Baby Aster BABYASTER

What BABYASTER actually is on-chain

Baby Aster is a BEP-20 deployed on BNB Chain, at contract address 0xd0593df7a9a99ae03b46437c5f20c339bc02fc37. That address, not the ticker BABYASTER, is what uniquely identifies this asset: anyone can deploy a second token calling itself BABYASTER, but the contract is unforgeable. Verify it against bscscan.com before sending funds or approving a spend.

Because it lives on BNB Chain, BABYASTER is held in any EVM-compatible wallet, transfers are paid for in BNB rather than in BABYASTER itself, and secondary liquidity sits in PancakeSwap pools. Two consequences follow for anyone setting alerts: you need BNB in the same wallet to move the token at all, and a quoted price taken from a pool is a pool price — it includes slippage that an order-book quote would not.

For BABYASTER the project publishes an active account as @BabyAster_BNB. That is a partial paper trail — enough to check claims against, not enough to audit. None of it is a quality judgement about the asset; it is simply what can be independently checked before the chart is worth looking at.

Where BABYASTER sits in the market

Baby Aster ranks #9774, in the far end of the rank table, where a capitalisation figure is barely meaningful, far outside the set of assets that carry continuous market-maker coverage. At this end of the table the first question is data integrity rather than valuation: a quote can originate from a single pool or a single venue, reported volume is difficult to verify independently, and the distance between the last print and a genuinely executable price can be wide. Treat any indicator computed on this series as provisional.

We are not currently receiving a live BABYASTER order book from any of the exchanges connected to this site, so no real-time quote is shown above. That is itself information: it usually means the pair is unlisted on the venues we track, or trading has been halted. BABYASTER is a BNB Chain asset, so whatever turnover exists is most likely in PancakeSwap pools rather than on a centralised book, and every fill there costs BNB in gas on top of the pool's own fee.

BABYASTER supply and valuation data

At #9774 there is no reliable third-party supply audit for BABYASTER at all — token counts this far down the table are frequently restated, and we would rather show nothing than show a number that moves without notice. What we do have is a fully diluted valuation of $11 thousand as of 2026-05-13. That is in the bottom quartile of tracked assets, a range where a single liquidity provider can account for most of the quoted value.

That valuation is a point-in-time snapshot, not a live figure, so we deliberately avoid dividing it back into a token count — the price has moved since, and the arithmetic would yield a precise-looking supply number that is simply wrong. Read the current supply from the project's own explorer before relying on any per-token valuation. The authoritative figure is the one bscscan.com reports for this contract.

What kind of asset BABYASTER is

Baby Aster is a meme asset. There is no cash flow, no fee capture and no fundamental anchor to value it against, which is a description rather than a criticism — it means the price is set entirely by attention and reflexive flow. In practice, volume moves first and price follows, so a volume spike is the leading signal for this class while an oscillator reading is a lagging one. Moves are larger, faster and mean-revert harder than in assets with a revenue story.

CoinGecko files BABYASTER under 2 categories, including BNB Chain Ecosystem, Meme. CoinGecko also records deployments on BNB Chain (2,027 tracked tokens), so its on-chain liquidity and its user base move with that network.

How to set a Baby Aster alert that is worth receiving

Baby Aster is the BEP-20 at 0xd059…fc37 on BNB Chain — high dated 2025-10-08 — rank #9774. On this profile the condition that carries signal is a volume-surge condition on the 1-hour or 4-hour candle paired with a wide price threshold.

Full alert-design method: thresholds, RSI/MACD and volume conditions →