Ethereum stalls at $3K while Digitap’s presale draws early-stage crypto investors
Crypto investors are again weighing the choice between established assets and early-stage opportunities. Ethereum, the second-largest cryptocurrency, has struggled to break past $3,000, while newer projects like Digitap are gaining attention. The contrast highlights shifting priorities in a cautious stock market today.
Ethereum’s price movement has remained sluggish, failing to build momentum above the $3,000 mark. Forecasts for 2026 vary widely, with average predictions around €3,582.64 (approximately $3,300) by January, though some analysts warn of a potential dip to $1,800–$2,000 in early 2025. A push toward $5,000 would require a broader market rebound and renewed investor confidence.
Meanwhile, Digitap ($TAP), a crypto-banking platform, is progressing through its presale phase with steady demand. The project connects cryptocurrency to real-world payments, offering users privacy and flexibility. Over 165 million $TAP tokens have been sold so far, raising more than $3 million at a current price of $0.0399—well below its planned $0.14 listing price.
Digitap’s model includes a buyback-and-burn mechanism, funded by platform revenue, which reduces token supply and supports staking rewards. This structure, combined with its low presale valuation, presents a different risk-reward profile compared to Ethereum’s uncertain short-term outlook.
Traditionally, investors have balanced their portfolios between large-cap stability and early-stage growth potential. In the current climate, projects like Digitap are attracting those seeking higher upside, while Ethereum’s path depends on wider market recovery.
Ethereum’s trajectory remains tied to broader market sentiment, with predictions spanning from cautious declines to significant gains. Digitap, on the other hand, offers a lower entry point and a live product, appealing to investors looking beyond established assets. The debate between large caps and early-stage projects continues as conditions evolve.
