Crypto Multisender & Airdrop Tool — Bulk Send Tokens

What Is the Multisender?

Distributing tokens to many wallets is one of the most common operational tasks in crypto projects. Airdrops, holder rewards, team vesting releases, community incentives, marketing distributions, and contest prizes all require sending tokens to multiple recipients. Doing this manually — copying addresses, pasting them into a wallet interface, setting amounts, confirming transactions one by one — is tedious for 10 wallets and impossibly time-consuming for 1,000.

The Multisender automates the entire process. You provide a list of addresses and amounts (via CSV file, pasted list, or wallet import), the bot validates every address, shows you a summary of the distribution, and executes all transfers in optimized batches. A 1,000-wallet distribution that would take hours of manual work completes in minutes.

Unlike web-based multisender tools that require connecting a browser wallet, navigating a web interface, and approving multiple transactions through MetaMask or Phantom popups, OpenLiquid's Multisender operates entirely in Telegram. You upload your CSV, confirm the distribution, and send your tokens to the bot's deposit address. The bot handles everything else — batching, gas optimization, execution, and reporting.

The Multisender integrates with OpenLiquid's other tools. After creating a token with the Token Creator and launching it with volume generation, you can use the Multisender to distribute tokens to community members, early supporters, marketing partners, or any other recipients — all without leaving the Telegram bot interface.

How It Works

Stage 1: List Upload

You provide the recipient list in one of three formats. The most common is a CSV file with two columns: wallet address and token amount. Upload the CSV file directly to the Telegram chat and the bot parses it automatically. Alternatively, you can paste a comma-separated list (address,amount per line) or a newline-separated list directly in the chat. For equal distributions (same amount to every wallet), you can upload a list of addresses only and specify a uniform amount.

Stage 2: Validation

Before execution, the bot validates every recipient address. Invalid addresses (wrong format, wrong chain, checksum failures) are flagged and excluded. The bot shows a summary: total recipients, total tokens to distribute, total gas estimate, OpenLiquid fee, and any addresses that failed validation. You review and confirm before any tokens are sent.

Stage 3: Execution

The bot batches recipients into groups sized for optimal gas efficiency — up to 500 per batch on Solana and up to 250 on EVM chains. Each batch is a single blockchain transaction that transfers tokens to all recipients in the batch. The bot executes batches sequentially, waiting for each batch to confirm before proceeding to the next. You receive a progress update for each confirmed batch showing the number of recipients processed and remaining.

Stage 4: Reporting

After all batches complete, the bot provides a comprehensive report: total tokens sent, total recipients reached, total gas spent, total batches executed, and transaction hashes for every batch. If any individual transfers within a batch failed (due to recipient wallet issues), those are listed separately so you can retry them.

Supported Chains & Token Standards

Chain	Token Standards	Max per Batch	Cost per Recipient	1,000-Wallet Cost
Solana	SPL, Native SOL	500	~$0.001	~$1
Base	ERC-20, Native ETH	250	~$0.01	~$10
Polygon	ERC-20, Native MATIC	250	~$0.005	~$5
BNB Chain	BEP-20, Native BNB	250	~$0.02	~$20
Arbitrum	ERC-20, Native ETH	250	~$0.01	~$10
Optimism	ERC-20, Native ETH	250	~$0.01	~$10
Avalanche	ERC-20, Native AVAX	250	~$0.015	~$15
Ethereum	ERC-20, Native ETH	250	~$0.80	~$800

Gas costs per recipient shown above are estimates using batched transfers. Without batching, individual ERC-20 transfers on Ethereum cost approximately $3 to $5 each, making a 1,000-wallet distribution cost $3,000 to $5,000 in gas alone. OpenLiquid's batch-transfer contracts reduce this by 60% to 80%, bringing the per-recipient gas cost down to approximately $0.80 on Ethereum mainnet.

Solana is by far the most cost-effective chain for large distributions. A 10,000-wallet airdrop on Solana costs approximately $10 in gas, compared to $8,000 on Ethereum. For projects with large holder bases or frequent distribution needs, Solana's cost advantage is significant.

Use Cases

Token Airdrops

Airdrops distribute free tokens to wallet addresses that meet specific criteria — holding a particular NFT, participating in a protocol, following a social media account, or completing onboarding tasks. Airdrops are the most common customer acquisition tool in crypto, and they require sending tokens to hundreds or thousands of addresses. The Multisender handles airdrop distributions of any size, from 50 addresses for a small community airdrop to 50,000 addresses for a protocol-wide distribution.

For snapshot-based airdrops (where you have a list of holder addresses at a specific block height), the Multisender accepts the snapshot output directly. Export the holder list from a block explorer or analytics tool, format it as a CSV with addresses and amounts, and upload it to the bot.

Holder Reward Distributions

Many token projects distribute regular rewards to holders — revenue sharing, staking rewards, reflection mechanics, or loyalty incentives. The Multisender's scheduling feature makes recurring distributions simple. Configure the recipient list and amounts once, set a recurring schedule (daily, weekly, or monthly), and the bot executes each distribution automatically at the specified time.

Team and Investor Vesting

Token vesting schedules require releasing specific amounts of tokens to team members and investors at predetermined dates. The Multisender's scheduling feature handles vesting releases by executing configured distributions at each vesting date. You set up the entire vesting schedule in advance, and the bot releases tokens automatically according to the schedule.

Marketing Campaign Distributions

Marketing campaigns — contests, referral rewards, creator incentives, ambassador programs — often require distributing tokens to participants. The Multisender lets you compile the recipient list as the campaign concludes and execute the distribution in a single batch rather than processing individual payments to each participant.

CSV Upload & Wallet Import

CSV File Format

The standard CSV format uses two columns: wallet address and token amount. The first row can optionally be a header (the bot auto-detects headers). Amounts can be in whole tokens or decimal notation.

For equal distributions, you can upload a single-column CSV with only addresses and specify the amount per wallet in the bot's configuration. This is useful for airdrops where every recipient gets the same amount.

Direct Paste

For smaller distributions (under 100 addresses), you can paste the list directly into the Telegram chat. Use one address per line, with an optional comma-separated amount. The bot parses the pasted text and presents it as a distribution summary for your confirmation.

Validation

Before execution, the bot validates every address. For EVM chains, it checks address format (40 hex characters with 0x prefix) and EIP-55 checksum. For Solana, it validates base58 encoding and address length. Invalid addresses are flagged in the validation report, and you can choose to proceed without them or fix and re-upload. The bot also checks that the total distribution amount does not exceed your deposited token balance.

Scheduled Distributions

Scheduling is configured during the distribution setup process. After uploading your recipient list and confirming the amounts, you select "Schedule" instead of "Execute Now." You set the date and time (in UTC) for execution, and optionally enable recurring mode.

One-Time Schedules

One-time schedules are useful for planned airdrops, TGE (Token Generation Event) distributions, campaign reward payouts, and vesting releases. You deposit the tokens to the bot in advance, and the distribution executes automatically at the specified time. You receive a Telegram notification when execution begins and a full report when it completes.

Recurring Schedules

Recurring schedules support daily, weekly, and monthly frequencies. This is designed for ongoing reward distributions, staking payouts, and revenue sharing. The bot uses the same recipient list and amounts for each cycle, though you can update the list between cycles. You maintain a token balance with the bot, and each distribution deducts from that balance. The bot notifies you when the balance is running low.

Cancellation and Modification

Scheduled distributions can be cancelled or modified at any time before execution. You can change the recipient list, amounts, or timing. If you cancel a scheduled distribution, deposited tokens are returned to your wallet. The bot provides a dashboard view of all pending and recurring schedules so you can manage your distribution pipeline.

Gas Optimization

EVM Batch Transfers

On Ethereum and other EVM chains, a standard ERC-20 transfer costs approximately 65,000 gas units. Sending tokens to 1,000 wallets individually requires 65 million gas units. OpenLiquid's batch-transfer contract processes multiple transfers in a single transaction, amortizing the base transaction cost (21,000 gas) across all recipients. The per-recipient cost drops to approximately 25,000 to 30,000 gas units — a 55% to 62% reduction.

Additional optimizations include gas price monitoring (the bot waits for low-gas windows when possible), batch size optimization (larger batches are more gas-efficient per recipient), and calldata compression (minimizing the data payload for each transfer).

Solana Compressed Transfers

On Solana, individual SPL token transfers cost approximately 5,000 compute units each. OpenLiquid batches up to 500 transfers into a single transaction using optimized instruction packing. The overhead per transfer in a batch is approximately 3,500 compute units — a 30% reduction. More importantly, the per-transaction base cost (signatures, recent blockhash) is amortized across all transfers in the batch.

Cost Comparison

Chain	1,000 Individual Transfers	1,000 Batched (OpenLiquid)	Savings
Ethereum	~$3,500	~$800	77%
Base	~$50	~$10	80%
BNB Chain	~$100	~$20	80%
Solana	~$5	~$1	80%
Arbitrum	~$40	~$10	75%

Pricing

The 1% fee is calculated on the total value of tokens sent, not on the number of recipients. If you distribute $10,000 worth of tokens to 1,000 wallets, the fee is $100 regardless of whether the distribution is equal ($10 per wallet) or varied. If you distribute tokens that do not have a market price (for example, a brand-new token before launch), the fee is calculated based on the token amount and the initial price you set during token creation.

Distribution Value	1% Fee	Gas (Solana, 1K wallets)	Gas (Base, 1K wallets)	Gas (ETH, 1K wallets)
$1,000	$10	~$1	~$10	~$800
$5,000	$50	~$1	~$10	~$800
$10,000	$100	~$1	~$10	~$800
$50,000	$500	~$1	~$10	~$800
$100,000	$1,000	~$1	~$10	~$800

For comparison, web-based multisender tools typically charge 0.5% to 2% plus per-recipient fees of $0.01 to $0.05. At scale, OpenLiquid's flat 1% with no per-recipient charges is more cost-effective for distributions of 500 or more wallets. For smaller distributions, the cost is comparable, but the convenience of the Telegram interface and the scheduling feature add significant value.

Getting Started

Step 1: Open the Bot and Select "Multisender"

Navigate to t.me/OpenLiquidBot in Telegram and select "Multisender" from the main menu. Choose the chain your token is deployed on.

Step 2: Enter Token Address

Paste the contract address of the token you want to distribute. The bot verifies the token contract and displays the token name, symbol, and your balance. For native token sends (ETH, SOL, BNB), select "Native Token" instead.

Step 3: Upload Recipient List

Upload a CSV file with addresses and amounts, or paste the list directly in the chat. The bot validates all addresses and shows a summary: total recipients, total tokens, estimated gas cost, and OpenLiquid fee.

Step 4: Review and Confirm

Review the distribution summary carefully. The bot shows the first 10 and last 10 recipients, total amounts, and a breakdown of any invalid addresses. Confirm to proceed or cancel to modify the list.

Step 5: Deposit and Execute

Send the required tokens plus gas funds to the bot's deposit address. Once the deposit confirms on-chain, the bot begins executing the distribution in optimized batches. You receive real-time progress updates and a final summary report when complete.

OpenLiquid's Multisender distributes tokens to thousands of wallets in gas-optimized batch transactions across 8 chains, reducing costs by 60-80% compared to individual transfers. It supports ERC-20, SPL, BEP-20, and native token standards with CSV upload and scheduling.

Frequently Asked Questions