SuperEx Educational Series: Understanding Why Do New Tokens Need Market Makers After Listing, and How Does SuperEx AMM Provide Liquidity
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Yesterday, we discussed how projects build market liquidity during their initial launch. At the end of the article, we left one question open:
Of course, there is much more to say about liquidity. In our next article, we will take a deeper look at Free Market AMM. Trust me, it may completely change the way you think about liquidity.
Well, once you create that kind of suspense, you have to follow through.
In the previous article, we explained that a token launch requires token inventory, quote assets, market-making mechanisms, and an initial holder base. Without these conditions, “trading is live” may only mean that a trading page exists, while the market itself has not truly formed.
There is another practical problem. Not every new project can afford a professional market-making team, and not every newly listed pair automatically attracts enough users to maintain continuous bids and asks.
A new token can therefore fall into a familiar cycle:
- without liquidity, users are reluctant to trade;
- without trading activity, liquidity becomes even harder to build.
SuperEx Free Market AMM approaches the problem differently. If individual users cannot maintain continuous quotations, can tokens and USDT provided by projects and ordinary users be pooled together, allowing the system to generate prices and market depth automatically?
That is the question we need to answer today.
Why Do New Tokens Still Need Market Makers After They’re Listed?
Mature tokens usually have many holders, traders, and arbitrageurs. Some want to buy, others want to sell, and professional institutions continuously adjust quotations. Liquidity develops through ongoing activity.
New tokens do not begin with that foundation.
Early holders may mainly come from the project team, investors, airdrops, or launch events. They own the token, but they may not be willing to provide continuous quotations.
On the first day, many participants have only two intentions: those who are bullish rush to buy, while those seeking an exit rush to sell. Everyone waits for a counterparty, but few are willing to remain in the order book.
- If sell orders greatly exceed bids, the price may fall quickly.
- If buyers are numerous while available tokens are scarce, a relatively small amount of capital may push the price sharply upward.
The role of a market maker is to maintain quotations on both sides.
It uses quote assets such as USDT to place bids and token inventory to place asks. Users do not need to wait for another trader with a perfectly matching quantity and opposite intention.
Market making mainly improves three indicators: bid-ask spread, order-book depth, and price recovery.
If the highest bid is 0.90 USDT and the lowest ask is 1.10 USDT, the spread is extremely wide. Closer two-sided quotations can reduce the hidden cost of entering and leaving the market.
Market depth determines whether one order will move the price excessively. A market with only one small sell order may display a price, but it cannot absorb meaningful trading activity.
Price recovery measures whether new bids and asks return after a large trade. A healthy market is not one that never moves. It is one that can rebuild quotations after volatility.
Market makers provide trading conditions, not a promise of appreciation. If genuine selling pressure continues to exceed demand, the price will still decline.
Why Is Professional Market Making So Hard to Get Into?
Traditional market makers normally connect to exchanges through APIs and continuously submit or cancel limit orders according to prices, inventory, volatility, and risk parameters.
When the token price rises, the market maker may gradually sell inventory. When the price declines, it may buy tokens and consume USDT. It must continuously manage both assets to prevent excessive one-sided exposure.
Professional market makers may also connect to several venues and use arbitrage to narrow price differences. This requires low-latency infrastructure, sufficient capital, and continuous risk management.
Large projects may be able to absorb these costs. For smaller projects, the problem often becomes simple: the project wants market making, but neither its budget nor its technical team is ready.
Ordinary users face the same limitation. They can place a few limit orders, but they are unlikely to manage quotations, inventory, and risk around the clock.
The significance of Free Market AMM is that it converts part of the professional market-making process into a more accessible pooled-liquidity mechanism.
How Does SuperEx Free Market AMM Work?
AMM stands for Automated Market Maker.
Traditional market making relies on professional institutions maintaining orders. An AMM pools assets from participants and calculates buy and sell prices through automated rules.
According to SuperEx’s published explanation, SuperEx Free Market AMM combines an AMM mechanism with an order book. The system calculates quotations from pooled assets and converts the resulting liquidity into order-book depth.
This means it is not merely copying a traditional DEX swap interface.
For ordinary traders, the experience remains similar to a familiar CEX order book. Users can view bids and asks, submit orders, and trade through the matching system.
Liquidity providers do not need to write programs or continuously manage orders. They can select a trading pair, deposit the relevant token and USDT, and participate in liquidity provision.
The system uses both assets in the pool to generate market quotations. Token purchases consume part of the token-side liquidity, while token sales consume part of the USDT-side liquidity.
As pool balances change, the system adjusts subsequent quotations. Continued buying reduces token reserves and generally raises later purchase prices. Continued selling increases token reserves and pushes prices lower.
This is the core of automated market making. The market does not need to wait for someone to manually update every order. Pool balances and algorithms perform the adjustment continuously.
Where Do Liquidity Providers’ Earnings Come From?
Trades in the relevant pair generate transaction fees.
Under the mechanism published by SuperEx, relevant fee revenue is distributed according to each liquidity provider’s share of the pool.
Suppose a pool has a total value of one million USDT and Alice provides 2% of the liquidity. In a simplified example, she may receive approximately 2% of the distributable fee revenue.
Greater trading activity normally produces more fee revenue. Actual returns also depend on fee rates, pool size, the provider’s share, and participation duration.
SuperEx Free Market AMM therefore creates a liquidity cycle: projects and users provide assets, the system generates liquidity, traders use that liquidity, and fees are distributed to LPs.
It lowers the barrier to market-making participation and reduces dependence on one professional institution.
Suppose the A project launches the A/USDT pair in the SuperEx Free Market.
At launch, many users may hold A, but the order book contains only scattered bids and asks. Moderate buying quickly consumes the sell side, while concentrated selling rapidly weakens the bids.
The A team and community users deposit A Token and USDT into the AMM pool. The system uses these assets to generate quotations and reflects the liquidity in the order book.
As more LPs participate, the pool grows. An order of the same size has less impact on reserve ratios, generally improving depth and reducing slippage.
Trades generate fee revenue, which is distributed according to pool shares. The project gains more continuous liquidity, traders receive better execution conditions, and LPs gain another way to use their assets.
Professional market makers, ordinary limit orders, and AMM liquidity can coexist. An AMM does not have to replace traditional market making. It adds another source of liquidity.
Trading fees are a source of revenue, not a guarantee of principal.
If an LP provides both ORBT and USDT while ORBT continues to decline, trading activity changes the pool’s asset composition. The LP may gradually hold more ORBT and less USDT.
Even after earning fees, losses caused by the token’s decline may exceed that revenue.
The second risk is impermanent loss. When the relative prices of the two assets change significantly, the value of the withdrawn portfolio may be lower than simply holding the original assets.
The word “impermanent” is somewhat polite. If the user exits under unfavorable conditions, the difference becomes an actual outcome.
The third risk is insufficient trading activity. If the pair generates little volume, an LP may provide capital without earning meaningful fees.
New tokens may also face stalled development, concentrated unlocks, liquidity withdrawals, and declining demand. Historical revenue cannot guarantee future returns.
Before becoming an LP, users should not focus only on the displayed yield. They should understand the token’s fundamentals, pool size, trading volume, unlock schedule, and whether they are comfortable holding both assets.
What Does SuperEx Free Market AMM Change?
It first changes who can provide liquidity.
Historically, liquidity provision was dominated by project teams, professional institutions, and large capital providers. Ordinary users mainly appeared as traders.
SuperEx Free Market AMM allows projects, community members, and ordinary asset holders to become LPs, contribute liquidity, and share fee revenue according to their participation.
It also changes the relationship between liquidity pools and order books.
In the traditional model, AMMs belong to DEXs while order books belong to CEXs. SuperEx combines pooled liquidity with an order book, allowing pool assets to support a familiar CEX trading environment.
For new projects, this lowers the technical barrier to establishing initial liquidity. For users, it lowers the operational barrier to market making. For the market, it creates more diverse liquidity sources.
SuperEx AMM does not create value from nothing. It can organize capital, automate quotations, and improve depth, but it cannot build the project’s product or manufacture permanent demand.
Conclusion: AMM Lowers the Barrier to Market Making, but It Doesn’t Change the Rules of the Market
New tokens need market making because listing provides access to trading, while liquidity determines whether that access is genuinely usable.
Professional market makers narrow spreads, increase depth, and support price discovery through two-sided quotations. AMMs pool assets and automate part of that process.
SuperEx Free Market AMM further combines pooled liquidity with an order book. Users deposit tokens and USDT, the system uses those assets to support market quotations, and fee revenue is distributed according to LP shares.
The mechanism reduces a project’s dependence on one market-making team and gives ordinary users an opportunity to earn from the use of their liquidity.
Market making is not price support, fee revenue is not fixed income, and an AMM cannot replace genuine market demand.
In plain English, traditional market making is like hiring a professional team to maintain the market around the clock. SuperEx Free Market AMM breaks part of that work into a pooled system in which more participants can contribute assets together.
More people can help build the road, but how far the token travels still depends on whether the project has a real product, real users, and real value.
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