Provides Bitcoin wallet management, swaps, staking, and event-based trades like DCA and limit orders through the Armor Crypto MCP server.
Provides Ethereum wallet management, swaps, staking, and event-based trades like DCA and limit orders through the Armor Crypto MCP server.
Provides Optimism wallet management, swaps, staking, and event-based trades like DCA and limit orders through the Armor Crypto MCP server.
Provides Solana wallet management, swaps, staking, and event-based trades like DCA and limit orders through the Armor Crypto MCP server.
Provides Sui wallet management, swaps, staking, and event-based trades like DCA and limit orders through the Armor Crypto MCP server.
Provides TON wallet management, swaps, staking, and event-based trades like DCA and limit orders through the Armor Crypto MCP server.
Click on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type @ followed by the MCP server name and your instructions, e.g., "@Armor Crypto MCP swap 1 SOL for USDC on Solana"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
Alpha Test version 0.1.24
A single source for integrating AI Agents with the Crypto ecosystem. This includes Wallet creation and management, swaps, transfers, event-based trades like DCA, stop loss and take profit, and much more. The Armor MCP supports Solana in Alpha and, when in beta, will support more than a dozen blockchains, including Ethereum. Base, Avalanche, Bitcoin, Sui, Berachain, megaETH, Optimism, Ton, BNB, and Arbitrum, among others. Using Armor's MCP you can bring all of crypto into your AI Agent with unified logic and a complete set of tools.
🧠 AI Native
📙 Wallet Management
🔃 Swaps
🌈 Specialized trades (DCA, Stop Loss etc.)
⛓️ Multi-chain
↔️ Cross-chain transations
🥩 Staking
🤖 Fast intergration to Agentic frameworks
👫 Social Sentiment
🔮 Prediction
uvLinux / Windows
pip install uvMac
brew install uvSee Usage & Configuration for details.
We are currently in pre-alpha, and we are testing the capabilities of various agents and agentic frameworks like Claude Desktop, Cline, Cursor, n8n, etc.
Wallet Management
Grouping & Organization
Archiving
Swap & Trades
Normal swap
DCA (place / list / cancel)
Scheduled Orders
Limit Orders (place / list / cancel)
Staking and Unstaking
Token Search and Trending Tokens
Statistical Calculator for accurate Analysis
Supports Solana blockchain
Related MCP server: DeFi Trading Agent MCP Server
More Blockchain Support
Minting
Armor Agents as a Tool (or A2A)
Currently you need to have the Armor NFT to get an API Key. Get it here
To use the Armor MCP with your agent, you need the following configuration, replace <PUT-YOUR-KEY-HERE> with your API key:
{
"mcpServers": {
"armor-crypto-mcp": {
"command": "uvx",
"args": ["armor-crypto-mcp@latest", "--version"],
"env": {
"ARMOR_API_KEY": "<PUT-YOUR-KEY-HERE>"
}
}
}
}Must have Developer Mode enabled
Open Claude Desktop's File Menu top left of the window.
Go to File > Settings
Under Developer, click Edit Configuration
In the config file, insert the armor-wallet-mcp section from above
Make sure to replace the placeholder with your API key
Save the file and start a new Chat in Claude Desktop
Click on the MCP Servers button in the Cline tab in VSCode on the left panel
Scroll to the bottom of the left panel and click on Configure MCP Servers
In the config file, insert armor-wallet-mcp section from above
Make sure to replace the placeholder with your API key
Save the file, click Done under the MCP Servers tab and start chatting with Cline
Open the n8n app
Bottom-left of screen click ... next to your username and click Settings
On the left panel, click Community nodes and then Install a Community Node button
In the search field for npm Package Name type in mcp
Install MCP Nodes
Add any MCP node, for example: List Tools
In the MCP Client Parameters tab, click Select Credential and click Create new credential
Under Command enter uvx
Under Arguments enter armor-crypto-mcp
Under Environments enter ARMOR_API_KEY=eyJhbGciOiJIUzI1NiIsIn... paste the full API Key value after the =
Back in the Parameters tab you can choose the MCP Operation for that Node
Once you have setup the Armor MCP here are some prompts you can use to get started
Add wallets to a specified group.
Expects the group name and a list of wallet names, returns a list of AddWalletToGroupResponse.
Inputs: add_wallet_to_group_requests (required). Returns: result
Archive wallet groups.
Expects a list of group names, returns a list of GroupArchiveOrUnarchiveResponse.
Inputs: archive_wallet_group_requests (required). Returns: result
Archive wallets.
Expects a list of wallet names, returns a list of WalletArchiveOrUnarchiveResponse.
Inputs: archive_wallet_requests (required). Returns: result
Perform token conversion quote between two tokens. Good for quickly calculating market prices.
Expects a ConversionRequestContainer, returns a list of ConversionResponse.
Inputs: conversion_requests (required). Returns: result
Safely evaluates a mathematical or statistical expression string using Python syntax.
Supports arithmetic operations (+, -, *, /, **, %, //), list expressions, and a range of math and statistics functions: abs, round, min, max, len, sum, mean, median, stdev, variance, sin, cos, tan, sqrt, log, exp, floor, ceil, etc.
Custom variables can be passed via the 'variables' dict, including lists for time series data.
Inputs: variables (required), expression (required).
Create a DCA order.
Note: Make a single or multiple dca_order_requests
Inputs: cancel_dca_order_requests (required). Returns: result
Cancel a limit, take profit or stop loss order.
Expects a CancelOrderRequestContainer, returns a CancelOrderResponseContainer.
Inputs: cancel_order_requests (required). Returns: cancel_order_responses
Create a DCA order.
Expects a DCAOrderRequestContainer, returns a list of DCAOrderResponse.
Inputs: dca_order_requests (required). Returns: result
Create new wallet groups.
Expects a list of group names, returns a list of CreateGroupResponse.
Inputs: create_groups_requests (required). Returns: result
Create a order. Can be a limit, take profit or stop loss order.
Expects a CreateOrderRequestContainer, returns a CreateOrderResponseContainer.
Inputs: create_order_requests (required). Returns: create_order_responses
Create new wallets.
Expects a list of wallet names, returns a list of WalletInfo.
Inputs: create_wallet_requests (required). Returns: result
Retrieve all limit, take profit and stop loss orders.
Returns a list of orders.
Inputs: get_all_orders_requests (required). Returns: list_order_responses
Retrieve all wallets with balances.
Returns a list of Wallets and asssets
Inputs: get_all_wallets_requests (required). Returns: result
Get the current Armor Wallet version
Inputs: no named parameters.
Gets the current time and date
Inputs: no named parameters. Returns: result
Get the balance of staked SOL (jupSOL).
Returns a StakeBalanceResponse.
Inputs: no named parameters. Returns: total_stake_amount, total_stake_amount_in_usd
Get candle data about any token for analysis.
Expects a CandleStickRequest, returns a list of candle sticks.
Inputs: candle_stick_requests (required). Returns: result
Get the top trending tokens in a particular time frame. Great for comparing market cap or volume.
Expects a TopTrendingTokensRequest, returns a list of tokens with their details.
Inputs: top_trending_tokens_requests (required). Returns: result
Get the balance for a list of wallet/token pairs.
Expects a WalletTokenPairsContainer, returns a list of WalletTokenBalance.
Inputs: wallet_token_pairs (required). Returns: result
List all DCA orders.
Returns a list of DCAOrderResponse.
Inputs: list_dca_order_requests (required). Returns: list_dca_order_responses
List all wallet groups.
Returns a list of GroupInfo.
Inputs: no named parameters. Returns: result
Retrieve details for a single wallet group.
Expects the group name as a parameter, returns SingleGroupInfo.
Inputs: list_single_group_requests (required). Returns: id, name, wallets, is_archived
Remove wallets from a specified group.
Expects the group name and a list of wallet names, returns a list of RemoveWalletFromGroupResponse.
Inputs: remove_wallets_from_group_requests (required). Returns: result
Rename wallets.
Expects a RenameWalletRequestContainer, returns a list.
Inputs: rename_wallet_requests (required). Returns: result
Get the official token address and symbol for a token symbol or token address. Try to use this first to get address and symbol of coin. If not found, use search_token_details to get details.
Expects a TokenDetailsRequestContainer, returns a TokenDetailsResponseContainer.
Inputs: token_details_requests (required). Returns: token_details_responses
Search and retrieve details about single token. If only address or symbol is needed, use get_official_token_address first.
Expects a TokenSearchRequest, returns a list of TokenDetailsResponse.
Inputs: token_search_requests (required). Returns: token_search_responses
Send the mnemonic or private key to telegram.
Inputs: private_key_request (required). Returns: result
Retrieve a stake quote.
Expects a StakeQuoteRequestContainer, returns a SwapQuoteRequestContainer.
Inputs: stake_quote_requests (required). Returns: swap_quote_requests
Execute a stake transaction.
Expects a StakeTransactionRequestContainer, returns a SwapTransactionRequestContainer.
Inputs: stake_transaction_requests (required). Returns: swap_transaction_requests
Retrieve a swap quote. Be sure to add slippage!
Expects a SwapQuoteRequestContainer, returns a list of SwapQuoteResponse.
Inputs: swap_quote_requests (required). Returns: result
Execute a swap transaction.
Expects a SwapTransactionRequestContainer, returns a list of SwapTransactionResponse.
Inputs: swap_transaction_requests (required). Returns: result
Transfer tokens from one wallet to another.
Expects a TransferTokensRequestContainer, returns a list of TransferTokenResponse.
Inputs: transfer_tokens_requests (required). Returns: result
Unarchive wallet groups.
Expects a list of group names, returns a list of GroupArchiveOrUnarchiveResponse.
Inputs: unarchive_wallet_group_requests (required). Returns: result
Unarchive wallets.
Expects a list of wallet names, returns a list of WalletArchiveOrUnarchiveResponse.
Inputs: unarchive_wallet_requests (required). Returns: result
Retrieve an unstake quote.
Expects a UnstakeQuoteRequestContainer, returns a SwapQuoteRequestContainer.
Inputs: unstake_quote_requests (required). Returns: swap_quote_requests
Execute an unstake transaction.
Expects a UnstakeTransactionRequestContainer, returns a SwapTransactionRequestContainer.
Inputs: unstake_transaction_requests (required). Returns: swap_transaction_requests
Wait for some short amount of time, no more than 10 seconds
Inputs: seconds (required).
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
Loading tool schema changelog…
Scored across 37 tools
Most tools have distinct purposes with clear descriptions, but there is potential confusion between pairs like swap_quote/swap_transaction and stake_quote/stake_transaction. However, the descriptions differentiate them adequately. The inclusion of utility tools like calculator and wait_a_moment also adds some ambiguity regarding their role.
Tool names consistently follow a verb_noun pattern (e.g., create_order, cancel_order, list_groups, archive_wallets). Even longer names like calculate_token_conversion and send_key_to_telegram adhere to this pattern. There is no mixing of conventions, making the set predictable.
With 37 tools, the set is quite large. While the domain (crypto wallet and trading management) is broad, the inclusion of generic utilities like calculator, get_current_time, and wait_a_moment inflates the count unnecessarily. A leaner, more focused set (20-25 tools) would be more appropriate.
The tool surface covers major lifecycle operations for wallets, orders, staking, and swapping, but notable gaps exist: no order modification or viewing individual order details, no transaction history, and no reward management for staking. Some operations like wallet grouping are thorough, but the set feels incomplete in fine-grained control.
Non-custodial DeFi tools for AI agents on Solana: swaps, perps, lending, staking, equities.
Crypto wallet for AI agents: balances, payments, swaps and trading with owner controls.
Non-custodial DEX aggregator for autonomous AI agents: best-price swaps on 8 chains, no API key.
Trading tools for AI agents: token risk checks, swap quotes, unsigned swaps, holdings on 5 chains.