Deep Dive into Jetton Token Standard: An Innovative Asset Protocol on the TON Blockchain

The Position and Role of Jetton in the TON Ecosystem

The Open Network (TON) is a high-performance public blockchain developed by the Telegram team, designed for large-scale applications and massive transactions. The network aims to build a decentralized ecosystem covering financial applications, distributed storage, DNS services, and more.

In this ecosystem, the Jetton token standard plays a core role. As a customizable digital asset solution on TON, Jetton is similar in function to Ethereum’s ERC-20 but offers developers new possibilities—allowing them to deploy their own tokens directly on the TON blockchain and build complex decentralized applications (dApps) and innovative economic models. This capability significantly enhances the value potential and vitality of the TON ecosystem.

Starting from Zero: Create Your Own Jetton Token

Quick Start Guide

To create a Jetton token on TON, the process is similar to deploying an ERC-20 on Ethereum, involving smart contracts to manage token issuance and transfers. However, TON’s sharding technology and asynchronous messaging mechanisms provide advantages—compared to Ethereum’s single-chain structure, Jetton can operate in a more scalable environment, with faster transaction speeds and lower fees.

Step One: Prepare a TON Wallet

Download a compatible TON wallet app (such as MyTonWallet or Tonkeeper), and create your wallet address. The key is to ensure your account holds enough TON—usually about 10 TON—to cover the fees incurred during token creation.

Step Two: Access the Jetton Minting Platform

Open the TON Minter service interface, a platform built specifically for creating Jettons. Connect your wallet to the Minter interface and complete identity verification.

Step Three: Fill in Token Parameters

Enter the basic information for your token in the Minter: name, symbol, decimal places, logo image, and total supply cap. If needed, add detailed descriptions and notes about the token.

Step Four: Deploy Smart Contract

Click the wallet connect button, then click the deploy button to confirm creation. After blockchain confirmation, your Jetton token will be officially generated and can be queried on the TON Explorer blockchain browser.

Technical Architecture and Working Principles of Jetton

Two-Layer Smart Contract System

Jetton operates based on a collaboration of two layers of smart contracts:

Main Contract Layer (Jetton Master Contract) manages overall token information, including total supply, metadata, and administrative permissions. This layer ensures all Jettons adhere strictly to predefined parameters and standards, laying a reliable foundation for token operations.

Wallet Contract Layer (Jetton Wallet Contract) handles individual balances and transaction logic. Each user’s token balance is stored in a separate smart contract, which interacts with other contracts to perform transfers, approvals, and other operations. This decentralized architecture enhances system security and provides greater flexibility for ecosystem participants.

On-Chain Balances and Transaction Processes

Jetton token balances are maintained via smart contracts, and users can view account information in real-time through blockchain explorers like tonscan.org. Each Jetton wallet has a unique address, ensuring transaction security and traceability.

Token transfers use a special message-passing mechanism: the sender’s wallet signals the recipient’s wallet, triggering synchronization of balances. This process involves two steps—transfer notification and balance return messages—where the transfer notification informs the recipient of new Jettons, and the return message handles the remaining TON used to pay transaction fees. This mechanism ensures efficient and secure transfers.

Jetton vs. ERC-20: A Comparison of Two Standards

Jetton tokens operate independently on the TON chain, with each token managed by a separate smart contract. This design leverages TON’s sharding and asynchronous communication features to achieve excellent performance.

ERC-20 tokens are centrally managed on Ethereum—one contract controls the balances of all tokens of the same type. Although the ERC-20 standard is widely adopted and integrated into numerous dApps and exchanges, it has inherent scalability limitations.

Overall, Jetton provides developers with a more modern and efficient token solution.

Notable Jetton Projects in the Ecosystem

JetTon Games and Gamified Token Economy

JetTon Games is a gaming platform whose native token JETTON supports the entire gaming ecosystem. Players can bet with JETTON, participate in games, and receive rewards. The project deeply integrates tokens with NFT assets and referral incentive mechanisms, creating a community-driven, highly participatory, and transparent ecosystem.

Gram: A Universal Asset in the TON Ecosystem

Gram is one of the most well-known Jetton tokens on TON. It circulates widely within the ecosystem, supporting transaction settlement and fund transfers, and serves as a payment medium in various dApps. Thanks to TON’s high speed and low fees, Gram has become an ideal choice for everyday crypto asset applications.

Resistance Cat and Community-Oriented Tokens

The Resistance Cat ($RECA) mainly serves the community, aiming to promote decentralization initiatives on TON. The project has gained attention due to its active holder base and creative marketing activities, and is widely used in community management projects and events.

ARBUZ: Liquidity Support in the DeFi Ecosystem

ARBUZ is a token on the TON network, playing an important role in decentralized finance (DeFi) projects. It provides liquidity support for various DeFi protocols, driving the growth of the TON DeFi ecosystem. The token has earned user trust through stable performance.

Practical Applications of Jetton

New Possibilities for Stablecoins

The Jetton standard opens the door for issuing stablecoins. These tokens are pegged to fiat currencies like USD, greatly reducing volatility risk and suitable for daily payments and risk hedging. For example, deploying Tether (USDT) on TON allows users to transfer value seamlessly at very low costs, enhancing ecosystem liquidity and trading efficiency.

Foundation of Decentralized Exchanges

DEXs (Decentralized Exchanges) rely on Jetton tokens for stable operation within the TON ecosystem. These exchanges enable users to swap assets directly on-chain, eliminating intermediaries, reducing fraud risk, and enhancing privacy. STON.fi is a DeFi project built with Jetton tokens, providing users with a secure and efficient trading experience.

Innovative Financing and Economic Design

Jetton lays the foundation for new financing models and economic architectures. Projects can raise funds and incentivize participation by issuing Jetton tokens. This approach recalls the ICO boom of the past. By designing their own Jetton tokens, entrepreneurs can attract new users and capital, promoting the expansion of the TON ecosystem.

Security Warnings: Recognizing and Preventing Scams

When dealing with Jetton tokens, be alert to common scam tactics:

Fake Airdrops—Scammers claim to give away free tokens but secretly ask for your private keys or wallet information. Remember: genuine projects will never request such sensitive data.

Impersonation of Tokens—Fraudsters create fake tokens with names and logos very similar to legitimate ones. Always verify contract addresses through official channels.

Phishing Attacks—You may receive emails or messages impersonating official sources,诱导你点击恶意链接或透露机密。解决方案是仔细检查发件人身份，对可疑链接保持警惕。

Self-Protection Checklist

• Develop the habit of confirming contract addresses via official announcements or project websites before any operation
• Use verified wallets (like MyTonWallet) and reputable exchanges to store and trade Jetton
• Enable two-factor authentication (2FA) to add an extra layer of security
• Regularly follow official TON community channels to stay updated on security tips and known scams

Accessing and Analyzing Jetton Data

Query via Smart Contract Methods

To get detailed information about a specific Jetton, call the get_jetton_data() method. This function returns key data including total supply, mintability, and other metadata. It is crucial for verifying the authenticity and features of a token.

Application of Toncenter API

Toncenter API is a powerful tool for querying data on the TON chain. The process includes:

1. Select API Endpoint—Use interfaces like /runGetMethod to call get_jetton_data()
2. Provide Parameters—Specify the target contract address and method name
3. Receive Data—The API returns the query results, allowing you to verify and analyze token metrics

Other Data Sources

TON Explorer (tonscan.org) offers a visual interface for token information, including real-time balances and transaction records.

Built-in tools in wallet apps enable users to view Jetton token information directly within the wallet interface, achieving real-time data synchronization and secure transactions.

Future Outlook for the Jetton Ecosystem

The development of the Jetton standard will focus on feature enhancements and improved compatibility. A major upgrade is the launch of automatic wallet address discovery—this will greatly simplify the interaction process between dApps and Jetton wallets, making token management more intuitive and efficient.

Additionally, integration with cross-chain tokens is in planning, further expanding Jetton’s use cases and flexibility.

These upgrades will bring significant benefits to the TON ecosystem. With optimized developer experience and more complex applications, more developers will be attracted; with improved user experience, more ordinary users will find it easier to get started. It is foreseeable that these technological advances will generate new growth momentum, injecting continuous innovation into the TON ecosystem.

Deep Dive into Jetton and Embark on a New Web3 Journey

The Jetton token standard provides a solid foundation for creating and managing assets on the TON blockchain. From stablecoins to decentralized exchanges, from gamified tokens to innovative financing models, Jetton’s application scenarios are continuously expanding.

Technically, the architecture of main contracts and wallet contracts ensures the security and flexibility of token operations. Looking ahead, with new features like wallet discovery and cross-chain integration, the TON ecosystem is poised for even more prosperous development, attracting more developers and users.

If you want to fully realize the potential of tokens in your blockchain projects, now is the best time to learn and practice Jetton. Stay tuned to the latest developments in the TON ecosystem and make the most of this cutting-edge technology.