Trading is at the absolute core of the crypto world. However, how that trading happens varies greatly depending on who you ask.
Centralized exchanges (CEXs) handle the vast majority of the industry's trading liquidity. Their centralized model allows for high matching efficiency, deep order books, and fast execution speeds.
But in the native world of a blockchain, decentralized exchanges (DEXs) powered by smart contracts are the heart of on-chain trading and the core of on-chain business liquidity. The token listing and trading rules of DEXs maintain the permissionless nature of the blockchain itself, creating a stark contrast in "barriers to entry" compared to CEXs.
Looking at individual blockchains, each tends to have a core DEX that energizes its entire business ecosystem. On Ethereum and Solana, we've even seen entire "token business supply chains" built around DEXs.
In this cycle, The Open Network (TON) has risen to prominence. Yet, TON's ecosystem is still in its very early stages. Its DEX applications, in particular, are few and functionally basic. Compared to the mature landscapes of Ethereum and Solana, what does TON's DEX ecosystem need to develop further?
The Mature DEX Landscape on Ethereum and Solana
There's no doubt that Ethereum and Solana currently host the most mature DEX ecosystems.
Ethereum's DEXs benefit from years of DeFi development on the network. Solana's DEX growth is fueled by its high performance and thriving ecosystem, with its trading volume once rivaling that of CEXs.
Let's examine the DEX development on each chain.
Ethereum's Evolutionary Path
The earliest major DEX on Ethereum was Uniswap, which pioneered the Automated Market Maker (AMM) model. It uses pools of tokens deposited in equal proportion to provide liquidity for trading pairs.
Through its iterations, Uniswap V1 was the simplest AMM version. V2 optimized trade matching and liquidity provider (LP) features. V3 introduced concentrated liquidity, allowing LPs to provide capital within specific price ranges, offering more sophisticated tools for professional market makers. This is the currently deployed version, with V4 in development to include features like limit orders.
This evolution shows Uniswap's focus on smoothing the user trading experience while continuously upgrading asset management features for LPs. It represents a key direction for DEX optimization.
Beyond simple swaps and AMM liquidity, Uniswap has excelled in other areas.
- MEV (Maximal Extractable Value): AMM pools change price as the pool ratio shifts with each trade, creating arbitrage opportunities. Uniswap maintains a degree of MEV resistance to guard against sandwich attacks and excessive slippage.
- Oracles: DEXs are often the fastest source of price data and the most comprehensive data feed for trading pairs. This has led many DeFi protocols to choose DEX oracles (like those from Uniswap) over external options like Chainlink for price feeds. This allows a DEX to output "oracle" capabilities as a data module for other DeFi applications like lending protocols and derivatives markets.
While Uniswap is synonymous with DEXs, the need for specialized functions is met by others. Ethereum hosts various DEX types, including long-standing AMMs like Balancer, Curve, and Sushiswap, as well as aggregators like 1inch, MetaMask Swap, and Matcha.
- Balancer introduced more granular control to on-chain liquidity. It allows for liquidity pools with custom weights and multiple tokens, moving beyond Uniswap's equal-weight model. This is advantageous for projects managing liquidity and tokenomics. Furthermore, Balancer replaced traditional Launchpad抢购 (panic buying) models with its Liquidity Bootstrapping Pool (LBP) mechanism, which leads to more reasonable token prices for users and reduces the impact of front-running bots.
- Curve dominates the on-chain stablecoin trading market. It provides liquidity for various stablecoins and pegged tokens (pTokens), which act as essential intermediaries for on-chain transactions and DeFi operations, often serving as economic buffers.
Beyond simple trading, DEXs like Balancer, Curve, Sushiswap, and DODO offer another critical service: staking pools for LP tokens and various pTokens, enabling yield farming. These DEXs are not just hubs for AMM liquidity; they act as supply chain components for the broader DeFi ecosystem.
In summary, Ethereum showcases a mature supply chain developed around DEXs. However, its slower transaction confirmation times shape how these services evolve. When confirmations are faster, or on-chain data feedback is near-instant, the business model can shift, as seen on Solana.
Solana's High-Speed Approach
The biggest difference with Solana's DEXs is an experience nearly identical to using a CEX. When transaction confirmations are extremely fast, the distinction between a DEX and an aggregator blurs. The focus shifts from attracting all users to a single platform to ensuring the best "trading pairs and their corresponding LP pools" are available anywhere.
This necessitates more sophisticated support for LPs.
Since Uniswap V3 introduced concentrated liquidity, innovative DEXs have incorporated advanced price management tools.
On Solana, Jupiter stands out for its sophisticated design, while Meteora offers some of the most granular control over liquidity pools. Meteora focuses on providing liquidity for trading pairs, allowing LPs to fine-tune settings like price ranges, token volatility curves, and weights. Jupiter, besides rich LP features, also emphasizes token issuance and user-centric designs, such as Dollar-Cost Averaging (DCA) for scheduled token purchases.
Crucially, nearly all wallets on Solana integrate on-chain trading pair aggregation. With extremely fast confirmation times, users often don't need to visit a specific DEX website to perform a swap.
This illustrates a key design principle for DEXs on high-performance blockchains: functionality must be modular and plug-and-play. This allows any user entry point (like a wallet) to quickly integrate swap modules, leveraging a DEX's liquidity whenever a user needs to trade.
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The Current State of TON's DEX Ecosystem
With DEXs on Ethereum and Solana being so mature, how does TON compare? What's the gap, and where does it lie?
TON's performance and capacity are among the few that can rival Solana's. However, TON's ecosystem is a hybrid Web2-Web3 model. This blend technically de-emphasizes Web3 complexity for users while being deeply Web3 underneath.
This characteristic is evident in TON's DEX landscape.
Telegram has a built-in, centralized exchange-like functionality for buying Toncoin (TON) with fiat and swapping between TON and stablecoins. This feature, part of the Telegram Wallet, offers an experience nearly identical to a CEX's instant swap.
The wallet's second function is interaction with the TON blockchain via TON Space, a built-in self-custody wallet, similar to using MetaMask on desktop or mobile. For token swaps, ecosystems like STON and DeDust are commonly used, but their functionality is basic, akin to Uniswap V1.
This highlights TON's current shortcomings in DEX development. While Telegram Wallet handles the CEX-like experience, and TON Space enables on-chain interactions, the native on-chain exchange component remains underdeveloped. Telegram Mini Apps and Bots will also serve as front-ends for trading (both DEX and CEX). These designs optimize the user experience, but the backend, on-chain native exchange layer, is lagging.
Current DEXs on TON, like STON and DeDust, primarily offer simple swap functions. As the analysis of Solana showed, for high-throughput blockchains, the key is providing robust liquidity and modularizing trading functions so that liquidity advantages become the reason users choose a platform.
On TON, where the primary user entry point is Telegram, DEXs need to follow the path of Jupiter and Balancer. They must increase the sophistication of their services to balance the needs of all participants: traders, token projects, liquidity providers, and platform developers. Each role requires specific, refined tools.
What Projects Are Building Better DEXs on TON?
Compared to giants like Uniswap, Balancer, and Jupiter, TON hasn't yet seen a project that fully encompasses all advanced DEX functionalities (or it hasn't launched yet). However, after reviewing public design plans across the ecosystem, one upcoming project, LayerPixel, shows promise in addressing these gaps.
Incubated by TonUP (a TON launchpad), LayerPixel is a DeFi solution suite designed for Telegram Mini Apps, described by its team as a "Layer 1.5." It aims to provide wallet and DEX services (with multiple trading algorithms). Alongside its consumer-facing product, PixelSwap, it offers an embedded SDK for other Mini Apps to integrate swap functionality.
TON needs corresponding components for the entire asset lifecycle: issuance, trading, liquidity provision, oracles, asset pools, and wallets.
- Asset Issuance (IDO): TonUP, as a launchpad, incorporates LBP rules for fairer token distribution, mitigating gas wars and price volatility common in first-come-first-serve models.
- Trading: LayerPixel's PixelSwap is a weighted pool DEX, similar to Balancer, supporting LBP-style launches. This Dutch auction method is well-suited for smaller projects, like the many GameFi initiatives within Telegram.
- Advanced LP Features: Sophisticated design allows LPs to actively manage capital efficiency and isolate risk, moving closer to the mature LP experience on CEXs.
- Oracles & Beyond: A robust AMM naturally provides price data (oracles) for external DeFi apps. Pool features allow for yield farming on various assets. Ultimately, wallets—the main user entry point—can aggregate these functions (trading, launchpad access) in a high-speed blockchain environment.
LayerPixel's goal appears to be integrating these components—IDO, trading, wallet, oracles, pools—into a cohesive business chain, aiming to become TON's DeFi middleware and supplement its DEX design shortcomings.
Reports indicate LayerPixel's code is complete and undergoing a交叉审计 (cross-audit) by two security firms for enhanced safety, with a mainnet launch planned after audit completion.
Frequently Asked Questions
What is a DEX?
A Decentralized Exchange (DEX) is a peer-to-peer marketplace where cryptocurrency traders make transactions directly without handing their assets over to an intermediary or custodian. These transactions are facilitated by self-executing smart contracts on a blockchain.
Why are DEXs important for a blockchain like TON?
DEXs are vital for providing on-chain liquidity, enabling permissionless token trading, and forming the foundation for a mature DeFi ecosystem. They are the engines of economic activity within a blockchain's native environment.
What is an AMM?
An Automated Market Maker (AMM) is a type of DEX that uses mathematical formulas to price assets. Instead of a traditional order book, it relies on liquidity pools funded by users, who earn fees in return for providing liquidity.
What is MEV and how do DEXs handle it?
Maximal Extractable Value (MEV) is profit that can be extracted by reordering, including, or censoring transactions within a block. DEXs like Uniswap implement mechanisms to resist harmful MEV strategies like sandwich attacks, which can cause unfavorable slippage for regular users.
How does TON's integration with Telegram affect its DEX ecosystem?
Telegram provides a massive, ready-made user base and seamless entry points via its Wallet and Mini Apps. This lowers the barrier to entry significantly but places greater emphasis on ensuring the underlying on-chain DEX infrastructure is robust, secure, and feature-rich to handle sophisticated demand.
What key feature do TON DEXs currently lack?
Currently, major TON DEXs lack the advanced features common on Ethereum and Solana, such as concentrated liquidity, sophisticated LP tools, integrated oracles, and full-featured token launch platforms (Launchpads/LBPs). The ecosystem needs more mature financial primitives.
Conclusion
Observing TON's application landscape reveals a strong reliance on Web2-style integration. This design intentionally lowers the barrier for Telegram's vast user base. However, based on the evolution of other high-performance chains, Telegram's official wallet will likely evolve into a verification tool, assisting users with secure, direct on-chain native transactions to ensure asset safety and proper Web3 interactions.
For any blockchain, DEXs are the arena where on-chain vitality is unleashed. The goal for every DEX is to become a mature financial trading platform, giving users precise and sophisticated asset management capabilities.
With TON's value and ecosystem growing rapidly, data reflecting project success will increasingly concentrate on DEX trading pairs. Therefore, the more mature the DEX ecosystem becomes, the greater the chance for investors to identify and capitalize on opportunities effectively.