Ozak AI Presale Accelerates; Traders Warn Listing Could Spark SHIBA-like FOMO

Ozak AI (OZ) presale momentum has strengthened across multiple phases. The project reports $4.86M+ raised and over 1.01 billion tokens sold, with the token currently in Phase 7 at $0.014. Promoters highlight a theoretical $1 listing target (≈71x from current presale price) and cite 300% monthly growth in social interest and rising Telegram and X followers. The project positions OZ as an AI-utility token offering on-chain prediction, sentiment analysis and custom prediction agents via a multi-agent AI stack, and names partners including Echobit (microsecond order matching), AlxBlocks (AI training/automation), Mira Network and Celo for scalability and low-cost transactions. Earlier reporting noted Phase 1 pricing of $0.001 and claims of 1,100%+ gains in earlier phases; cumulative fundraising figures increased between reports. Traders warn that a listing on major exchanges could trigger FOMO-driven buying similar to SHIBA INU’s 2021 rally. The article is a paid press release and carries a disclaimer that it is not investment advice. Risk remains high: presale hype, concentration, and exchange-listing speculation can produce volatile, short-lived spikes.
Bullish
The news is likely bullish for OZ price momentum because strong presale metrics (>$4.86M raised, 1.01B+ tokens sold), rising social interest and a stated $1 listing target can create speculative demand and FOMO ahead of exchange listings. Historical parallels (SHIBA INU) and traders’ warnings increase the likelihood of sharp, short-term buying on any listing announcement. However, the bullish classification is conditional: the effect is expected to be concentrated in short-term upside and volatility rather than guaranteed sustained fundamentals-driven appreciation. Key risks include promotional bias (paid press release), token concentration, reliance on exchange-listing speculation, and typical presale sell pressure after listing, all of which could limit or reverse gains after an initial spike.