentioned that a direct upside breakout is likely as long as it holds above 18 cents and avoids breaking below 17.5 cents. A drop below 18 cents could signal a breakdown. Micro five-wave movements upwards are visible, but without strong upside momentum, indicating a B wave bounce. Fibonacci retracements suggest a potential rejection at the 78.6% level in the yellow wave B. Further downside momentum is needed, potentially driving the price to around 16 cents. The support area between 18 and 18.6 cents could be retested. The focus will shift to 16 cents, which is the next support level. Maintaining the 18 cent level is important; otherwise, a reset of orange wave 2 is possible.

AI-generated summary based on the source content.

Evidence and evaluation progress

1. Original source published

   28 Oct 2025, 01:26 UTC

   The analyst published the original source item.

2. First prediction resolved

   04 Nov 2025, 16:00 UTC

   The first evaluable outcome in this case reached a terminal result.

3. Case evaluation completed

   04 Nov 2025, 16:00 UTC

   All evaluable predictions in this case reached terminal outcomes.

4. Source recorded by Tahlil Plus

   18 May 2026, 20:23 UTC

   The public source was preserved as the evidence record for this case.

5. Market predictions extracted

   18 May 2026, 20:47 UTC

   1 eligible signal linked to this case.

6. Outcome tracking started

   02 Jul 2026, 01:22 UTC

   Tahlil Plus began monitoring the extracted predictions.