Prerequisites
You already have access to on-chain data platforms such as CryptoQuant or Glassnode to check the "net exchange flow" of specific tokens.
You can distinguish address tags for "spot exchanges" and "derivatives exchanges" (some platforms support this differentiation).
If an exchange inflow is explicitly sent from a market maker address, it cannot be simply classified as a sell pressure signal — these fund movements are usually for liquidity provision or inventory management, not to dump tokens on the market.
The "exchange inflow" metric shown by on-chain data is often defaulted to a sign that traders are preparing to sell. The problem is, market makers have completely different fund movement patterns from regular large holders: they need to post both buy and sell orders at the same time, arbitrage price differences across platforms, and manage derivatives margin. If you directly interpret any "market maker address deposit" as bearish, you will very likely be misled.
Step 1: Identify the Inflow Source — Is It a "Market Maker Address" or an "Unknown Whale"
[What to do]: Check the originating address of large inflows on your on-chain data platform to confirm if it is tagged as a known market maker.
[How to do it]: Cross-reference the large transfer address with the known market maker tag library on CryptoQuant or Arkham.
Scenario A: The inflow address is marked as "Market Maker" or "Liquidity Provider" by the platform → Cannot be directly regarded as sell pressure. Common reasons for market makers depositing tokens to exchanges include:
Provide two-sided liquidity for spot and derivatives markets (posting buy and sell orders simultaneously)
Arbitrage price differences across platforms
Replenish margin for derivatives positions
Scenario B: The inflow address is untagged and has no historical market making records → Can be regarded as a potential sell pressure signal. The pattern of "one-time large deposit from a cold wallet" in particular is far closer to preparation for selling.
[Completion criteria]: Confirm whether the originating address of this inflow belongs to a known market maker tag.
Step 2: Observe Market Reaction Post-Inflow — Is the Price Action Absorbing the Flow
[What to do]: Use the 24-72 hour price performance after the inflow to reverse-verify whether it constitutes actual sell pressure.
[How to do it]: Record the price at the time the inflow occurs, and track the price level 1 to 3 days later.
Scenario A: The price does not drop significantly after the inflow, or dips briefly before recovering quickly → The market maker's deposit is most likely for "liquidity management" rather than offloading holdings, and the market has enough buy-side demand to absorb these tokens.
Scenario B: The price keeps falling after the inflow with weak rebound momentum → Even if the inflow comes from a market maker, it has actually translated to real sell pressure, and you should treat it as a risk signal.
[Completion criteria]: Use price action to cross-verify whether the inflow actually brings sell pressure, instead of judging solely by the address tag.
High Risk Warning: A small number of market makers do not act to maintain a healthy market, but use information asymmetry and tool advantages to profit unilaterally. Binance has explicitly stated in official announcements that some market makers engage in manipulative behavior of "continuous one-sided selling with almost no corresponding buy orders". If you observe continuous net inflows from a market maker address, but there are no corresponding buy order postings on the order depth book for a long time, this is essentially "offloading holdings" rather than "market making".
Step 3: Verify Whether the Inflow Is "Net Inflow" or "Internal Transfer"
[What to do]: Avoid being misled by fake inflows generated by "transfers between exchange internal wallets".
[How to do it]: Check if your on-chain data platform has filtered out "internal transfers" — allocations between exchange hot wallets and cold wallets.
Scenario A: The inflow is marked as "Internal Transfer" or "filtered for internal addresses" → This is part of the exchange's own internal fund management, does not change the market's total sellable supply, and should be ignored.
Scenario B: The inflow comes from a "non-exchange address" → Exchange address → This is a genuine "external inflow" that carries analytical signal value.
[Completion criteria]: Confirm that the "exchange inflow" data you are viewing is net inflow after internal transfer filtering, not noise generated by transfers between exchange internal addresses.
Common Causes of Misjudgment
Mistaking "market maker depositing tokens" for "market maker dumping tokens". The core responsibility of market makers is to provide liquidity, so they have to constantly deposit tokens to exchanges to maintain their order books. If you interpret every such action as a sell signal, you will repeatedly miss the rally during periods of institutional accumulation or take losing short positions. What you actually need to track is the trend of net flows: whether it is a multi-week sustained positive inflow, or a one-day pulse anomaly.
Validation Method After Operation
Open the 7-day moving average net flow curve for the target token on CryptoQuant. If the 7-day MA is still in negative territory (net outflow), a single-day market maker deposit does not constitute a bearish basis. Only when the 7-day MA has stayed positive for more than 2 consecutive weeks while the price is stagnant or falling should you consider reducing your position.
Next Follow-Up Action
Record every "market maker address deposit" event in your trading journal, noting the date, amount, and price performance 72 hours after the event. After accumulating more than 10 such records, you will build empirical judgment on the behavioral pattern of that specific market maker — some market makers have a consistent pattern of "price drops right after deposit", while others only perform routine daily liquidity management. Verification channels: CryptoQuant's "Net Exchange Flow" chart and Arkham's "Address Tag" system.
