Trojan on Solana: How the Telegram Trading Bot Works, Fees and Risks

Telegram-based trading bots have become a significant part of the Solana ecosystem in 2025 and into 2026. Trojan is among the most actively discussed of these tools — used for sniping new token launches, executing rapid swaps, and copying on-chain wallet strategies. As on-chain activity on Solana has grown, so has interest in automation tools that can act faster than a human can open a browser. But these bots introduce a class of risk that is meaningfully different from trading on a regulated or centralised platform: they require you to hand over your private key.

This piece explains how Trojan works at a technical level, what the fee structure looks like, where the bull case for using it lies, and where the risks are — in particular the custody question that every user should understand before depositing a single SOL.

Background: Why Solana Bot Trading Emerged

Solana's architecture is built for speed. The network targets sub-second block times and processes thousands of transactions per second, which makes it attractive for high-frequency token activity. A large portion of that activity centres on new token launches — particularly memecoins and small-cap SPL tokens — where the first buyers in a liquidity pool frequently capture the largest percentage gains if a token moves.

The problem for manual traders is timing. When a new liquidity pool is created on a decentralised exchange (DEX) like Raydium or Jupiter, the window between pool creation and first significant price move is measured in milliseconds. A human interacting through a standard wallet interface cannot compete at that speed. This created demand for bots that connect directly to Solana's transaction pipeline and execute orders programmatically.

Trojan emerged as one of several bots serving this need — alongside Photon and BullX — with a Telegram interface as its front end. The Telegram interface lowers the technical barrier significantly: a trader does not need to run code or manage a local environment. The bot handles execution; the user sets parameters through chat commands.

How Trojan Works: The Core Mechanism

Trojan operates as a Telegram bot that connects to Solana's RPC (Remote Procedure Call) infrastructure. When a user configures a trade, the bot constructs and signs the transaction using the private key it holds, then broadcasts it to the Solana network with a specified priority fee to increase the chance of inclusion in the next block.

The key workflow components are:

Token sniping. Trojan monitors mempool activity for new liquidity pool creation events on Raydium and Jupiter. When a new pool matches a user's criteria, the bot automatically submits a buy transaction within milliseconds of pool creation. The speed advantage here is real — this is not achievable through a manual wallet interaction.

Fast swaps. For tokens already trading, Trojan executes SPL token swaps with user-defined slippage tolerances and priority fees. During periods of network congestion on Solana, priority fees — paid in SOL to validators — are the primary mechanism for ensuring a transaction lands in the queue before others. Trojan allows these to be set per trade or globally.

Copy trading. Users can designate one or more Solana wallet addresses to track. Trojan monitors those wallets' on-chain activity and mirrors trades to the user's Trojan wallet in near-real time. The latency between the source wallet's transaction and the copy depends on network conditions and Trojan's own infrastructure.

Limit orders. Trojan supports setting conditional buy and sell orders that execute automatically when a token reaches a specified price level. On a DEX where there is no central order book, this is implemented by the bot polling price data and submitting a transaction when the target is met — not a true exchange-native limit order.

PnL tracking. The bot provides per-position profit and loss figures within the Telegram interface, calculated from entry price to current on-chain price data.

The Private Key Question: What Custody Means Here

This is the most material risk factor in using Trojan or any similar Telegram trading bot, and it deserves a clear explanation.

When you use Trojan, you either generate a new wallet inside the bot — in which case Trojan's servers hold the private key — or you import an existing wallet's private key directly into the bot. In both cases, the private key is in Trojan's custody, not yours. Your private key is the sole proof of ownership on a blockchain. Whoever holds it controls the funds.

This is fundamentally different from using a regulated brokerage or a centralised exchange with institutional security infrastructure. It is also different from using a self-custody wallet like Phantom or Solflare, where the private key is stored locally on your device.

The practical implications:

• If Trojan's servers are compromised by an external attacker, your funds are at risk.
• If Trojan's developers act maliciously or are coerced, your funds are at risk.
• If Trojan's infrastructure experiences a technical failure at the wrong moment, your ability to exit a position is dependent on Trojan's availability, not your own.

This is not a theoretical concern. Several Telegram trading bots in the Solana ecosystem have experienced security incidents — including front-end compromises, unauthorised fund movements, and outright rug pulls against users. None of these risks apply in the same way when trading through a custodial or self-custody setup where you control your keys independently of the execution interface.

The Fee Structure

Trojan charges a percentage fee on each trade executed through the bot. The exact fee rate and any referral or volume discounts are published in Trojan's official documentation and can change; users should check the current schedule before trading. What is important for understanding the economics is how these fees compound.

A percentage-of-trade fee model means the cost scales with volume. A trader executing many small sniping attempts — a common pattern in memecoin trading — will accumulate fees across each transaction, including on trades that result in losses. On top of Trojan's own fee, users also pay Solana network transaction fees and any priority fees they choose to add. In periods of high Solana network congestion, priority fees can be meaningful relative to the size of small-cap token trades.

The total friction per trade should be calculated before treating sniping activity as a consistent strategy. Profitable sniping requires that the entry price plus all fees is still below the exit price — a margin that narrows as competition among bots increases and as the number of participants using similar tools grows.

The Opportunity Case

The bull case for using a tool like Trojan rests on a structural reality: certain Solana market opportunities are genuinely speed-dependent. A new liquidity pool can go from creation to a 5x price move in under a minute. A wallet that has consistently profited from early entries is, in practice, impossible to follow manually. Copy trading on-chain is only viable at meaningful speed if it is automated.

For traders with high risk tolerance who are already active in the Solana ecosystem, a well-configured sniping bot with strict position limits and a dedicated low-balance wallet can be a rational tool within a broader strategy — provided the user fully understands and accepts the custody trade-off.

The secondary case is for copy trading. If a trader identifies a Solana wallet with a verifiable track record of profitable on-chain activity, automating a partial position following that wallet removes execution friction. This is conceptually similar to copy trading on a centralised platform, though without the regulatory framework, insurance, or fee transparency that regulated copy trading environments provide.

The Risk Case

Against the opportunity, several risks deserve explicit weighting:

Custody risk is the primary one, as described above. It is non-negotiable: using Trojan means accepting that Trojan holds your private key.

Smart contract and protocol risk affects any DEX interaction. Raydium and Jupiter are the dominant Solana DEXes and have established track records, but newly created pools — which are the target of sniping activity — often have no audit history and may have intentionally malicious mechanics (honeypots, liquidity locks that allow creator withdrawal, etc.).

Market structure risk in small-cap and memecoin tokens is extreme. Tokens with small market caps and low liquidity can move 90% or more in a single direction within minutes. Even a bot that buys at the right time can be left holding an illiquid position if the creator or early holders dump supply.

Competition risk is increasing. As more participants use sniping bots, the transaction queue competition for new pools intensifies. The priority fee required to land a snipe is a moving target that rises during high-demand events. Returns from sniping that were achievable in earlier periods may not be reproducible at the same scale today.

Phishing risk is significant and growing. Fake Trojan bot accounts on Telegram are documented attack vectors. A user who connects to an impersonated bot and imports their private key has no recourse. Verifying the official Trojan bot handle and entry point before any interaction is not optional.

What This Means for a Multi-Asset Trader

Solana ecosystem bots like Trojan exist at a specific intersection: high automation, high risk tolerance, and non-custodial infrastructure. They are tools for a segment of the Solana-native trader community, not a general entry point for crypto trading.

For a trader who wants exposure to Solana or Solana-based assets without the custody risk of a third-party bot, the alternative is straightforward: trade SOL or Solana-correlated assets through a custodial platform that holds funds under proper security infrastructure, rather than a Telegram interface holding your private key.

If you do evaluate Trojan or similar tools, the practical framework is:

1. Use only a dedicated wallet created specifically for bot activity — never the same wallet used for long-term holdings or significant balances.
2. Set an absolute maximum on the balance held in the bot wallet. Treat that balance as fully at risk.
3. Verify the official Telegram channel independently, using Trojan's published official links — not links shared in groups or DMs.
4. Review the current fee schedule and calculate your break-even trade size before deploying capital.
5. Check community sources (Solana Twitter/X, Discord, on-chain analytics) for recent security incidents or reputation changes before trusting the tool with meaningful funds.
6. Do not import your primary wallet private key under any circumstances.

The underlying strategic principle — automating fast execution on a high-throughput blockchain — is legitimate. The custody model that current Telegram bots require to deliver that speed is the limiting factor.

Conclusion: Three Things to Watch

Bot custody models are evolving. The current requirement to hand over a private key is a product of how these bots are architectured today. Solutions that sign transactions locally without exposing the key to a remote server exist but add complexity. Watch for whether Trojan or its competitors move toward this model.

Solana network fees in congestion. As activity on Solana grows, priority fee dynamics during high-demand periods will directly affect sniping economics. Track base fee trends as a leading indicator of how competitive the bot-trading environment is becoming.

Regulatory treatment of automated DEX tools. Jurisdictions are increasingly examining DeFi tooling. Automated trading tools that interface with on-chain infrastructure may face regulatory scrutiny that could affect availability or permissible use. The regulatory environment for these tools is not settled.

FAQ

What is Trojan on Solana? Trojan is a Telegram-based trading bot built for the Solana blockchain. It allows users to snipe new token launches, execute fast SPL token swaps, copy on-chain wallets, and set automated limit orders — all from within the Telegram app.

Is Trojan Bot safe to use? Trojan requires you to store your private key on its servers, which means your funds are dependent on Trojan's security and integrity. The bot is used by a significant number of Solana traders, but the custody risk is real and has affected similar bots in the past. If you use it, dedicate a separate low-balance wallet and never import your main wallet's private key.

How much does Trojan charge per trade? Trojan charges a percentage fee on each trade. The exact current rate is listed in Trojan's official documentation, as it may change. You also pay Solana network transaction fees and any priority fees you set. All three costs apply per transaction.

What is token sniping on Solana? Token sniping is the practice of automatically buying a new SPL token within milliseconds of its liquidity pool being created on a DEX like Raydium or Jupiter. Bots like Trojan can react faster than manual interaction, giving them a potential early-entry advantage on new token launches.

What is the difference between Trojan and using a centralised exchange? On a centralised exchange, the platform holds your funds but is subject to regulatory requirements, security audits, and often insurance or compensation frameworks. With Trojan, your private key is held by the bot's infrastructure with no equivalent safeguards. The trade-off is speed and access to on-chain DEX liquidity versus custody security and regulatory protection.

Can Trojan be used for copy trading? Yes. Trojan allows users to specify Solana wallet addresses to monitor and will automatically replicate those wallets' trades to the user's bot wallet. The quality of the copy depends on both Trojan's execution speed and the on-chain slippage conditions at the time of copying.

What should I check before using a Telegram trading bot? Verify the official bot handle through Trojan's published channels — not through group links or DMs. Check recent community discussion on Solana Twitter/X for security incident reports. Use a dedicated low-balance wallet. Review the current fee schedule and calculate your break-even per trade before deploying capital.

Risk disclaimer: This content is for informational purposes only and does not constitute investment, financial, or trading advice. Trading involves risk, including possible loss of capital. Always do your own research and consider your risk tolerance before trading.

Trading through third-party bots carries significant custody risk. This article does not endorse or recommend any specific bot or tool. Always verify official channels and use dedicated low-balance wallets for any experimental trading activity.

Learn more about trading crypto with full custody safety at Bifu

Further reading:

• Crypto research and market analysis
• Market insights on Bifu Blog
• Risk management and position sizing