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[superextimmy]

SuperEx Guide: Listing in the Free Market（I）

 

#SuperEx #Guide #FreeMarket

SuperEx Free Market has been live for quite some time. As for whether it delivers a good user experience, those who have tried it would probably agree: “It is remarkably creative and exceptionally easy to use.”

If there is one lasting impression that Free Market leaves on its users, it is how unexpectedly simple the entire experience feels.

How simple is it? Users only need to enter a token contract address to complete the listing process with a single click. There is no need for manual communication, no token-listing fee, and users retain a high degree of control throughout the process. The entire listing can be completed in as little as one minute, making it accessible even to newcomers with limited experience.

Its advantages extend far beyond ease of use. Free Market also offers zero-cost participation, transaction-fee rebates of up to 80%, trading-pair replicas, and many other innovative features.

With Free Market, projects and communities no longer need to deal with the high listing fees and complicated procedures commonly associated with other platforms. They can independently decide when and how to list a token, as well as how many trading-pair replicas to create.

As an innovative exchange product that genuinely shares trading revenue with users and project teams, SuperEx Free Market is the focus of today’s guide.

About SuperEx Free Market

Free Market is a dedicated section of the SuperEx Spot Market, primarily designed for listing new digital assets, or tokens. Tokens listed in Free Market are automatically paired with USDT. Once listed, deposits, withdrawals, and trading are made available to all SuperEx users.

SuperEx Free Market introduces a transformative approach to token listings. It enables project teams to bring their tokens to an exchange faster and at a lower cost, removing many of the barriers associated with conventional listing procedures.

Through Free Market, a project can complete its token listing in as little as one minute. The entire process is simple, streamlined, and efficient.

A project team only needs to enter the token contract address and click “List Token.” The system then automatically generates the trading pair and enables the corresponding deposit, withdrawal, and trading functions. The workflow is executed automatically without manual communication, eliminating the lengthy reviews and repeated coordination commonly required by traditional listing processes. This makes token listings faster, more transparent, and more efficient.

Project teams no longer need to pay the substantial fees traditionally associated with exchange listings or engage in lengthy negotiations with an exchange. SuperEx Free Market significantly lowers the barriers to listing, giving more projects an equal opportunity to compete and rapidly gain market exposure.

SuperEx Free Market is an essential component of the broader Web3 ecosystem being built by SuperEx. Its core features include:

Token Listing in One Minute

Users only need to enter a token contract address on SuperEx and click “List Token.” The process can be completed in as little as one minute without manual communication, after which deposits, withdrawals, and trading can be enabled.

Zero-Cost Participation

Free Market does not charge token-listing fees. By moving beyond the traditional model in which projects pay substantial fees to exchanges, it enables projects to enter the market at a significantly lower cost.

Transaction-Fee Rebates of Up to 80%

Trading-pair creators can receive up to 80% of the transaction-fee revenue generated by their pairs, creating a shared-value model that benefits communities, project teams, and the exchange.

Permissionless Token Listing

Free Market does not limit how many times a user may list tokens. Users are free to discover and list promising assets early, giving them the opportunity to capture emerging market opportunities.

Dedicated Trading-Pair Replicas

Different communities can create their own dedicated trading-pair replicas for the same token. While liquidity is aggregated across the market, transaction-fee revenue can be allocated separately, giving each community a fair opportunity to participate and earn rewards.

Fair Trading

Free Market does not offer VIP transaction-fee discounts. All participants trade under the same fee structure, creating a more equitable market environment.

Freedom to Choose Trusted Creators

When buying or selling tokens, users can choose to trade through a replica created by a KOL, community, or trading-pair creator they trust.

Cross-Replica Order Matching

Orders placed across different replicas of the same trading pair can be matched with one another. This consolidates market depth, improves capital efficiency, and strengthens overall liquidity.

Zero Trading Fees for Buyers

Free Market charges buyers zero trading fees, further reducing the cost of market participation.

Appendix: The Complete One-Minute Listing Process

Listing a token through SuperEx Free Market requires only a few simple steps:

1. Find “List Tokens” on the SuperEx homepage, enter the listing page, and click “List My Token.”
2. Select the token’s blockchain network and enter its contract address.
3. Add a brief token profile, including an introduction and title. Optional fields may be left blank.
4. Choose whether to promote the token based on your needs, and then click “Create.”
5. The token is successfully listed.

Is that really all it takes?

Yes — that is the entire process. It is fast, straightforward, and remarkably efficient.

Conclusion:

The value of SuperEx Free Market extends far beyond reducing the token-listing process to one minute. More importantly, it redefines the relationship between projects, communities, users, and the trading platform.

Through zero listing fees, an automated workflow, trading-pair replicas, cross-replica order matching, and transaction-fee rebates of up to 80%, Free Market transforms token listing from a platform-controlled process into an open-market mechanism in which projects, communities, and users can all participate.

Projects can enter the market faster and at a lower cost. Communities can create and operate their own trading-pair replicas while sharing in the value generated by the ecosystem. Users can choose trading channels created by people and communities they trust, all within a fairer and more open environment.

One-minute token listing is only the beginning. What SuperEx Free Market truly delivers is a more accessible and open Web3 asset marketplace — one built around greater choice, shared value, and community participation.

About SuperEx

As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3.

Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX).

• Cick to register SuperEx
• Cick to downoad the SuperEx APP
• Cick to enter SuperEx CMC
• Cick to enter SuperEx DAO Academy — Space

 

[superextimmy]

SuperEx Educational Series: Understanding Proof of Personhood

#SuperEx #EducationalSeries

One strange thing about the internet is that one person can create many accounts. One email today, ten wallets tomorrow, and a whole row of accounts next week claiming rewards, farming tasks, voting, and gaming incentives. The project sees growth and feels happy, then realizes many “users” may be the same actor appearing repeatedly.

Proof of Personhood solves a very practical problem: proving “I am a real and unique human” without forcing users to reveal their legal name, ID number, or full private information.

 

What Is Proof of Personhood?

Proof of Personhood, or PoP, is a proof mechanism used to confirm that a digital identity likely corresponds to one real, unique, and hard-to-duplicate human being.

It is not KYC, and it is not ordinary CAPTCHA. KYC asks “who are you in the real world?” CAPTCHA asks “is this action automated?” Proof of Personhood asks “are you one unique human?”

In one sentence: PoP is the foundation for “one person, one right,” “one person, one participation,” and “one person, one vote” in digital systems.

Concept Interpretation

The core of PoP is not real-name identity. It is uniqueness.

Many scenarios do not need your name, address, or ID number. Airdrop protection, DAO one-person-one-vote, quadratic funding, task anti-farming, UBI distribution, and data contribution rewards mostly need one thing: the same person should not pretend to be many people.

This is the biggest difference between PoP and ordinary wallet identity. Wallets can be created endlessly, but humans cannot be endlessly duplicated. If Web3 only recognizes wallet addresses, it may mistake “number of addresses” for “number of users.” That is why some growth campaigns look active while real user participation is weak.

So PoP is not about controlling users more tightly. It is about preventing open systems from being easily manipulated by duplicate identities.

How Does It Work?

First, enrollment or verification.

A user proves that they are human and have not registered repeatedly. Different systems use different methods: biometrics, video submission, social vouching, credential aggregation, synchronized validation ceremonies, or combinations of these.

Second, an identity commitment is created.

The system usually does not expose the user’s real identity directly to applications. Instead, it creates an identity commitment, credential, registry entry, or Merkle tree membership.

Third, an application requests proof.

When users vote, claim rewards, submit tasks, or join campaigns, the app asks them to prove that they belong to a verified human set.

Fourth, privacy-preserving proof.

Zero-knowledge protocols like Semaphore let users prove “I am a member of this group” without revealing which member they are. They can also use nullifiers to prevent the same user from submitting more than once in the same context.

Fifth, the application executes logic.

The app only needs to know that the proof is valid and not reused, then it can issue rewards, record votes, or grant access.

Main Technical Routes

The first route is biometric uniqueness.

World ID uses credentials such as Proof of Human to let users prove they are real and unique while reducing privacy exposure through zero-knowledge proofs. It is useful for high-Sybil-risk cases such as one-person-one-claim and one-person-one-vote.

The second route is social verification and challenge systems.

Proof of Humanity combines video submission, vouching, registries, and challenge processes to build a Sybil-resistant list of humans. Its advantage is openness and challengeability; its downside is higher friction and more privacy pressure.

The third route is synchronized validation.

Idena uses periodic validation sessions and “flips” to let participants prove personhood at the same time. The idea is clever: if validation must happen simultaneously, one person has a harder time verifying many identities.

The fourth route is credential aggregation.

Human Passport uses Stamps to combine multiple Web2 and Web3 identity signals into a Unique Humanity Score. It does not rely only on one strong proof; instead, many signals together increase confidence.

The fifth route is zero-knowledge group proof.

Semaphore itself is not a PoP enrollment system, but it is an important privacy layer for PoP. Users join a verified human group, then anonymously prove membership through ZK proofs and use nullifiers to prevent repeated actions.

Why It Matters

PoP matters because AI and automation are making account counts increasingly unreliable.

In the past, mass account creation required more human effort. Now scripts, automated browsers, AI agents, wallet clusters, and task platforms lower the cost of manipulation. If a protocol distributes rewards, votes, subsidies, reputation, data revenue, or governance power, it must ask: are these participants actually unique people?

For Web3, PoP is a base component for many mechanisms. Quadratic voting needs to prevent influence amplification through many accounts. Airdrops need to prevent mass claiming. Data markets need to avoid fake contributions. Compute markets need to detect fake providers. AI agent economies need to prevent malicious identities from gaining permissions.

Without PoP, open systems can become “whoever can mass-register better wins.” That is not decentralized fairness; that is a competition around loopholes.

A Simple Case

Suppose SuperEx runs an educational incentive campaign for real users. Users learn Web3 security, complete on-chain tasks, submit risk data, and receive points, rewards, and reputation.

If wallet addresses are the only identity layer, one person can create many wallets and complete tasks repeatedly. On the surface, user growth looks good. In reality, rewards are captured by duplicate identities, and the data is polluted. The AI risk model learns not real user behavior, but how mass accounts complete tasks.

 

With Proof of Personhood, SuperEx can tier the campaign.

• For ordinary learning content, no strong PoP is needed. Keep it easy.
• For basic rewards, a lightweight Human Passport score may be enough.
• For high-value rewards, World ID, Proof of Humanity, or stronger uniqueness proof may be required.
• For governance voting, ZK proofs and nullifiers can enforce one person per vote without exposing identity.
• For data contribution rewards, the Reputation Layer should also evaluate data quality and historical accuracy.

In this model, PoP does not block all users. It makes high-value entry points fairer.

Design Tradeoffs

First, uniqueness versus privacy.

Stronger uniqueness may require more sensitive signals; stronger privacy makes verification harder. A good PoP design should let applications receive proof results, not raw identity data.

Second, security versus accessibility.

Biometrics and document verification may be stronger, but not every region, device, or user group can complete them easily. If PoP only works for a narrow group, it becomes a new barrier.

Third, recoverability versus non-transferability.

PoP should not be freely tradable like ordinary tokens, but users may lose wallets, change devices, or suffer account theft. Systems must support recovery, revocation, and rebinding.

Fourth, global uniqueness versus contextual uniqueness.

Some scenarios only need “no duplicate participation in this activity,” not one global identity across the internet. Scopes and nullifiers allow users to remain unlinkable across apps while preventing repeated participation in the same event.

Common Misunderstandings

The first misunderstanding: Proof of Personhood equals KYC.

Wrong. KYC focuses on real-world identity. PoP focuses on unique humanity. Many PoP systems are designed specifically to avoid exposing names and documents to applications.

The second misunderstanding: PoP proves someone is trustworthy.

Wrong. PoP can only increase confidence that someone is a unique human. It does not prove they are honest, skilled, or reliable. Trust still needs reputation, behavior history, and risk controls.

The third misunderstanding: PoP always requires biometrics.

Not necessarily. Biometrics are one route, but there are also social verification, credential aggregation, validation ceremonies, registry challenges, behavior models, and ZK-based combinations.

The fourth misunderstanding: one PoP system fits every use case.

Also wrong. Airdrops, anti-abuse, governance, UBI, data markets, and financial risk control require different assurance levels. Mature apps should choose proof strength based on risk.

Risks and Limitations

The first risk is exclusion.

People without smartphones, stable internet, willingness to provide biometric signals, social credentials, or access to supported regions may have difficulty passing PoP.

The second risk is privacy.

If poorly designed, PoP can become a cross-app tracking system. The goal should be proving necessary facts, not building a universal behavioral dossier.

The third risk is identity rental and coercion.

If rewards are high enough, verified identities may be rented, sold, or controlled by others. PoP needs behavior analysis, permission limits, and revocation mechanisms.

The fourth risk is centralization.

If one PoP issuer has too much power, it can influence who participates, who is excluded, and how rules change. The deeper the identity layer, the more transparent governance must be.

The fifth risk is adversarial evolution.

Deepfakes, automation, collusion, and credential markets will keep improving. PoP is not a one-time solution; it is an ongoing adversarial system.

Conclusion

The core value of Proof of Personhood is establishing “unique human” as a base signal in the digital world.

It is not real-name identity, not ordinary CAPTCHA, and not a universal trust label. It is identity infrastructure built around uniqueness, privacy, proof, recovery, and duplicate-participation prevention.

Future Web3 airdrops, governance, quadratic funding, data contribution, AI agent authorization, reputation layers, and on-chain economic distribution will increasingly need PoP. Once a system distributes value, someone will try to turn one person into many accounts.

In plain words: Proof of Personhood is not asking for your full legal identity. It asks whether you are a real human who cannot be cheaply duplicated. If open networks want fairness, wallets are not enough. They need proof that humans are present, and counted once.

About SuperEx

As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3.

Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX).

• Cick to register SuperEx
• Cick to downoad the SuperEx APP
• Cick to enter SuperEx CMC
• Cick to enter SuperEx DAO Academy — Space

 

 

 

[superextimmy]

SuperEx Guide: Listing in the Free Market（II）

#SuperEx #Guide #FreeMarket

The SuperEx Research Institute compiled two very interesting sets of data:

First set of data: According to incomplete statistics, in 2025, more than 21,300 projects worldwide had communities of over 1,000 people and had already built a certain level of consensus, yet were ultimately eliminated by the market. This shows that the “failure rate” of crypto projects is far higher than the industry may imagine.

Second set of data: According to incomplete statistics, among these eliminated projects, as many as 75% failed to launch on schedule because of “excessively high listing fees” or “complicated listing procedures and strict review requirements,” ultimately causing the projects to collapse before they could even go live.

The token listing process is extremely complicated, and the costs are also very high. Launching a project requires substantial manpower and financial support, making it one of the biggest obstacles for small and medium-sized projects. This kind of barrier means that only large projects with sufficient funding are usually able to complete the listing process smoothly.

So what this market truly needs is a genuinely open stage — one that gives every innovative project an equal opportunity to compete.

That is why we launched Free Market and created a detailed guide for everyone. Today marks the second article in this series, where we will take a deeper look at how to list tokens freely through Free Market.

 

What Requirements Must a Token Meet to Be Listed on Free Market?

Any token issued on a public blockchain supported by SuperEx Free Market can be listed. If your token is deployed on a blockchain that is not yet supported, users or project teams are also welcome to contact us. Business email: [email protected]

What Information Do You Need to Prepare for Listing?

Only two pieces of information are required:

• The token contract address;
• A brief token introduction and relevant official website information.

In future versions, Free Market will automatically retrieve token information from blockchain explorers and authoritative crypto market data platforms. At that point, the lister will only need to enter the contract address to complete the listing process.

After Completing the Listing Process, How Long Does It Take to Go Live on Free Market?

SuperEx Free Market supports instant token listings. Once you spend just 2–3 minutes completing the listing process, the trading pair copy you create will immediately appear in the Free Market section of the spot market and become available for deposits, withdrawals, and trading.

As a Token Lister, What Rewards Can You Earn?

SuperEx is the first exchange in the industry to share revenue with token listers. Once you list a trading pair or a trading pair copy on Free Market, it can be traded and used for deposits and withdrawals in the Free Market section of the spot market.

 

Here comes the key point: no matter who is trading, as long as the transaction takes place under the token or trading pair copy you listed, you can receive a share of the trading fees generated by that transaction, with the revenue-sharing ratio reaching as high as an impressive 80%.

What If Someone Else Lists the Token Before You?

There is absolutely no need to worry if someone else lists the token before you. The same token — meaning the same blockchain and the same contract address — can be listed repeatedly on Free Market. You only need to create a trading pair copy, and the process is even simpler than listing a token, taking just one minute to complete.

What Is a Trading Pair Copy?

The same token — meaning the same blockchain and the same contract address — can be listed repeatedly on Free Market. Each time the token is listed, it is equivalent to creating a new copy of that token’s trading pair. Influential KOLs can guide users to trade through the trading pair copies they create, and SuperEx will distribute up to 80% of the trading fees based on the trading volume generated by those copies.

What If the Listed Token Has Insufficient Liquidity? How Should It Be Promoted?

We have very strong support policies for Free Market. We will open APIs to users so that users, project teams, KOLs, and institutions can participate in market making for tokens that have traffic, popularity, and market attention.

At the same time, to improve token liquidity, we plan to introduce a simulated Automated Market Maker (AMM) mechanism and establish token liquidity pools and reward pools. This mechanism can not only increase trading activity for the token, but also provide holders with more trading opportunities and rewards. As a token lister, whether you are a project team or a KOL, contacting the market team and promoting the token through operational campaigns is one of the best approaches.

Conclusion

Against the backdrop of an increasingly centralized crypto world, rising regulatory pressure, and slowing Web3 innovation, the emergence of SuperEx Free Market carries profound significance:

• Providing users with a verifiable, secure, and transparent trading environment
• Providing truly open infrastructure for the free issuance and circulation of assets
• Providing small and medium-sized projects with a free, fast, zero-fee financial platform for token listings

Free Market is not just a product — it represents the starting point of a new financial order.

The mission of Free Market is to ensure that all assets and all users can enjoy a truly financial environment built on “freedom, transparency, and permissionlessness.”

About SuperEx

As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3.

Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX).

• Cick to register SuperEx
• Cick to downoad the SuperEx APP
• Cick to enter SuperEx CMC
• Cick to enter SuperEx DAO Academy — Space

 

 

[superextimmy]

SuperEx Educational Series: Understanding Social Graph Protocol

 

#SuperEx #EducationalSeries

There is something awkward about internet social networks: you spend years following people, posting content, gaining followers, and building relationships. But do you really own those connections?

Often, the answer is uncomfortable. The account looks like yours, the relationships look like yours, and the content looks like yours. But once the platform changes rules, bans an account, or turns off distribution, you realize your social assets were closer to rented property than real ownership.

A Social Graph Protocol solves this problem by taking relationships, content interactions, and social identity out of one platform’s private database and turning them into verifiable, portable, and composable network infrastructure.

What Is a Social Graph Protocol? 

A Social Graph Protocol is a protocol for recording, managing, and using social relationship networks. It describes who an identity is, who follows whom, who interacts with whom, who belongs to which group, who published what, and how these relationships can be read and used by different applications.

Here, “graph” does not mean an image. Nodes can be users, wallets, DIDs, smart accounts, content, groups, agents, projects, or datasets. Edges can be follows, friendships, likes, comments, reposts, collects, subscriptions, memberships, trust links, permissions, or contributions.

In one sentence: a Social Graph Protocol is the relationship data layer of Web3.

Concept Interpretation 

The problem with Web2 social platforms is not that they lack social graphs. The problem is that the graph is locked inside the platform.

You may follow 500 people on one platform, but when you move to another app, you start from zero. You build reputation in one community, then become a new account somewhere else. Developers also suffer because user relationships are controlled by large platforms. New apps struggle with cold starts, users struggle with migration, and developers struggle with growth. Everyone suffers equally, which is fair, but unnecessary.

The core idea is turning relationship networks from platform-owned assets into user-portable assets. Users can carry identity, relationships, content history, and social reputation across applications. Apps no longer need to build networks from zero; they can create different experiences on top of a shared open graph.

But this is not just “moving a follow list.” A real Social Graph Protocol must solve identity, signatures, storage, indexing, permissions, privacy, anti-spam, governance, and data availability. It looks like social media, but underneath it is infrastructure.

How Does It Work? 

First is the identity layer. 

The protocol must define who is speaking. The identity may be a wallet address, DID, smart account, Farcaster ID, Lens Account, CyberAccount, or app-level account. W3C DID standards emphasize user-controlled digital identifiers, which is the foundation for portable social identity.

Second is relationship writing. 

When a user follows, unfollows, joins a group, posts, likes, or comments, the system creates a signed message, on-chain transaction, event stream, or data update. Farcaster uses signed messages and Hubs to synchronize a message-graph. Lens provides composable social primitives such as Accounts, Graphs, Feeds, and Groups.

Third is storage and synchronization. 

Social data is huge. If every like and comment goes to a main chain, costs explode. Different protocols choose different models: some data on-chain, some in decentralized storage, event streams, Hubs, indexers, or graph databases. Ceramic focuses on decentralized event streaming for composable data networks.

Fourth is indexing and querying. 

Raw data is not automatically usable data. Apps need fast queries like “who do I follow,” “who follows me,” “which posts are from my network,” and “what is this user’s social reputation?” So Social Graph Protocols usually need indexers, GraphQL APIs, node sync, and caching layers.

Fifth is rules and permissions. 

Not every relationship should be completely open. Lens Rules let developers set conditions for follows, posts, comments, and group membership, such as free connections, paid connections, token gating, or approval flows. In plain words: open social does not mean no rules. It means rules should be transparent, composable, and verifiable.

Why It Matters

A Social Graph Protocol matters because social relationships are a network asset.

For users, it means identity and relationships are no longer fully dependent on one app. You can switch clients and keep your network. You can enter a new community and still carry your history. You can connect different wallets, DIDs, or accounts through authorization and mapping.

For developers, it reduces cold-start problems. A new app does not need to ask users to follow everyone again. It can read an existing graph and innovate on product design, content discovery, algorithms, communities, and monetization.

For Web3, it gives a relationship foundation to reputation layers, agent authorization, data marketplaces, DAO governance, SocialFi, on-chain content, and risk systems. Without a graph, systems only see isolated addresses. With a graph, they can understand relationships, context, and behavior history.

Technical Architecture 

The first layer is identity. 

It handles accounts, keys, DIDs, wallet binding, usernames, and recovery. Farcaster puts identity registration and key mapping on-chain. Lens uses Accounts as portable identity. Cyber combines CyberAccount with social primitives.

The second layer is the graph layer. 

It defines nodes and edges. A follow is an edge, content interaction is an edge, and group membership is also an edge. The graph design determines how complex the social experience can become.

The third layer is data. 

It decides where data lives, how it updates, and how it is verified. Farcaster uses Hubs and CRDT concepts for eventual consistency. Ceramic uses decentralized event streams and DID authentication. CyberConnect’s earlier design emphasized user signatures, IPFS/Ceramic storage, and verifiable updates.

The fourth layer is indexing. 

Users do not directly read raw events. Apps need relationships organized into queryable data, such as follower lists, mutual follows, interaction strength, recommendation candidates, group members, and content ranking.

The fifth layer is the application layer. 

Different clients can build different experiences on the same graph: short posts, long-form content, live streams, communities, trader following, DAO collaboration, educational tasks, and agent marketplaces. Same graph, different products.

A Simple Case

Suppose SuperEx builds a Web3 education and trading community. Users can follow researchers, collect courses, join DAO groups, subscribe to strategy creators, rate data contributors, and authorize AI agents to recommend content based on their social relationships.

In a traditional platform model, all these relationships sit inside SuperEx’s private database. If users move to another app, the relationships disappear. Other developers cannot compose with them. Learning records, contribution history, and social reputation are hard to reuse.

With a Social Graph Protocol, follows, memberships, subscriptions, contributions, and reputation signals can become a verifiable graph. SuperEx Academy can read learning relationships, DAOs can read contribution relationships, risk systems can read trusted interactions, and AI agents can use authorized graph data instead of recommending blindly.

More importantly, users are not necessarily locked into one interface. A user may follow a researcher in SuperEx Space today and see parts of that relationship or content context in another Lens-, Farcaster-, or Cyber-like app tomorrow. Social assets begin moving from platform data to user networks.

Common Misunderstandings 

The first misunderstanding: a Social Graph Protocol is just decentralized Twitter.

Wrong. Twitter is an application. A Social Graph Protocol is the relationship layer underneath. It can support social media, DAOs, games, education, trading communities, agent networks, and reputation systems.

The second misunderstanding: all social data should be on-chain.

Not so fast. Social data is high-frequency, large-scale, and privacy-sensitive. A better design usually puts key identity, permissions, proofs, and settlement on-chain, while content, interactions, and indexes use more suitable storage and sync layers.

The third misunderstanding: owning the graph means owning distribution.

Not necessarily. You may own relationship data, but recommendation, ranking, moderation, and distribution are still handled by different apps. Owning the graph gives portability, not automatic reach.

The fourth misunderstanding: decentralized social means no moderation.

Also wrong. The question is not whether moderation exists, but who sets the rules, whether rules are transparent, whether users can choose clients, and whether they can take identity and relationships elsewhere. A social network with no governance may simply make spam more free.

Risks and Limitations

The first risk is privacy. 

Social relationships are sensitive. Who follows whom, who interacts with whom, and who joins which group can reveal preferences, profession, asset interests, or risk profiles. Public graphs should not expand blindly; privacy and selective disclosure matter.

The second risk is spam and automation. 

Open graphs can be filled with fake follows, fake interactions, and fake reputation. Social Graph Protocols need human verification, Proof of Personhood, reputation layers, and anti-spam systems.

The third risk is indexer centralization. 

Even if base data is open, if most users rely on one API or one indexer, the practical experience can still be controlled by a centralized gateway. Open data also needs open indexing and alternative clients.

The fourth risk is data availability. 

Owning data does not mean it is always available. Content storage, node syncing, pinning, backups, migration, and recovery all matter. Otherwise, ownership exists in theory but fails in practice.

The fifth risk is semantic confusion. 

Following, friendship, trust, subscription, endorsement, and collaboration are not the same. If a protocol compresses all relationships into one “follow,” advanced applications lose meaning.

Conclusion 

The core value of a Social Graph Protocol is releasing social relationships from platform-owned databases and turning them into user-controlled, application-composable, and network-verifiable infrastructure.

It is not a social app, and it is not just a follow list. It is a protocol layer connecting identity, relationships, content, permissions, storage, indexing, and reputation.

Future Web3 social apps, education platforms, trading communities, DAOs, AI agents, data markets, and reputation systems will increasingly depend on social graph protocols. A truly open network should not force users to restart their identity every time they switch apps, and it should not force developers to start from zero forever.

In plain words: a Social Graph Protocol is not just another place to post updates. It means your relationships, identity, and social value no longer belong only to one platform. In the old model, you socialized inside platforms. In the next model, platforms connect to your social network.

About SuperEx

As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3.

Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX).

Click to register SuperEx
Click to download the SuperEx APP
Click to enter SuperEx CMC
Click to enter SuperEx DAO Academy — Space

 

[superextimmy]

SuperEx Guide: Listing in the Free Market（III）

 

#SuperEx #Guide #AMM

At the end of our previous guide, we briefly introduced the SuperEx Free Market AMM feature. At the time, however, it wasn’t the main focus, so we didn’t explore it in depth. In today’s guide, it’s AMM’s turn to take center stage as we dive deeper into the SuperEx Free Market ecosystem.

To truly understand the SuperEx Free Market AMM, we first need to start with the market itself.

If you have spent enough time in the crypto market, you may have noticed something fascinating: on a decentralized exchange, or DEX, you can generally buy or sell any supported token whenever liquidity is available.

What makes this even more interesting is that you are not trading directly with one specific person.

There is no need to wait for a counterparty or for another user to place a matching order. The moment you submit a trade, the system generates a quote and settles the transaction on-chain.

This raises several important questions:

• Who matches these trades?
• Who provides the quotes?
• How can an unattended DEX operate around the clock?
• How does it determine the price of each trade?
• Why do tokens such as X2Y2, UNI, and PEPE become progressively more expensive when users rush to buy them during a bull market?
• Why can users earn trading fees simply by depositing tokens into a pool?
• Why do people say that providing liquidity can result in losses — and what exactly is “impermanent loss”?

The answer to all these questions revolves around one concept: AMM — Automated Market Maker.

What You Need to Know About AMMs

1. The Core Mechanism of an AMM: The Liquidity Pool

One of the AMM’s most important innovations is the pooling of tradable assets in a shared reserve.

Consider an ETH/USDT liquidity pool:

• User A deposits ETH
• User B deposits USDT
• User C deposits both ETH and USDT
• User D also deposits both assets to earn a share of the trading fees

Together, these deposited assets form a shared inventory known as a liquidity pool.

When users trade through the pool:

• To buy ETH, a user deposits USDT into the pool and receives an amount of ETH determined by the AMM’s pricing curve
• To sell ETH, a user deposits ETH into the pool and receives an amount of USDT determined by the same mechanism

This structure allows traders to execute transactions:

• Without waiting for a traditional counterparty
• Without placing orders in an order book
• Without relying on a conventional market-making team to quote prices continuously
• Without unnecessary delays, provided that sufficient liquidity is available

The liquidity pool itself effectively acts as the counterparty.

The more trading activity a pool generates, the more transaction fees it will generally collect. These fees are distributed among its liquidity providers, or LPs, according to the protocol’s rules.

That is why an AMM can generate a quote and execute a swap as soon as the user submits the transaction.

2. The Formula at the Heart of an AMM: x × y = k

Uniswap transformed the industry with an exceptionally simple formula: Amount of Token A × Amount of Token B = Constant k

In other words: x × y = k

This model is known as a Constant Product Market Maker.

Consider a simple example.

Suppose an ETH/USDT liquidity pool initially contains:

• 100 ETH
• 100,000 USDT

The pool’s initial reference price is：100,000 ÷ 100 = 1,000 USDT per ETH

Its constant product is：k = 100 × 100,000 = 10,000,000

If a user buys 1 ETH from the pool, its ETH reserve decreases to 99 ETH.To preserve x × y = k in a simplified model that excludes transaction fees, the USDT reserve must increase to: 10,000,000 ÷ 99 ≈ 101,010.10 USDT

The user would therefore need to add approximately 1,010.10 USDT to withdraw 1 ETH. Once the trade is completed, the price of ETH relative to USDT in the pool will have increased.

The more ETH users remove from the pool, the less ETH remains and the higher the average price of subsequent purchases becomes. Conversely, large ETH sales increase the pool’s ETH reserve and reduce its relative price.

This explains two familiar market phenomena:

• The more users buy, the more expensive the asset becomes
• The more users sell, the cheaper the asset becomes

This is how an AMM automatically adjusts its price according to the changing ratio of assets in the pool.

How Does an AMM Generate Returns?

The core idea behind an AMM is to use an automated algorithm in place of traditional market making. Eligible users can deposit assets into a liquidity pool, become LPs, and potentially earn trading fees and other on-chain incentives.

But what keeps an AMM running over time? Its economic model is primarily supported by three components:

1. Transaction fees
2. Price correction driven by arbitrageurs
3. Liquidity incentives offered by the platform

Let us examine each component in greater detail.

1. Transaction Fees: A Primary Source of LP Revenue

Most AMMs, including protocols such as Uniswap, PancakeSwap, and Curve, charge a percentage-based fee on trades. Depending on the protocol, pool, and asset type, common fee tiers may include:

• 0.3%
• 0.05%
• 0.1%

Actual fee rates and distribution arrangements depend on the settings and rules of the relevant protocol and liquidity pool.

These fees are generally distributed, either fully or partially, among LPs according to the protocol’s rules. The larger an LP’s share of the pool, the greater the portion of fee revenue they will typically receive.

This means that, all else being equal, higher trading volume will generally generate more fee income for liquidity providers.

An AMM does not need to predict market sentiment, nor does it require a manager to adjust prices manually. Trades and fee distributions can be executed automatically by on-chain smart contracts under predefined rules.

Consider a straightforward example:

If a liquidity pool processes USD 20 million in trading volume in one day and charges a 0.3% fee, the total fees generated that day would be: USD 20 million × 0.3% = USD 60,000

This USD 60,000 represents the pool’s total gross fee revenue — not necessarily the net return earned by any individual LP. The actual distribution depends on the protocol’s rules, each LP’s share, the selected liquidity range, asset-price movements, and other factors.

The revenue potential of an AMM and its LPs therefore depends heavily on trading volume, liquidity depth, and capital efficiency.

2. Arbitrageurs: Bringing AMM Prices Back into Alignment

Prices inside an AMM are calculated by formulas such as x × y = k, based on the ratio of assets held in the pool. They are not synchronized directly or automatically with prices in external markets.

Whenever a price difference emerges between an AMM and another market, an arbitrage opportunity may arise:

• If ETH is cheaper in the AMM than on a centralized exchange, or CEX, an arbitrageur can buy ETH from the AMM and sell it on the CEX
• If ETH is more expensive in the AMM than on the CEX, an arbitrageur can buy ETH on the CEX and sell it through the AMM

Arbitrageurs seek to profit by buying in the lower-priced market and selling in the higher-priced one. In the process, their trades push the AMM price back toward the broader market price.

This mechanism provides two major benefits.

① AMMs Do Not Require Continuous Manual Price Management

Traditional order-book markets generally rely on market makers to adjust bid and ask quotes continuously. AMMs use algorithmic pricing, while arbitrageurs help align pool prices with external markets by trading on price differences.

② Arbitrageurs Act as Price Correctors

When a sufficiently large price gap develops between markets, arbitrageurs continue buying from the lower-priced venue and selling on the higher-priced venue until the difference is no longer large enough to cover transaction fees, gas costs, and other expenses.

Arbitrageurs can therefore be viewed as a natural market-making force within the AMM ecosystem. While pursuing their own profits, they also help maintain price alignment across markets.

It is important to note that arbitrage primarily helps restore market pricing; arbitrage profits are not automatically distributed to LPs. Although arbitrage trades can generate fees for LPs, they may also contribute to portfolio rebalancing and impermanent loss.

3. LP Incentives: Additional Returns Beyond Trading Fees

To attract additional liquidity, many AMM platforms provide LPs with incentives beyond trading fees, such as:

• Platform-token rewards
• Liquidity-mining rewards
• Holding or staking rewards
• Ecosystem airdrops

At their core, these programs use token incentives to attract capital into liquidity pools, improve market depth, and create network effects.

Under favorable conditions, this can produce a growth flywheel: More liquidity → Lower slippage and a better trading experience → Higher trading volume → More fee revenue → More LP participation.

However, platform-token and liquidity-mining rewards are affected by token prices, emission schedules, and changing market supply and demand. They should therefore not be treated as fixed or risk-free returns.

Summary: The Core Economic Mechanisms of an AMM

Overall, an AMM ecosystem is supported by three major economic mechanisms:

1. Transaction fees: The most direct and common source of revenue for LPs
2. Arbitrage and price correction: A process that helps align AMM prices with external markets while generating additional trading volume for the pool
3. Platform incentives: Token rewards, liquidity mining, and ecosystem incentives designed to increase potential returns and attract more liquidity

AMMs encode the market-making process into algorithms and smart contracts. Liquidity pools act as counterparties, prices adjust automatically according to asset ratios, and ordinary users have the opportunity to participate as liquidity providers.

Providing liquidity, however, does not produce risk-free returns. Fees and incentives must be evaluated alongside impermanent loss, token-price volatility, smart-contract vulnerabilities, and market-liquidity risks.

In the next guide, we will explore what makes the SuperEx Free Market AMM unique and how it differs from conventional AMM models.

About SuperEx

As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3.

Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX).

Click to register SuperEx
Click to download the SuperEx APP
Click to enter SuperEx CMC
Click to enter SuperEx DAO Academy — Space

 

[superextimmy]

SuperEx Educational Series: Understanding Attention Economy Mechanism

#SuperEx #EducationalSeries

One very real thing about today’s internet is this: you think you only scrolled for five minutes, then suddenly half an hour is gone. Short videos, recommendation feeds, trending lists, push notifications, airdrop tasks, and point campaigns are all fighting for the same thing: your attention.

The attention economy is not just a marketing phrase. It has a real mechanism behind it: whoever captures attention, allocates attention, and monetizes attention can influence content, traffic, ads, communities, trading, and even governance. In plain English, traffic is not air. Traffic is a battlefield.

 

What Is Attention Economy Mechanism?

Attention Economy Mechanism refers to the system that captures, ranks, distributes, prices, incentivizes, and monetizes user attention.

In an age of information abundance, content is not the scarce resource. The scarce resource is the time users are willing to spend noticing, understanding, interacting, and acting. Herbert Simon identified this attention scarcity problem long ago. Today, algorithms, AI, and social platforms have amplified it.

In one sentence: the attention economy mechanism turns what users watch, how long they stay, what they trust, what they click, and what they buy into a computable, tradable, and incentivized system.

Concept Interpretation

In traditional internet platforms, the attention economy is mostly platform-controlled. Platforms own user data, recommendation algorithms, ad inventory, creator distribution, and revenue rules. Users contribute attention, creators contribute content, advertisers buy exposure, and the platform controls the matching.

What Web3 tries to change is not “everyone should scroll more.” It asks whether attention value can be redistributed. Can users’ attention be respected? Can creators earn more directly? Can advertisers get more transparent delivery? Can platforms become less black-box? That is the real point.

Brave and Basic Attention Token are a classic example. Brave Rewards lets users opt in to ads and earn BAT, while ad matching is designed to happen locally on the device to reduce personal data exposure. This shows that attention can be incentivized, but it must be tied to privacy design.

How Does It Work?

First comes attention capture.

Platforms use content, titles, thumbnails, recommendations, notifications, campaign rewards, social relationships, and trending mechanisms to pull users in. The danger is optimizing only for clicks, until content quality becomes “who writes the loudest title.”

Second comes attention measurement.

Systems track impressions, clicks, dwell time, completion rate, likes, comments, reposts, saves, follows, conversions, trades, and return visits. Different signals mean different things. Staying does not always mean liking. Clicking does not always mean trusting. Reposting does not always mean agreement.

Third comes ranking and distribution.

Recommendation systems decide who receives traffic based on user profiles, social graphs, content quality, interaction probability, commercial value, and platform objectives. This is the main gate of the attention economy: content is not only published; it must be distributed.

Fourth comes pricing and settlement.

Traditional ads use CPM, CPC, and CPA. In Web3, we may also see token rewards, task incentives, creator tipping, pay-to-promote, subscriptions, collects, and social trading fee sharing. Attention is no longer monetized only through ads.

Fifth comes the feedback loop.

More views can lead to more distribution. More interaction can push content into a larger traffic pool. More conversion increases commercial value. This loop can amplify good content, but it can also amplify low-quality content. Algorithms do not have values; designers do.

Why It Matters

The attention economy matters because it decides who gets seen.

In Web3, visibility is a resource. When a project gets attention, it may gain users, liquidity, trading volume, governance participation, and ecosystem partnerships. When a creator gets attention, they may gain subscriptions, tips, influence, and business opportunities. When a security alert gets attention, it may prevent real losses.

But the attention economy is risky. If systems reward only engagement, content becomes more emotional. If they reward only dwell time, users are pushed into endless scrolling. If they reward only task completion, projects attract low-quality participation. The metrics look beautiful, while real value stays quiet.

So the Attention Economy Mechanism is not just a growth tool. It is a governance issue. It decides how information flows, how value is distributed, and how users are influenced.

Web3 Attention Economy

Web3 brings three changes to the attention economy.

First, identity and social graphs can become portable.

Protocols like Farcaster and Lens make identity, content, and relationships less dependent on one platform. Attention does not have to stay trapped inside one app; it can move with users and networks.

Second, incentives can settle directly.

Users can earn tokens, points, reputation, or rights for watching, participating, learning, contributing data, recommending content, or completing tasks. Creators can earn through subscriptions, collects, tips, and fee sharing.

Third, verification becomes more important.

Once attention is rewarded, people will try to farm it. Bots, scripts, duplicate accounts, and task farms enter the game. Human Verification, Proof of Personhood, Reputation Layers, Social Graph Protocols, and Sybil-resistant Identity become attention economy infrastructure.

A Simple Case

Suppose SuperEx builds an educational content incentive system. Users read Web3 security articles, watch courses, answer questions, share content, submit risk cases, and receive points, badges, or rewards.

• If only clicks matter, clickbait wins.
• If only dwell time matters, users may leave pages open.
• If only shares matter, duplicate accounts can mass-post.
• If only task completion matters, answers can be copied and pasted.

A better design uses multiple dimensions: completion rate, quiz accuracy, return visits, saves, real discussion, contribution quality, account reputation, PoP verification, social graph trust, and whether submitted risk cases are accepted.

 

In this model, the system rewards not “who farms best,” but “who actually learns, understands, participates, and contributes.” That is a healthier attention economy.

Key Design Questions

First, is attention consent-based

Do users know what they are joining, how data is used, and how rewards are calculated? Brave Rewards’ opt-in model is worth studying because attention incentives should not become default extraction.

Second, do metrics represent real value

Clicks, dwell time, and likes are proxy metrics. Real value may be learning outcomes, trading safety, community trust, content quality, or long-term retention. Once proxy metrics are rewarded, people will optimize against them.

Third, do incentives distort behavior

Rewards can increase participation, but they may turn real interest into task farming. Creator rewards can encourage production, but also low-quality high-frequency content. Mechanisms should not turn people into KPI machines.

Fourth, how is attention revenue distributed

Platforms, creators, users, referrers, data contributors, and community moderators may all create value. Mature systems should consider multi-party settlement, not only platform capture.

Fifth, how is privacy protected

Attention data is highly sensitive. What users watch, where they stop, whom they follow, and what they click can reveal preferences and risk profiles. The attention economy must not become a surveillance economy.

Common Misunderstandings

The first misunderstanding: attention economy simply means monetizing traffic.Not accurate enough. Traffic is only the surface. Underneath are ranking, trust, incentives, distribution, privacy, and governance. If a system only sells traffic without governing the mechanism, the community can become an ad board.

The second misunderstanding: users earning rewards for ads is the final form of attention economy.No. Ads are only one scenario. Learning, content creation, governance, data contribution, agent recommendations, SocialFi, and trading communities can all create attention value loops.

The third misunderstanding: higher engagement means better content.Not necessarily. High engagement may come from quality, but also from controversy, misinformation, anxiety, or reward farming. Mature systems must distinguish visibility from value.

The fourth misunderstanding: token incentives automatically solve the creator economy.Tokens are only tools. Without anti-farming, reputation, content quality assessment, retention, and real demand, tokens may turn the attention economy into a short-term task economy.

Risks and Limitations

The first risk is addictive design.

If a system only optimizes dwell time, it keeps pushing users to continue watching. Short-term metrics rise, long-term trust falls.

The second risk is attention manipulation.

Clickbait, emotional content, fake trends, ranking manipulation, and paid visibility can distort distribution. When attention is manipulated, users think they are choosing, but they are being guided.

The third risk is privacy leakage.

Attention data is more sensitive than many people think. It can reveal interests, asset preferences, risk tolerance, political leanings, and social circles. Privacy must be built into the mechanism, not added later.

The fourth risk is bot and Sybil attacks.

Once attention is rewarded, people will mass-produce clicks, views, likes, and shares. Without human verification, PoP, reputation layers, and anomaly detection, reward systems get farmed quickly.

The fifth risk is over-financialization.

Attention can be priced, but not all attention should be traded. If every interaction becomes a profit calculation, communities may lose real conversation and become task boards.

Conclusion

The core value of Attention Economy Mechanism is helping us understand how attention is captured, ranked, priced, incentivized, and distributed.

In the Web3 and AI era, attention is no longer only a resource for ad platforms. It connects social graphs, reputation layers, data markets, AI agents, content creation, education tasks, trading communities, and governance systems.

A mature attention economy should not only chase more clicks and longer dwell time. It should pursue real participation, fairer revenue distribution, stronger privacy protection, and verifiable value contribution.

In plain words: attention is valuable, but it should not only be extracted. A healthy future attention economy should not trap users into staying. It should make users want to stay, while helping them understand why their attention has value.

About SuperEx

As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3.

Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX).

Click to register SuperEx
Click to download the SuperEx APP
Click to enter SuperEx CMC
Click to enter SuperEx DAO Academy — Space

 

 

[Monster Masterpiece]

sumstub verification?

[superextimmy]

SuperEx Guide: Listing in the Free Market（V）

#SuperEx #Guide #FreeMarket

This is the final guide in our Free Market series. We have prepared a complete SuperEx Free Market guide, including many details that were not covered in the previous four guides. Consider this the concluding chapter of the SuperEx Free Market series. We will start with the original vision behind SuperEx Free Market.

The Vision Behind Free Market Comes from Building a Web3.0 Ecosystem

As early as 2021, SuperEx proposed the idea of combining a CEX with a decentralized Web3 wallet, and officially launched this model in 2022, introducing a new structure that reshaped the crypto trading market.

As of June 2026, SuperEx, as the world’s first Web3-based cryptocurrency exchange, has more than 10 million users across over 166 countries worldwide. DAO organizations have been established in more than 20 countries, truly decentralizing power and handing community governance rights back to users.

 

Driven by the vision of building a mature Web3.0 ecosystem, SuperEx has achieved one milestone after another, and Free Market represents yet another challenge by SuperEx against traditional models.

We all know that traditional exchanges have set extremely high barriers for token listings — the listing process is complicated and lengthy, fees are expensive, communication cycles are long, and projects need to invest significant manpower and financial resources. These barriers mean that only large, well-funded projects can usually complete a listing successfully.

Many smaller projects with real potential are simply shut out of the market because they lack sufficient resources.

The launch of Free Market is designed to completely end the complicated and expensive listing system of traditional exchanges. It hands token listing rights directly to users, allowing millions of users to personally experience token listings, enjoy a decentralized-style listing process, and still benefit from the convenience of order-book trading, further advancing SuperEx’s Web3 ecosystem vision.

This is not simply the launch of a new feature. It is a “decentralized token listing revolution” that returns listing power to users. You do not need to be a project team. You do not need to pay huge listing fees. You do not even need to wait for an approval process. As long as you have an idea and can identify an opportunity, you can list a token on a CEX in just one minute, while also earning up to 80% of trading fee revenue.

This means the token listing monopoly of centralized exchanges is being fundamentally broken. Everyone can participate, and everyone has the opportunity to benefit. This is an extremely bold breakthrough. The era of token listing freedom for everyone has truly arrived. It is foreseeable that this will become an important product direction in the future, and it also represents another major step by SuperEx in advancing the Web3 ecosystem.

The Pain Points of Traditional CEX Listings: High Barriers + High Costs + Long Waiting Times

First, let’s look at why Free Market is being called a “revolution.”

On traditional CEXs, getting listed is basically a “power game”:

• Complicated and lengthy process: Projects must submit whitepapers, financial data, security audit reports, and go through multiple rounds of communication.
• Extremely high costs: Listing fees can easily reach hundreds of thousands or even millions of dollars, putting them far beyond the reach of smaller projects.
• Long waiting times: It can take months from application to launch, potentially causing projects to miss the best market window.
• Highly centralized power: If the CEX says you can list, then you can list. Users and communities have no real say.

The result is:

• Truly creative small projects, community projects, and Meme coins often have almost no chance simply because they lack funding.
• Investors must wait for large exchanges to “give the green light,” often missing the earliest opportunities.
• The overall vitality of the market is significantly suppressed.

This is also why, during bull markets, many users would rather hunt for new tokens on DEXs, even if they have to deal with high slippage, expensive Gas fees, and greater trading risks. The reason is simple: the barriers to entry on CEXs are simply too high.

What Is Free Market? SuperEx’s “Decentralized Token Listing Revolution”

SuperEx Free Market was created to break all of this. Its positioning is simple: the world’s first Web3.0-based token listing ecosystem. In other words, it completely hands “token listing power” to users rather than leaving it in the hands of the exchange.

The core features of Free Market include:

• 1-minute listing: Enter the contract address → confirm the information → click list → go live immediately.
• Zero-cost participation: No expensive listing fee is required, only a symbolic management fee, currently 1 ET.
• Anyone can list a token: Whether you are a project team or an ordinary user, you can initiate a listing.
• Multi-chain support: ETH, BSC, SOL, and TRON are already supported, with TON and BASE coming soon.
• Copy mechanism: The same token can be listed multiple times. Each copy shares liquidity, while trading fee revenue sharing remains independent.
• Trading fee revenue sharing: Trading pair creators can receive up to 80% of trading fee revenue.
• Zero trading fees for buyers: This lowers the barrier to trading and helps stimulate market activity.
• Liquidity aggregation: Orders between different copies can be matched, improving overall liquidity.
• API market making: Supports automated market making and quantitative trading.

In one sentence: Free Market is a “decentralized token listing platform inside a CEX,” allowing anyone to enjoy the freedom of a DEX while benefiting from the liquidity and security of a CEX.

Why Could Free Market Become Popular? Three Major Highlights

Highlight 1: Token Listing Freedom — Breaking the CEX Monopoly

In the past, CEXs were like walled gardens. Only large projects with enough money could get inside. Free Market basically tears down that wall and lets everyone enter.

• Are you a small project team? You can list your token at zero cost without being limited by funding.
• Are you a community leader or KOL? You can launch a token for your followers and directly make it tradable.
• Are you an ordinary user? You can discover promising tokens early, list them first, and earn trading fee revenue.

At its core, this model decentralizes the “power of the exchange” and gives it back to the market and users.

Highlight 2: Everyone Can Profit — Up to 80% Trading Fee Revenue Sharing

This is one of the most exciting mechanisms in Free Market. On traditional CEXs, all trading fees belong to the platform. But on Free Market, trading fees are shared with the person who listed the token. The revenue-sharing rules are:

• Weekly trading volume > 500U → 50% revenue share
• Weekly trading volume > 5,000U → 60% revenue share
• Weekly trading volume > 50,000U → 80% revenue share

Here is a simple example:

 

If a trading pair you created reaches a weekly trading volume of 1 million USDT, and total trading fees are around 5,000U, you could receive 4,000U of that amount. This means token listing is no longer something only project teams can benefit from. It becomes an opportunity that anyone can potentially monetize.

Highlight 3: Meme Coin Growth + Free Market = A Perfect Match

The category with the greatest potential to explode on Free Market is Meme coins. The reason is simple:

• Meme coin projects are numerous and update quickly, so they need fast listings.
• They are community-driven, and KOL influence can quickly mobilize users, making them highly suitable for the copy mechanism.
• They are highly speculative, with strong trading activity, making them more likely to generate significant trading fee revenue.

On DEXs, Meme coin trading often comes with problems such as high Gas fees, large slippage, and an inconvenient trading experience. But on Free Market, these problems are significantly reduced. Users can trade Meme coins just like they trade major tokens on a CEX.

That is why some people call Free Market the “Meme Coin Kingdom inside a CEX.”

How Can Users Participate? Three Identities, Three Ways to Play

In the design of Free Market, every user can find their own role. Whether you are a project team, an ordinary investor, or a KOL/community opinion leader, you can participate in different ways and potentially earn real returns from the ecosystem. In a way, this is a brand-new experiment combining “decentralized thinking + centralized user experience.”

So let’s break it down: three identities, three different ways to participate.

1. Project Teams

For project teams, Free Market is like a “fast lane” into the market. Everyone is familiar with the traditional listing process: strict reviews, complicated procedures, expensive listing fees, and sometimes months of waiting before even getting a place in the queue. This not only consumes time and capital, but also prevents many promising small projects from getting off the ground in the first place.

Free Market works completely differently:

• Zero-cost listing: Project teams do not need to pay expensive listing fees and can list their tokens anytime.
• Immediate access to traffic: The platform already has its own user base and trading traffic. Once a token goes live, users can immediately discover and trade it, avoiding the common early-stage problem of “nobody knowing the project exists.”
• No lengthy review process: This saves valuable time, and in a fast-moving crypto market, speed itself is a competitive advantage.
• Ongoing revenue mechanism: Project teams can continue earning through trading fee revenue sharing, turning listing from a one-time “pay-to-list” expense into a long-term interest alignment with platform users.

In other words, Free Market gives project teams more than just a trading entry point. It provides a way to quickly test the market, accumulate early users, and build consensus. For projects in the cold-start stage, this can be a lifeline.

2. Ordinary Users: From Investors to Ecosystem Participants

What about ordinary users? If you are simply an investor, Free Market offers far more than just “buying and selling.”

1）Initiate Listings and Capture Opportunities Early

On traditional exchanges, whether a token gets listed and when it gets listed are not decisions users can make. But on Free Market, users can initiate listings themselves. If you discover a promising project early, you can take the first step and list it. This allows you not only to gain earlier access to the project, but also to benefit from trading fee revenue sharing. In essence, this gives the “power of the exchange” back to users.

2) Copy Trading to Reduce Investment Risk

For many investors, one of the biggest challenges is simply: “I don’t know what to choose.” Free Market provides a copy trading mechanism, meaning users can choose to follow KOLs they trust. By copying their trading strategies, users do not need to rely entirely on their own research and can potentially reduce decision-making risks. Of course, the final decision still remains in the user’s hands, so the flexibility is still very high.

From this perspective, ordinary users are no longer just passive investors. They become ecosystem participants who can initiate, decide, and follow. You can explore opportunities yourself, or you can rely on the judgment of others. The entire process becomes more interactive and engaging.

3. KOLs / Community Leaders: Monetizing Influence Directly

Finally, let’s talk about KOLs — community opinion leaders. In the Web3 world, the value of KOLs is undeniable. They often have large groups of followers who trust their judgment. The problem is that in the past, monetization options were relatively limited. They either relied on advertising and endorsements, or on promotional resources provided by project teams.

Free Market provides a more transparent and sustainable path:

• Launch your own copy, and followers can naturally follow: KOLs can create their own trading pair copies, and followers who trust them can directly trade through those copies.
• Trading fee revenue is tied to influence: The more followers using the copy and the larger the trading volume, the more revenue the KOL can earn.
• Creates positive incentives: This encourages KOLs to provide more valuable judgment and operations, because only when followers benefit can they maintain long-term support.

The beauty of this model is that it directly connects influence with income, while also increasing transparency and fairness. KOLs are no longer just people who call out trades. They become participants who can potentially profit together with their followers. This not only strengthens community stickiness, but also makes the entire ecosystem more self-driven.

4. This Is a “Community-Driven Ecosystem” Inside a CEX

When you put these three identities together, the core logic of Free Market becomes clear: every role can benefit, and everyone’s interests are interconnected.

• Project teams need users to initiate listings so they can enter the market quickly.
• Ordinary users need KOL-created copies to make more informed decisions.
• KOLs need followers to maximize their own revenue.

Together, the three sides form a closed loop of mutual incentives and mutual growth. And all of this happens within the framework of a centralized exchange. Compared with decentralized exchanges, Free Market offers stronger advantages in user experience, liquidity, and trading efficiency, while still preserving the spirit of community autonomy.

That is why some people call it a “community-driven ecosystem inside a CEX.” It takes power that used to belong entirely to the exchange and distributes it among project teams, investors, and KOLs, allowing everyone to find their own role and share in the growth of the ecosystem.

Conclusion: SuperEx Free Market = The DEX Revolution Inside a CEX

In one sentence: Free Market = a “decentralized free market” inside an exchange.

Its emergence carries at least three major implications:

• It disrupts traditional CEX listing rules: Breaking centralized monopolies and returning power to users.
• It innovates the profit distribution model: For the first time, ordinary users can also potentially profit from token listings.
• It accelerates the Meme ecosystem: Giving community projects and smaller tokens a fairer stage.

This is not simply a product innovation by SuperEx. It is a rewriting of the rules of the entire crypto industry. Free Market has already changed the rules of token listings. Next, it may change who gets to make money in the crypto market. In the past, only project teams and exchanges captured most of the benefits.

Now, anyone may have an opportunity. That is the revolutionary significance of Free Market.

About SuperEx

As the world’s first Web3-powered cryptocurrency exchange, SuperEx has remained committed to building the Web3 ecosystem. Over the years, it has introduced a comprehensive range of products and services, including SuperEx DAO, SuperEx Web3 Wallet, Super Start, SuperEx P2P, SuperEx Stock Markets, SuperEx Copy Trading, SuperEx Earn, and SuperEx DAO Academy, creating a full-spectrum ecosystem that spans every major sector of Web3.

Today, SuperEx serves over 10 million users, with a social media community of more than 600,000 followers across 166 countries and regions worldwide. The platform supports 1,000+ cryptocurrencies for both spot and futures trading. Seamlessly integrated with Super Wallet, SuperEx provides decentralized asset custody while combining the trading efficiency of a centralized exchange (CEX) with the security of a decentralized exchange (DEX).

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