DeepSeekAI on Raydium: High-Risk, Low-Liquidity Token

DeepSeekAI-SOL is currently available on RAYDIUM. It has a very low price of $0.00000359, with a market cap of around $3,600, and liquidity of approximately $359. The total supply is 1 billion tokens. The token's security features include mutable metadata, and it does not have mint or freeze authorities. It is held by a small number of addresses, with the largest holder possessing only 4.93% of the supply. The overall rating for this token is considered risky due to factors such as the entire token supply being sent to various addresses by the deployer, a high ratio of market cap to liquidity (10:1), and low liquidity levels, which could lead to volatility or difficulty in trading. Additionally, the mutable metadata raises concerns about potential changes that could impact the token's transparency or trustworthiness. Given these factors, the token presents significant risks for investment or trading, mainly due to its low liquidity, centralization of holdings, and security uncertainties. These aspects should be carefully evaluated, especially for those considering involvement in highly speculative or risky tokens.

Risky Token with Low Liquidity and Centralized Holders on Raydium

DeepSeekAI-SOL, traded on Raydium, exhibits risk factors such as low liquidity and pushable security parameters. The token's fundamental features, including the absence of a mint or freeze authority, do not mitigate the overarching concerns stemming from the distribution and the small market cap relative to liquidity. Investors should exercise extreme caution given the high-risk profile, especially since the deployer has moved the entire token supply to different addresses, raising potential concerns about control and future stability.

Increased scrutiny is advised before considering investment. The current parameters suggest a speculative environment with elevated volatility potential. For traders, it might be prudent to monitor the situation closely or avoid engagement until more stability and transparency are observed.