Crypto Rover Spotlights $DCPLUS as Base’s Undervalued DeSci RWA Play

Crypto Rover positions $DCPLUS as an undervalued Real-World Asset (RWA) project within Base’s expanding DeSci landscape. He emphasizes that most liquidity and narrative focus on Base have flowed toward memecoins and infrastructure tokens, creating an opening for scientific IP-backed assets to establish leadership.

The Project Tokenizes Scientific IP Through Origo’s DeSci Framework

The thread explains that $DCPLUS represents a transdermal health patch powered by mangosteen extract and controlled gas-release technology. Origo’s DeSci platform enables the project to tokenize scientific IP through a compliant structure that avoids securities-related pitfalls, allowing holders to receive revenue-aligned incentives without formal dividends.

Strong On-Chain Metrics Confirm Its Early-Stage Traction

On-chain data also validates Rover’s claims. $DCPLUS maintains a $4.4 million market cap with $1.1 million in liquidity locked for three years through GoPlus, a security platform backed by Binance Labs. The token also processes roughly $106,000 in daily trading volume and uses a burn mechanism tied directly to physical product sales, strengthening its deflationary model.

Community Activity Raises Visibility for the Token

Growing engagement on Base and X reflects rising curiosity around DeSci tokens, with community giveaways and educational threads pushing $DCPLUS into broader conversation. Rover stresses that early awareness matters because Base still lacks clear infrastructure to consistently bring scientific breakthroughs on-chain, giving pioneering projects greater long-term leverage.

DeSci on Base Still Carries High Volatility Risks

Despite the promising fundamentals, Rover notes that DeSci remains a young narrative on Base, and early RWA tokens tend to display sharp volatility as liquidity concentrates. He argues that the combination of locked liquidity, real-world utility, and IP backing positions $DCPLUS well, but he acknowledges that investors must navigate the risks inherent in early-stage ecosystems.