No-Code Builder

Overview

MindCore’s No-Code Builder allows you to create, configure, and deploy MCP-powered Agents without writing a single line of code. It’s designed for users of all levels to turn ideas into working, intelligent agents using a visual drag-and-drop interface.


Key Elements

🧩 Module Blocks

Each MCP Module is represented as a block. Simply drag it onto the canvas to use it in your workflow.

  • Example: Data Feed MCP (e.g., ETH/USD Price)

  • Inputs and outputs are shown visually

  • Supports chaining between modules


🧠 AI Core Block

This is where your agent’s reasoning happens. Select from supported LLMs like:

  • GPT-4

  • Claude

  • LLaMA

You can feed outputs from MCP Modules into the AI Core to generate summaries, decisions, or messages.


⚙️ Logic & Conditions

Define rules like:

  • “If price > 2000 and tweet volume increases → send alert”

  • “Run analysis every 5 minutes”

You can use visual condition blocks to build logic paths.


📤 Action Blocks

Determine what happens next:

  • Send a webhook

  • Post a message (Telegram, Discord, Email)

  • Store result onchain


Agent Composition Flow

  1. Drag MCP Modules to get your data sources.

  2. Add Logic Blocks to define your trigger rules.

  3. Select an LLM (optional) to interpret or process outputs.

  4. Set Actions to define what your agent does when conditions are met.

  5. Click Deploy. Done.


Templates Available

To help you get started faster, MindCore offers ready-to-use templates:

  • Price Alert Agent

  • Social Sentiment Monitor

  • Token Listing Tracker

  • NFT Floor Watcher

You can fully customize or remix any template.


Why Use the No-Code Builder?

  • Build powerful agents in minutes

  • Visualize data flow and decision-making

  • Customize without needing engineering skills

  • Great for prototyping before deploying more advanced logic


What’s Next?

You’ve now seen how to visually create an agent. Next, we’ll explore how agents operate through their lifecycle: from creation to deployment to iteration.

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