# Maintenance Interval Scheduler AI Agent Connect

> Maintenance Interval Scheduler MCP uses a dual-trigger logic to track vehicle health. It monitors both time elapsed and distance traveled to predict when service is required. Your AI client can use this to identify overdue tasks, check driving behavior, and reset maintenance clocks once work is finished.

## Overview
- **Category:** fleet-management
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_JZqSolnSeujFlOZmYEG8xlQsVwQnBgWEo94J5zfg/ai-agent-connect
- **Tags:** maintenance, vehicle, odometer, scheduling, fleet

## Description

You can stop guessing when a vehicle needs its next service. This MCP uses a specific logic that triggers maintenance alerts based on two factors: how much time has passed and how many miles have been driven. It looks at your historical service data and projected usage to tell you exactly what is coming up and what you already missed. 

Instead of manually checking odometers, you can ask your AI client to scan your entire fleet for overdue tasks or upcoming oil changes. When a mechanic finishes a job, you just tell your agent to update the record, and it resets the maintenance clock for that specific task. It's a direct way to keep your fleet running without the paperwork headache.

## Tools

### get_maintenance_schedule
This tool calculates upcoming and overdue maintenance tasks for a specific vehicle.

### get_overdue_tasks
This tool filters and returns only the tasks that have already breached their maintenance thresholds.

### get_vehicle_usage_profile
This tool retrieves the driving behavior parameters used to project future maintenance needs.

### update_service_record
This tool resets the maintenance clock for a specific task after a service is completed.

## Prompt Examples

**Prompt:** 
```
What is the maintenance schedule for vehicle ID 'v-123' with 45000 miles?
```

**Response:** 
```
The maintenance schedule for vehicle v-123 includes an upcoming oil change due at 50,000 miles and an overdue tire rotation that was due at 42,000 miles.
```

**Prompt:** 
```
Are there any overdue maintenance tasks for vehicle 'truck-99' at 120000 miles?
```

**Response:** 
```
Vehicle truck-99 has one overdue task: Brake Inspection, which was due at 115,000 miles.
```

**Prompt:** 
```
Update the service record for vehicle 'car-456' for the 'Oil Change' task performed today at 30000 miles.
```

**Response:** 
```
The service record for the Oil Change on vehicle car-456 has been successfully updated. The new maintenance schedule has been recalculated.
```

## Capabilities

### Predictive Scheduling
Your agent calculates service dates using time and distance triggers.

### Threshold Monitoring
The AI identifies tasks that have breached their mileage or time limits.

### Usage Analysis
Your client reviews driving behavior to project future maintenance needs.

### Record Management
The AI resets maintenance timers after you confirm a service is done.

## Use Cases

### Fleet Health Audits
Ask your agent to find every vehicle in your fleet that has an overdue brake inspection.

### Preventative Planning
Use the schedule tool to see which vehicles will need oil changes in the next month.

### Service Completion
Tell your AI client a job is done to immediately reset the maintenance timer.

### Driver Behavior Review
Check usage profiles to see how driving patterns affect maintenance frequency.

## Benefits

- Dual-trigger logic tracks both mileage and time elapsed.
- Automated identification of overdue service tasks.
- Direct updates to service records through your AI client.
- Usage profiles help project future maintenance requirements.

## How It Works

Get your fleet maintenance automated in a few steps.

1. Connect your preferred MCP-compatible client to Vinkius.
2. Point your AI agent toward your vehicle data.
3. Ask the agent to check for overdue tasks or upcoming schedules.
4. Update service records through natural language commands.

## Frequently Asked Questions

**How does this MCP determine when a vehicle needs service?**
It uses a dual-trigger system that monitors both the time elapsed since the last service and the distance traveled.

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

**How do I reset a maintenance timer after a repair?**
You can simply tell your AI client to update the service record for that specific task, and it will reset the clock.

**What happens if a vehicle exceeds its mileage limit?**
The MCP identifies these as overdue tasks that have breached their maintenance thresholds.

**Does this tool track driver behavior?**
Yes, it includes a tool to retrieve vehicle usage profiles which contain driving behavior parameters used for projections.

**How does the scheduler determine when maintenance is due?**
The system uses dual-trigger logic. A task is due when either the time interval since the last service is reached or the distance interval (odometer reading) is met, whichever occurs first.

**How do I record a completed service?**
You can use the `update_service_record` tool to reset the maintenance countdown for a specific task by providing the service date and the odometer reading at the time of service.

**Can I see only the tasks that are currently overdue?**
Yes, the `get_overdue_tasks` tool allows you to filter the schedule to return only those tasks that have already breached their time or distance thresholds.