Tonnel Relayer Bot is a Telegram-based tool integrated into the TONNEL Network ecosystem, designed to ensure privacy and decentralization of transactions within the TON blockchain. The project combines Zero-Knowledge Proof technology with a relayer model — participants who anonymously confirm withdrawals and earn rewards for their activity. TONNEL Network creates an infrastructure that allows users not only to protect their financial activity but also to earn by maintaining the security and stability of the system. Thanks to the bot interface, complex cryptographic operations are reduced to a simple and intuitive process, making privacy accessible to a wide audience.
Contents
- The Main Idea and Role of Tonnel Relayer Bot in the TONNEL Ecosystem
- Operation Principle and Technical Architecture
- How to Become a Relayer and Their Responsibilities
- Rewards and Internal Economy of Tonnel Relayer Bot
- Practical Use and Risks
- Conclusion
1. The Main Idea and Role of Tonnel Relayer Bot in the TONNEL Ecosystem
Tonnel Relayer Bot is part of the TONNEL Network protocol, developed to provide private transactions through Zero-Knowledge Proofs within the TON blockchain. The bot acts as an interface between users and the relayer system, simplifying complex cryptographic operations into familiar Telegram-based actions. Each transaction passes through an anonymous pool where relayers with activated NFTs confirm transfers without revealing any personal data.
This approach not only enhances privacy but also creates a decentralized infrastructure resistant to censorship and external control. Within the TONNEL ecosystem, users can perform operations without intermediaries, maintaining full control over their assets. Competition among relayers improves reliability and speed, while the Telegram integration ensures accessibility and ease of use for a broad audience.
Thus, Tonnel Relayer Bot turns privacy into a practical and user-friendly tool. It enables anonymous transactions without relying on centralized platforms or third parties. This model demonstrates how the TON ecosystem can evolve toward a transparent yet secure and independent Web3 infrastructure.
2. Operation Principle and Technical Architecture
The architecture of Tonnel Relayer Bot is based on four core components: the deposit pool, Zero-Knowledge proofs, the relayer system, and the Telegram interface. Each plays a critical role in ensuring transaction security and user privacy. The process can be described step by step — from deposit creation to withdrawal confirmation — with built-in mechanisms preventing correlation between addresses. Internal checks prevent double-spending of previously used commitments through a system of nullifiers.
- Deposit: The user sends funds to the smart contract pool, generating a “commitment” that records ownership without linking to any address.
- Proof generation: During withdrawal, a ZK-proof is created confirming the right to spend without revealing the user’s identity or the original deposit.
- Relayer selection: The bot notifies an available relayer with an active NFT to broadcast the transaction.
- Transaction submission: The relayer confirms the request within a short window, publishes the transaction, and receives a reward.
If the relayer fails to respond, the task is passed to another, ensuring resilience and load balancing. Smart contracts communicate with the bot via standardized APIs, while network events synchronize state changes. The protocol relies on modern ZK-proof schemes offering concise proofs, fast verification, and efficient computation costs.
The Telegram interface translates blockchain interactions into simple, guided steps, with notifications ensuring users don’t miss critical confirmation windows. This design makes privacy practical and user-oriented. To improve anonymity further, users are advised to vary withdrawal timing and use standard pool denominations.
Uniform deposit sizes reduce the risk of deanonymization based on amounts, while recommended withdrawal delays lower timing correlation. The distributed relayer queue, tied to reputation scores, speeds up broadcasting and decreases average confirmation times. Nullifier validation blocks repeated spending and simplifies auditing, balancing privacy, performance, and usability.
3. How to Become a Relayer and Their Responsibilities
Relayers are network operators responsible for maintaining anonymity and stability within TONNEL Network. Their primary function is to process anonymous withdrawals without linking deposits to users or transactions. To become a relayer, one must connect a TON wallet, activate an NFT from the RELAYER collection (Bronze, Silver, or Gold), and enable bot notifications.
Once activated, the participant starts receiving transaction confirmation tasks and earns a share of the service fees. Each NFT level defines a reputation tier: Bronze is suitable for beginners, while Silver and Gold provide higher selection chances and more consistent income. Reputation grows with each completed task, building long-term incentives for reliability and speed.
Effective relayers monitor notifications, maintain technical readiness, and ensure rapid response times. Consistent activity, low error rates, and disciplined confirmations lead to sustainable income and trust within the ecosystem.
4. Rewards and Internal Economy of Tonnel Relayer Bot
The TONNEL Network’s financial model aligns the interests of users, relayers, and the protocol itself. Relayers earn through transaction fees, token rewards, and reputation growth, which increases task frequency. The table below summarizes key income sources and their roles in the system’s incentive structure.
| Type of Reward | Description | Notes |
|---|---|---|
| Transaction Fee | The relayer receives a share of the user’s fee upon successful transaction confirmation. | Depends on pool parameters (typically around 5%). |
| Protocol Token Rewards | Active relayers may receive token distributions as part of incentive programs. | The allocation percentage may change based on the protocol’s tokenomics. |
| Reputation Growth | Each successful operation increases the NFT’s reputation score. | Higher reputation improves task selection probability and long-term income. |
Users pay deposit, network, and protocol fees, while relayers earn a portion of these through transaction services. This creates a self-sustaining economic model where user activity fuels relayer incentives. The protocol token also supports role activation, reward distribution, and potentially governance voting, linking the economy to protocol evolution.
Relayer income depends on task frequency and fee size. Hence, strategies like reputation building, quick response, and working during high-demand periods help maximize returns. As pool volumes grow, overall profitability improves while maintaining decentralization and reliability.
5. Practical Use and Risks
Tonnel Relayer Bot serves two user groups: pool clients and relayers. The first group uses it for anonymous deposits and withdrawals, while relayers confirm transactions and earn rewards. Getting started is simple — launch the bot in Telegram, connect your TON wallet, activate NFT (if applicable), and follow on-screen instructions.
The main risks involve data security and operational discipline. Losing private keys or nullifiers can result in irreversible fund loss, while missing tasks reduces relayer reputation and income. To enhance safety, users should separate private and public wallets, avoid uncommon transaction amounts, and vary withdrawal timing.
Regular checks of wallets, fees, and notifications help prevent errors and maintain stable operation. Relayers should maintain backup internet connections and automation tools for confirmations. Beginners are advised to start with small deposits to learn the system before scaling up their participation.
6. Conclusion
Tonnel Relayer Bot is more than just a Telegram bot — it’s a gateway to TONNEL Network’s privacy layer. It empowers users to perform anonymous transactions while allowing relayers to earn by securing the network. The protocol successfully combines Zero-Knowledge Proof security with an intuitive user experience, which is essential for the mainstream adoption of privacy in Web3.
Its reward economy, reputation mechanism, and decentralized relayer queue create a resilient ecosystem without single points of failure. With proper key management and operational discipline, Tonnel Relayer Bot becomes a powerful tool for safeguarding financial confidentiality in the TON blockchain.
