# Repair Session Planner AI Agent Connect

> Repair Session Planner MCP helps you organize light maintenance tasks without skipping safety steps. It builds structured workflows, checks material compatibility, and calculates the time you actually need for cleanup and unexpected delays. Your AI client uses these tools to ensure every repair stays within safety thresholds and manufacturer guidelines.

## Overview
- **Category:** planning
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_D10tfO7Dxj9Dg1otVxUYe4FA2tw2sWptD5lUZ0R9/ai-agent-connect
- **Tags:** repair, safety, planning, maintenance, workflow

## Description

You can stop guessing how much time a repair will take or if your cleaning supplies are safe for a specific surface. This MCP gives your AI client the logic needed to build structured maintenance workflows. It handles the heavy lifting of organizing setup, task sequences, and cleanup procedures while keeping a strict eye on safety. 

You can use it to generate a complete, time-bounded plan for a specific task. It checks if your materials meet safety standards and calculates a buffer so you aren't rushing through cleanup. If a repair goes sideways and you have to stop, the MCP helps you figure out the right way to handle the item. It's built for anyone doing light maintenance who needs a reliable, repeatable process that follows safety rules.

## Tools

### calculate_session_buffer
This tool calculates the extra time needed for cleanup and unexpected delays. It ensures you don't run out of time before the job is actually finished.

### plan_repair_session
This tool generates a full, structured repair plan. It includes everything from initial setup to the final safety checkpoints.

### validate_safety_parameters
This tool checks your proposed materials and setup against safety standards. It prevents you from using incompatible or dangerous supplies.

### verify_disposition_route
This tool determines the next steps for an item if a repair is aborted. It tells you how to handle the equipment when a job cannot be completed.

## Prompt Examples

**Prompt:** 
```
Can you create a repair plan for a scratched plastic casing using only approved wipes within 30 minutes?
```

**Response:** 
```
The plan includes surface preparation, applying the cleaning wipes, and a final inspection, all within your 30-minute window.
```

**Prompt:** 
```
Is it safe to use conductive cleaning spray on this device?
```

**Response:** 
```
No, using conductive materials on this device violates safety thresholds.
```

**Prompt:** 
```
I have 45 minutes total. The tasks take 30 minutes and cleanup takes 5 minutes. Is there enough buffer?
```

**Response:** 
```
Yes, you have a 10-minute buffer remaining, which is sufficient.
```

## Capabilities

### Safety Validation
Your agent checks material compatibility against safety standards before you start.

### Time Management
The AI calculates necessary buffers to account for cleanup and delays.

### Workflow Generation
Your client builds step by step sequences for setup, execution, and cleanup.

### Abortion Protocols
The agent identifies the correct next steps if a repair must be stopped mid-process.

## Use Cases

### Light Electronics Repair
Use the tool to plan a casing cleaning or minor component fix while ensuring no conductive materials are used.

### Scheduled Maintenance
Generate a full session plan that includes specific setup and cleanup steps for routine equipment checks.

### Safety Compliance Audits
Verify that a proposed repair method meets all necessary safety parameters before work begins.

### Emergency Abort Procedures
Determine the correct disposition for a piece of equipment when a repair cannot be finished safely.

## Benefits

- Reduces errors by checking material compatibility against safety standards.
- Prevents scheduling overruns by calculating realistic time buffers.
- Standardizes repair steps through structured task sequences.
- Provides clear instructions for handling items when repairs fail.

## How It Works

Connect the MCP to your AI client to start generating safe, timed maintenance plans.

1. Connect the MCP to Claude, Cursor, or Windsurf via Vinkius.
2. Tell your AI client what you need to repair and what materials you have.
3. The AI uses the tools to validate safety and calculate the required time.
4. Your agent provides a complete, structured repair plan with safety checkpoints.

## Frequently Asked Questions

**What kind of repairs is this MCP for?**
This MCP is designed for light maintenance tasks that require structured planning and safety adherence.

**How does it handle safety?**
It uses a specific tool to validate that your proposed materials and setup meet safety standards and manufacturer guidelines.

**Can I use this with Claude?**
Yes, you can connect this MCP to any MCP-compatible client, including Claude, Cursor, and Windsurf.

**Does it help with scheduling?**
Yes, it includes a tool to calculate a buffer for cleanup and unexpected delays to ensure you have enough time.

**What happens if a repair fails?**
The MCP includes a tool to verify the correct disposition route, telling you the next steps for the item if the repair is aborted.

**What is a light repair?**
A light repair is a non-destructive action using approved materials that does not require disassembly of sealed units.

**How does the tool ensure safety?**
The server uses `validate_safety_parameters` to check if materials and item conditions meet safety thresholds before planning.

**What happens if I run out of time?**
If time runs out, you should follow the `verify_disposition_route` to find the correct safe end-state for the item.