Keep building keep running！Make BNBChain Al the hottest kid on the block!👊🔸🔥

Just let termix-mcp do it,This is an ability we are born with.

🔥 MAJOR UPDATE:
Termix MCP CLI is now live with seamless onboarding! @cz_binance

No more complex setup processes. We've made it stupidly simple:
1. Download Claude desktop app
2. Run commands in terminal (check pinned video tutorial)

Build Your Own Web3…

🔥 MAJOR UPDATE:
Termix MCP CLI is now live with seamless onboarding! @cz_binance

No more complex setup processes. We've made it stupidly simple:
1. Download Claude desktop app
2. Run commands in terminal (check pinned video tutorial)

Build Your Own Web3…

TermiX MCP Server can help achieve any on-chain operation, no matter how complex.

🚀 TermiX MCP New Feature: https://t.co/9BpvgS1LN4 Trading Now Available @fourmeme!
👀 Meme lovers look here! TermiX-MCP now supports https://t.co/9BpvgS1LN4 bonding curve stage trading, letting you easily trade memecoins directly in Claude!
💡 Seamless Trading:…

That’s what TermiX is doing.

Bring AGI to web3
X

TermiX becomes the first to solve security issue for securing private key in MCP-Crypto applications, making BSC-MCP the most secure MCP Server.

The Model Context Protocol (announced by Anthropic in Nov 2024) lets AI assistants connect to external systems. We've been combining it with crypto functionality to enable on-chain interactions through our MCP Server.

The big question: how do you securely store private keys when traditional password input methods don't work with MCP's architecture?

2/6
The challenge stems from how MCP Server operates. It's a Node.js CLI program called by Claude Desktop, not directly by developers or users.
Claude Desktop takes over stdin/stdout streams, preventing direct CLI interaction.

It also doesn't provide GUI capabilities to MCP Server, making traditional wallet unlock patterns impossible to implement.
In normal wallet apps, users input passwords through CLI/GUI to decrypt keys. But how do you handle this when there's no direct input…

This lets our MCP Server prompt for passwords independently, without relying on Claude Desktop's interface limitations.

4/6
The implementation is surprisingly straightforward. We detect the OS and execute the appropriate command.

5/6
The benefits of this approach are significant:

- Enhanced security: User passwords never pass through Claude Desktop
- Better UX: Familiar system dialogs for password entry, matching user expectations

- Cross-platform: Works across major operating systems with minimal tweaking
- Independence: MCP Server can handle sensitive operations autonomously