How We Build a Decentralized Exchange Like dYdX That Makes Sense for Business

I’ll show you how to build a decentralized exchange like dYdX - combining the transparency of DeFi with the advanced tools professional traders expect. In this post, I break down the platform’s architecture, key features, and development process, from order-book mechanics and margin trading to multichain wallet integration and Layer-2 scaling.

Drawing on our experience building crypto platforms, I also share insights into security audits, development costs, and launch strategies to help you create a reliable and profitable exchange.

Introduction to Decentralized Exchanges

Decentralized exchanges (DEXs) have become one of the key innovations in the blockchain and DeFi ecosystem, offering users an alternative to centralized platforms such as Binance or Coinbase. Their main feature is the absence of intermediaries: users trade directly with each other, and all processes - from deposits to order execution - are managed through smart contracts. This radically transforms the traditional model of financial intermediation, reducing risks and increasing trust in the system.

At the core of DEX functionality lies blockchain technology, which ensures transparency of all operations, immutability of data, and cryptographic protection of assets. Every order, swap, or liquidation is recorded on the blockchain, and users retain full control over their funds without transferring them to third-party custodians. Thus, a decentralized exchange is not merely a trading tool, but a new paradigm of financial interaction based on the principles of autonomy, decentralization, and open access.

One of the most important advantages of DEXs is self-custody of assets. The user manages their own crypto wallets and does not risk losing funds due to an exchange server hack or company bankruptcy - risks that are typical for centralized platforms. The second key advantage is censorship resistance: transactions cannot be stopped, frozen, or blocked, since network control is distributed among thousands of nodes. Finally, modern DEXs integrate advanced trading tools, including automated market makers (AMMs), derivatives, order books, leverage, and complex liquidity strategies, making them competitive with traditional exchanges in terms of functionality.

The development of the decentralized finance (DeFi) sector has become a catalyst for the growth of DEXs. Since 2020, trading volumes on decentralized platforms have increased dozens of times, while leading platforms such as Uniswap, Curve, PancakeSwap, and dYdX have demonstrated steady growth and innovation.

dYdX stands out in particular as a leading decentralized exchange in the DeFi ecosystem, having taken the DEX concept to a new level by combining the capabilities of perpetual futures, leverage, and an order book with decentralized derivatives trading as a key feature, alongside the advantages of blockchain technology. This model paved the way for the creation of next-generation decentralized exchanges for those looking to build a decentralized exchange like dYdX, capable of serving professional traders and institutional participants without compromising the principles of decentralization.

Thus, decentralized exchanges are not just another stage in the evolution of the cryptocurrency market. They represent a fundamental transformation in the architecture of financial systems, where trust is replaced by code and governance is driven by the collective consensus of the network.

Benefits of Launching a DEX

Launching a decentralized exchange (DEX) unlocks a host of advantages for both users and platform operators. At its core, a DEX empowers users with true ownership of their crypto assets, thanks to the self-custody model enabled by smart contracts. This eliminates the need for intermediaries, reducing the risk of censorship, hacks, or loss of funds due to third-party failures.

A DEX platform offers users transparent and secure trading, with every transaction recorded on the blockchain for full auditability. Advanced trading tools-such as perpetual contracts, limit orders, and automated trading strategies-are accessible directly through the platform, giving traders the flexibility and sophistication they expect from leading exchanges. The user-friendly interface of modern DEXs ensures that even casual traders can easily navigate the platform, while professional traders benefit from robust features and high-performance execution.

For entrepreneurs, launching a DEX provides direct access to the rapidly expanding decentralized finance (DeFi) market. By offering a secure and innovative trading environment, a DEX can attract a diverse user base and generate revenue through transaction fees, liquidity provision, and additional services. This positions the platform at the forefront of the crypto world, meeting the evolving needs of users and capitalizing on the growth of digital asset trading.

Key Features of a Decentralized Exchange

A modern decentralized exchange (DEX) is not just a platform for token swaps without intermediaries, but a full-fledged trading infrastructure with advanced tools, an intuitive interface, and a well-designed security architecture. Modern DEXs offer various features to meet diverse user needs, and developers can add features to enhance platform performance and user experience.

Successful projects such as dYdX, GMX, Vertex, andHyperliquid have proven that DEXs can offer functionality comparable to centralized exchanges (CEXs) while maintaining decentralization and user control over assets. Below are the key features that distinguish next-generation professional decentralized exchanges.

1. Advanced trading tools: limit orders, stop-losses, and take-profits

One of the main advantages of next-generation DEXs is the support for advanced trading tools and advanced order types-such as stop limit, take profit, and trailing stop orders-designed for experienced traders seeking sophisticated strategies.



Limit orders allow traders to set a predetermined buy or sell price for an asset, enabling users to place both buy and sell orders that will be executed automatically once the specified price is reached. This lets traders enter or exit the market at favorable levels without constantly monitoring charts.

Stop-loss orders serve as a risk management tool: if the price falls below a specified level, the position is automatically closed, protecting the trader’s capital.

Take-profit orders help lock in profits when the target price is reached, ensuring discipline and automation in a trading strategy.

Technically, these functions are implemented through smart contracts and price oracles that track market changes and trigger orders when specific conditions are met. This automation minimizes human error and reduces the likelihood of mistakes.

Additionally, many DEXs (such as dYdX) offer conditional orders, margin trading, and automated position management, making decentralized trading comparable in functionality to CEXs - but without the risk of losing control over funds.

2. Convenient and intuitive interface

Decentralized trading becomes mainstream only when it’s easy to use. That’s why leading DEXs place special emphasis on UI/UX design and the overall user experience.



A modern interface should be:

• Intuitive and fast. Users should be able to easily find essential tools such as the order book, trade history, and position management panel.


• Responsive. The exchange must operate smoothly on both desktop and mobile devices, optimized for different browsers and wallets.


• Functional. Charts, indicators, market depth, and trading data should be displayed in real time.


• Dual-level complexity. For beginners - a basic mode with simple swaps; for professionals - a Pro mode with advanced orders, leverage, and analytics.

A high-quality interface lowers the entry barrier and increases trust in the platform, especially for new users transitioning from centralized to decentralized solutions for the first time.

3. Integration with non-custodial wallets

One of the key distinctions of DEXs from traditional exchanges is wallet integration, which ensures users retain full control over their assets. Integration with non-custodial wallets (such as MetaMask, Trust Wallet, Coinbase Wallet, Ledger, Trezor, and WalletConnect) allows users to connect directly to the exchange without transferring funds to the platform for custody.



This approach ensures:

• Asset security. Wallets are stored by the user, and the exchange only receives permission to execute specific actions through smart contracts.


• Transaction transparency. Every operation is recorded on the blockchain and can be verified by any network participant.


• Interaction flexibility. Users can connect multiple wallets, use different networks (Ethereum, Arbitrum, StarkNet, Polygon, etc.), and work with multi-chain assets.


• Ease of access. No registration is required - access is granted through a transaction signature, without logins or passwords.

For institutional investors and professional traders, multi-signature and smart-wallet solutions are increasingly being integrated, providing shared fund management, access limits, and enhanced security.

4. Margin Trading Support: Isolated and Cross Margin

To meet the demands of experienced traders, modern decentralized exchanges implement margin trading mechanisms - offering leverage and flexible risk management.

• Isolated Margin limits the risk of an individual position: if it is liquidated, the trader’s other assets remain unaffected.


• Cross Margin combines all positions into a single pool, allowing losses from one trade to be offset by profits from another, but it requires greater discipline in risk management.

Risk management is handled through an automatic liquidation system implemented via smart contracts. When the margin level falls below the allowed threshold, the position is closed automatically, and the liquidator receives a reward for timely execution.

5. Decentralized order book and security

The order book is a key component of a professional DEX, providing transparency, fairness, and market efficiency. Liquidity providers play a crucial role in supplying assets to the platform, enabling efficient trading and deeper liquidity pools.



Modern decentralized exchanges use two types of implementation:

• On-chain Order Book. All orders are recorded on the blockchain. This ensures maximum transparency and immutability of data but requires high network throughput.


• Off-chain Order Book with on-chain settlement. A more efficient model where orders are stored and matched off-chain, while settlements are executed via smart contracts. This approach is used by dYdX, achieving high execution speed and low fees.

For user protection, the following are employed:

• Audited smart contracts verified by independent firms (CertiK, Trail of Bits, Hacken), with thorough testing to identify and mitigate security vulnerabilities.


• Front-running protection mechanisms - hidden orders, commit-reveal protocols, and batch trade processing.


• Decentralized oracles (Chainlink, Pyth, Band Protocol) providing accurate market data and technical indicators for enhanced market analysis.

Thanks to these measures, a high level of security and trust is achieved, and every user can verify the correctness of their order execution.

Implementation of smart contracts

Smart contracts are the foundation of any decentralized exchange (DEX). These are software algorithms in which the rules and logic of user interactions are encoded and executed automatically on the blockchain without intermediaries. They ensure transparency, enforce trading rules, and eliminate human error.



Smart contracts fully automate operations: order placement, fee calculation, trade execution, and profit distribution, enhancing both efficiency and trust in the platform.

The main advantage is security: contracts are immutable once deployed, eliminating external interference, fraud, and internal manipulation. When audited, they create a transparent and resilient ecosystem where trust is replaced by mathematical guarantees.



Modern decentralized exchanges, such as dYdX, GMX, and Synthetix, use complex networks of smart contracts to implement multi-layered trading functions. These include:

• Perpetual contracts - instruments that allow opening leveraged positions without time limits, with settlements carried out via smart contracts using dynamic price tracking.


• Options and futures, implemented through smart contracts, which automatically manage collateral, settlements, and liquidations.


• Automated liquidation mechanisms, which trigger when margin reaches a critical level, protecting the system’s liquidity.

In addition, DEX smart contracts ensure compatibility with DeFi protocols: they can interact with lending platforms, staking pools, and price oracles. This allows exchanges to dynamically access market data, maintain liquidity, and expand the range of available instruments without centralized control.

Thus, the implementation of smart contracts is a fundamental stage in developing a decentralized exchange. The quality of their code, the level of auditing, and the structure of their interactions determine the platform’s stability, security, and its ability to compete with centralized players.

Creation of a decentralized exchange

Creating a decentralized exchange (DEX) is a complex, multi-stage process that requires a deep understanding of blockchain technologies, smart contracts, and the principles of decentralized finance (DeFi). Entrepreneurs can build DEX platforms tailored to their specific needs, taking advantage of the opportunity to launch their own decentralized exchange with customized features and branding.

Developing your own DEX allows you to strategically plan and implement solutions that meet specific business goals and user requirements. Such a project combines programming, economic logic, user experience, and strategic planning to build a platform capable of competing with leading global exchanges.

Key stages of DEX development

1. Interface and User Experience (UI/UX) Design

One of the key factors for success is creating an intuitive interface. Users should be able to quickly navigate the order book, open positions, track trade history, and manage margin trading. An intuitive design increases engagement, reduces errors, and makes the platform appealing to both professional traders and beginners.

2. Integration of Non-Custodial Wallets

To maintain user control over their assets, a DEX must support integration with non-custodial wallets such as MetaMask, Trust Wallet, Ledger, Trezor, and WalletConnect. This ensures secure storage of funds, transaction transparency, and flexibility when working with multi-chain assets.

3. Creation of a Decentralized Order Book

The foundation of a professional exchange is a transparent and secure order system. A decentralized order book ensures fairness in trading operations, minimizes front-running risks, and allows real-time tracking of trade execution. This setup enables transparent execution of trades for all users, making it easy to monitor transaction history and market activity. Many DEXs adopt a hybrid approach - an off-chain order book with on-chain execution - to reduce network load and optimize fees.

Business Benefits of a DEX

From a business perspective, operating a decentralized exchange brings significant strategic and financial rewards. A DEX enables businesses to generate revenue through transaction fees, liquidity incentives, and premium services, all powered by secure and efficient smart contracts.

By offering advanced trading tools and features tailored for professional traders-such as high leverage, perpetual contracts, and sophisticated order types-a DEX can attract a high-value user base that seeks more than what traditional spot exchanges provide.

Launching a DEX also allows businesses to remain competitive in the fast-evolving crypto space. The platform can be continuously enhanced with new features, such as governance tokens, staking, and yield farming, diversifying revenue streams and increasing user engagement. The decentralized nature of the platform reduces reliance on centralized infrastructure, minimizing censorship risks and giving operators greater control over their trading ecosystem.

Furthermore, a DEX serves as a launchpad for innovation, enabling the rapid deployment of new products and services that respond to market trends. This agility, combined with the transparency and security of blockchain technology, positions the business as a leader in the DeFi market and helps build long-term trust with traders and investors.

Marketing research and competitor analysis

Before beginning development, it is necessary to conduct market research to understand the needs of the future audience and identify a niche in the DEX market:

• Identify the target audience: active traders, beginners, institutional investors.


• Study the in-demand features: limit orders, stop-losses, margin trading, perpetual contracts, options.


• Conduct competitor analysis to identify the strengths and weaknesses of existing platforms such as dYdX, GMX, and Uniswap, and to determine a unique selling proposition (USP).

This approach allows for the creation of a product that meets the real needs of users and can retain them on the platform, offering competitive advantages that help retain users over other DEXs and centralized exchanges.

Challenges Involved in Creating a DEX

Building a decentralized exchange is a complex undertaking that presents several technical and operational challenges. The development process requires deep expertise in blockchain technology, as well as the ability to design and implement secure, efficient smart contracts that power the platform’s core functions. Ensuring the security of user assets is paramount, as any vulnerability in a smart contract can expose the platform to significant security risks.

Scalability is another major consideration-DEX platforms must be able to handle high trading volumes and maintain stable performance even during periods of peak activity. Integrating non-custodial wallets, such as MetaMask and WalletConnect, is essential for user autonomy but adds complexity to the user interface and backend systems. Automated liquidation mechanisms must be carefully designed to protect both users and the platform from excessive risk.

Navigating the regulatory landscape is also a challenge, as compliance requirements can vary depending on the jurisdictions in which users and operators are located. The development process must account for these factors, ensuring that the platform is both secure and legally compliant. Ultimately, creating a successful DEX demands a multidisciplinary approach, combining technical innovation, robust security practices, and a deep understanding of trading strategies and user needs.

Development Time and Cost

The time and cost of creating a decentralized exchange (DEX) directly depend on the scale of the project, its architecture, and the depth of its functionality. This process requires the involvement of an experienced team of blockchain developers, security specialists, UI/UX designers, and DeFi infrastructure experts. Additionally, both MVPs and advanced DEX platforms can focus on generating revenue through various monetization strategies, such as fee structures and advertisements.

Key Factors Affecting Development Cost and Timeline

Complexity of Functionality

A simple DEX with a basic liquidity pool and swaps (like Uniswap v2) can cost between $60,000 and $120,000 and take 4–6 months to develop.

If the platform includes margin trading, perpetual contracts, derivatives, multi-chain support, and cross-chain bridges, the budget increases to $200,000–$500,000, and the timeline extends to 12–18 months.

Smart Contract Architecture and Security

Creating reliable and thoroughly tested smart contracts requires time and audits.

Development and auditing of smart contracts can cost between $5,000 and $20,000, depending on their complexity and scope.

A DEX cannot be launched without a security audit, as code vulnerabilities may lead to loss of users’ funds. In addition to audits, it is crucial to integrate the latest security protocols to protect the platform from security breaches and attacks, ensuring its safety and integrity.

Integration of External Services

Connecting price oracles (Chainlink, Pyth), multisig control, staking systems, and liquidity management can add $15,000–$50,000 to the budget.

This is especially important for exchanges dealing with derivatives or cross-chain assets, where data accuracy and reliability are critical.

UI/UX and Mobile Applications

Developing a user-friendly interface compatible with popular wallets (MetaMask, Trust Wallet, WalletConnect) and mobile adaptation costs $10,000–$40,000.

For larger projects, separate native mobile apps for iOS and Android are often created, which can add another $30,000–$70,000 to the budget.

Infrastructure and Maintenance

Expenses for servers, nodes, APIs, monitoring, and technical support range from $5,000 to $15,000 per month, especially if the DEX is designed for high load and scalability

On average, creating a minimally viable version (MVP) of a decentralized exchange with basic swap functions and a liquidity pool takes 4–6 months and requires an investment of $60,000–$120,000. This option is suitable for testing the concept and attracting initial users.

Developing a DEX at the level of dYdX or GMX, with advanced features, margin trading, security audits, and integration of external services, takes 12–18 months and can cost $250,000–$500,000 or more, depending on the complexity and technologies used.

Decentralized Exchange (DEX) Development Options

There are several approaches to building a decentralized exchange, and the choice of the optimal solution depends on the project’s objectives, budget, timeline, and the technical expertise of the team. A DEX is essentially a trading platform that can be built using ready-made software solutions, custom development, or a combination of both.

Each option - using ready-made solutions, developing from scratch, or applying a hybrid approach - has its own advantages and limitations that affect the final architecture and overall potential of the platform.

Using a clone of the dYdX script

Developers use a proven, time-tested dydx clone script of a successful DEX - such as dYdX (or Uniswap, PancakeSwap, etc.) - as a foundation. A dydx clone script enables the rapid development of decentralized exchanges with advanced features.

For example, dYdX offers advanced functionality, including perpetual futures and high-leverage options, built on Layer-2 mechanisms to ensure high throughput and low transaction fees. dYdX clones provide entrepreneurs with a quick way to launch a platform that replicates the core features and functionalities of the dYdX decentralized exchange.

Advantages of Using a dYdX Clone:

• Faster Time-to-Market: A dYdX clone provides a ready-made decentralized exchange architecture that includes the main modules - trading engine, order management system, smart contracts, and liquidity pool. This allows the platform launch timeline to be reduced from 12–18 months to 2–4 months and lowers the development budget several times over.


• Proven Security: dYdX is one of the most popular and technically advanced decentralized exchanges, with smart contracts that have undergone multiple audits and stress tests in real trading environments. Using its codebase ensures a high level of protection against vulnerabilities, bugs, and hacker attacks - which is especially crucial for new projects without extensive DeFi cybersecurity experience.


• Rich Functionality: Developers can modify the design, add new trading tools (such as staking, farming, or an NFT marketplace), integrate multi-chain support (Ethereum, Arbitrum, Base, BNB Chain), and implement a governance token. This enables the creation of a unique product that stands out from the original and better aligns with the company’s business goals.

This approach is especially beneficial for startups and companies aiming to quickly enter the market and test their business model. However, clones have limited customization potential and may require modifications to smart contracts to enhance security and ensure the platform’s uniqueness.

Developing a decentralized exchange from scratch

The team builds its own smart contract architecture, unique trade execution logic, liquidity mechanism (such as AMM or Order Book), and user interface that fully aligns with the project’s vision.

This approach involves developing proprietary smart contracts, creating a custom order management system, supporting multi-chain infrastructure (e.g., Ethereum, Arbitrum, BNB Chain, Base), and integrating tools for margin trading, AMM, and staking. It also enables support for a wide range of digital assets, allowing users to trade and lend various digital assets within the platform.

Although this method requires higher costs and longer timelines (starting from 12 months or more), it provides deep customization, strong resistance to vulnerabilities, and scalability without the limitations typical of ready-made templates.

Combined approach

A clone or fork of an existing protocol is taken as the foundation, but the team invests significant effort into substantial modification and the addition of new, custom features. This may include integrating a unique governance model, adding uncommon trading pairs, changing the fee structure, or redesigning the AMM mechanism.

This approach allows optimization of costs and acceleration of the launch without compromising security or flexibility. The team can adapt the interface, add new trading pairs, introduce a governance token, and implement proprietary liquidity distribution mechanisms.

Decentralized exchange platform

Building a decentralized exchange (DEX) platform is a complex technological process that requires a deep understanding of blockchain, smart contracts, security systems, and user experience.



Unlike centralized solutions, a DEX does not rely on a single server or administrator - all operations are executed through a distributed network, ensuring resilience to failures and maximum transparency.

Decentralized Exchange Architecture

The foundation of any DEX platform is a modular architecture that includes several key components:

• Smart Contracts - they manage trading pairs, liquidity pools, fees, and orders. Smart contracts ensure full automation of transactions and eliminate the human factor.


• Frontend Interface - the layer through which users interact with the system. It must be highly intuitive and responsive, ensuring fast order execution without delays.


• Integration Layer - connects smart contracts with external services such as price oracles (e.g., Chainlink, Pyth), analytics systems, and off-chain data storage solutions.


• APIs and SDKs - provide developers with tools to connect their own applications and expand the exchange’s functionality.

This structure makes the platform flexible and secure, while also simplifying future updates without the need for a complete system overhaul.

The Role of Blockchain and Smart Contracts

Blockchain is the foundation of a DEX. It ensures the transparency, immutability, and decentralization of all operations. Every order and transaction is recorded on the blockchain, making them publicly verifiable and impossible to falsify.

Smart contracts serve as an “automatic regulator,” strictly monitoring the fulfillment of trade conditions. For example, when an asset reaches a specific price, the contract can automatically execute a buy or sell order without the involvement of any third party.

This logic completely eliminates the risk of manipulation by platform operators, providing a high level of trust among users and investors.

Scalability and Performance

One of the main challenges in building a decentralized exchange is scalability. As the number of users and trading volume grow, the network can quickly become overloaded if the architecture is not optimized.

Modern DEX platforms address this issue through:

• Integration of Layer-2 solutions (Arbitrum, Optimism, zkSync, StarkNet), which reduce the load on the main network and provide near-instant transaction confirmations;


• Use of off-chain order books, as seen in dYdX or Injective, where orders are processed off-chain and only recorded on-chain upon execution;


• Implementation of hybrid solutions, where part of the operations occur in a decentralized manner and part centrally, improving both speed and user convenience.

Thanks to these approaches, modern DEX platforms can process tens of thousands of transactions per second, ensuring smooth performance even during peak trading activity.

Flexibility and customizability

A modern decentralized exchange must be adaptable to market changes. This means the system’s architecture should allow for easy addition of new features - from token listings to the integration of DeFi tools such as staking or lending.

Moreover, branding and interface customization play a crucial role for teams planning to launch their own project under a unique name. Developers can modify the visual design, trading logic, and fee structure to align with a specific business model.

Security features of a decentralized exchange

The foundation of any DEX lies in its smart contracts, which manage trading operations, liquidity pools, fee distribution, and order execution. Even the smallest error in their code can lead to the loss of millions of dollars - a scenario that has repeatedly occurred with various DeFi projects.



Therefore, before launch, the platform must undergo a comprehensive security audit conducted by independent companies (e.g., CertiK, Hacken, Trail of Bits, Quantstamp).

Such an audit includes:

• Analysis of smart contract logic and vulnerability detection (reentrancy, overflow, incorrect access conditions);


• Simulation of possible attack scenarios;


• Verification of code compliance with the declared business logic;


• Load testing on a test network (testnet).

The DeFi sector evolves rapidly, and threats are becoming more sophisticated. Therefore, successful DEXs regularly audit their smart contracts, implement new security standards (ERC-4626, ERC-4337), and stress-test the platform under high load.

Regulatory aspects of decentralized exchanges

Regulation of decentralized platforms (DEXs) is one of the most complex topics in the crypto industry. Despite the absence of centralized control, DEXs must comply with the legal and regulatory requirements of the jurisdictions where their users and developers operate.

A key focus is adherence to AML and KYC standards, aimed at preventing money laundering and terrorist financing. Many DEXs implement hybrid KYC solutions through wallet verification or decentralized identity systems (DID).

It is also important to consider securities laws: tokens classified as securities require compliance with regulatory authorities (e.g., SEC, ESMA). Failure to comply can result in account freezes, restricted access, or legal action.



To ensure resilience against regulatory risks, it is recommended to:

• Implement a transparent DAO governance model with distributed voting rights;


• Use open audit protocols and publish public security reports;


• Document all user interaction processes and data storage in compliance with GDPR (EU) and similar regulations.

Thus, a legal compliance framework should be integrated into the project’s architecture from the outset, rather than added retroactively. This not only reduces risks but also enhances trust among investors, partners, and users.

Marketing and promotion of a decentralized exchange

Even with perfectly designed technology, a DEX cannot function successfully without a well-thought-out marketing strategy. In the saturated DeFi market, it is crucial to highlight a unique value proposition, demonstrate the platform’s advantages, and build a strong community. Engaging the active trader community through targeted campaigns can help attract users who are looking for advanced trading features and tools.

The first step is brand positioning and building trust. Potential users need to understand how the new exchange differs from competitors (e.g., dYdX, Uniswap, GMX). This could involve focusing on low fees, a unique liquidity model, faster transaction speeds, or enhanced UX/UI.

An effective marketing strategy should include:

• Content Marketing - publishing analytical articles, technical reviews, and hosting AMAs with developers;


• PR and Partnerships - collaborating with DeFi projects, liquidity aggregators, and crypto influencers;


• User Incentive Programs - token airdrops, referral campaigns, trading competitions, and liquidity provision rewards (LP incentives);


• Community Marketing - actively developing channels on Telegram, Discord, X (Twitter), and conducting surveys and votes through the DAO.

Additionally, handling user feedback and support is a key area. Transparent communication channels, support services, and community governance formats are established, allowing users to propose improvements to the platform.