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Lets AI agents securely operate a wallet on the Bitcoin-IPC testnet.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "bsl-agent-mcp" yet — see the docs or source repo.
Use bsl-agent-mcp to operate a user wallet on the Bitcoin-IPC testnet: first check the available balance, then explain how to initiate a BTC deposit test, and return the key steps and precautions.
Returns wallet-related balance checking, a BTC deposit workflow for the testnet, and safety notes for execution.
Using bsl-agent-mcp, initiate a cross-subnet wBTC payment from the user's wallet on the Bitcoin-IPC testnet, and explain the required parameters, signing method, and how spend caps apply.
Returns the steps for a cross-subnet wBTC payment, the required parameters, and how local signing and spend caps work.
After completing a testnet payment with bsl-agent-mcp, generate and return a summary of the anchored payment receipt and explain what scenarios it can be used for.
Returns a summary of the anchored receipt after payment and explains its use for payment traceability or verification records.
Developers building AI agents can use it to let an agent operate a user-owned wallet and test BTC deposits and payments on the Bitcoin-IPC testnet. This helps validate wallet interactions and payment logic in automated flows.
When a team needs to validate cross-subnet payment flows, this MCP tool can support an AI agent in initiating wBTC payments and handling the related steps. It is suitable for prototyping, integration testing, and payment flow demos.
For developers who want to reduce the risk of automated payments, it provides local key signing and spend caps. This lets AI agents execute payment tasks while preserving safety controls.
It is an MCP server that lets AI agents operate a user-owned wallet. Based on the description, it supports BTC deposits, cross-subnet wBTC payments, and anchored payment receipts on the Bitcoin-IPC testnet.
The provided description explicitly says it targets the Bitcoin-IPC testnet, not mainnet. For more detailed network configuration or compatibility information, see the source repository.
The known controls include local key signing and spend caps. That means signing is done locally and the agent's spending can be limited; for implementation details, see the source repository.
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